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diff --git a/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/conversation_log.json b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/conversation_log.json
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+[{"perspective": "Technology Specialist: Description", "dlg_turns": [{"agent_utterance": "The CRW Telesystem-Mesko is a modern organization based in Poland, specializing in the development and production of advanced military technology, particularly in the field of missile systems. Its primary functions include the research, development, and manufacturing of various defense systems, with a notable focus on anti-aircraft missile systems.\n\nOne of the key products developed by CRW Telesystem-Mesko is the portable anti-aircraft missile system known as GROM/PIORUN. This system is notable for its capability to utilize domestically produced components, which not only enhances Poland's defense autonomy but also positions the country among a select group of nations capable of manufacturing such military equipment independently. This capability allows for greater security and reduces reliance on foreign suppliers for critical defense technology.\n\nThe organization also emphasizes continuous growth and development, leveraging its intellectual potential and research capabilities to innovate and improve its products. This commitment to advancement is reflected in its participation in defense conferences, such as the DEFENSE24 DAY & SOFEAST conference, where it showcases its developments and engages with the wider defense community.\n\nAdditionally, CRW Telesystem-Mesko has been involved in cutting-edge projects, including the development of laser-guided systems. The company has explored various laser technologies, working on modules featuring both discharge lamp-pumped lasers and diode-pumped semiconductor lasers, indicating its commitment to pushing the boundaries of existing military technologies.\n\nOverall, CRW Telesystem-Mesko plays a critical role in Poland's defense sector by combining research with practical application to produce high-quality military systems, ensuring national security and contributing to the global defense landscape.", "user_utterance": "Can you provide an overview of what the CRW telesystem is and its primary functions?", "search_queries": ["CRW telesystem overview", "what is CRW telesystem", "CRW telesystem functions and features"], "search_results": [{"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM...", "snippets": ["By participating in 1993 in the Strategic Government Program \u201cModern technologies for the development of the air defence system of troops and facilities\u201d, TELESYSTEM-MESKO Sp. z o. o. became a leader in innovation in the design and production of the most critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM).", "Manufacturer of guiding heads (GSN) and starting mechanisms for the Grom, Piorun, SZP Poprad, ZUR-23-2KG Jodek-G, ZUR-23-2SP and ZSU-23-4MP Bia\u0142a missile sets and the KUSZA missile system. Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "The design of the System allowed for obtaining a low signature in every spectrum, from radar through visible, infrared and acoustic. MSR \u201cKUSZA\u201d fully uses the capabilities and parameters of the GROM/PIORUN missile \u2013 autonomous interception and target tracking. The day and night optoelectronic sights used increase the combat capabilities of the missile. CRW-Telesystem with the participation of prof.", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.", "\u201cDevelopment and implementation of a light system with a guided missile with a range of 2.5 km, codenamed PIRAT.", "He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "The company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "CRW-Telesystem with the participation of prof. Zbigniew Puzewicz conducted research on new methods of balancing the homing head coordinator. The proposed solution was implemented, which allowed for a radical improvement in the quality of the homing heads. Centrum Rozwojowo-Wdro\u017ceniowe Telesystem-Mesko Sp. z o. o. employs over 100 staff, most of them with higher technical education. The company employs senior and experienced engineers, constructors, technologists in the field of optoelectronics, analogue and digital electronics and precision mechanics.", "Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry. It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems.", "These include: the ability to comprehensively design and test opto-electronic systems, technologies of precise assembly of optical elements, production technologies of photodetectors based on InSb and PbS with high detection (D*> 10^10 (cm*Hz^0.5/W). Manufacturing of electronics, e.g., processing modules for the seeker head (GSN), electronics of the starting mechanism, proximity sensor and the fuse, and unauthorized use prevention system. CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "Technologies for both the opto-mechanical module and the integration of electronic tribrach modules, compass, azimuth and target elevation measurement, coding (STANAG 3733). The production profile includes various components for portable anti-aircraft and anti-tank missile systems and precision-guided ammunition.", "He managed the group executing the project for the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round. He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.", "It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. It creates and manufactures the world-unique InSb and PbS photodetectors, specialised optics and modern hybrid preamplifiers. As a result of many years of work on homing warheads (GSN) for MANPADS, CRW TELESYSTEM-MESKO has developed and implemented a number of critical technologies.", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;", "The initiator of creation of the company in 1993, The Development and Implementation Centre Telesystem -Mesko Sp. z o.o. was a team of scientists and constructors led by professor Zbigniew Puzewicz, all with previous background in the Military University of Technology and operating within the Mikroel company.", "Currently, it designs and manufactures various types of homing warheads, launch mechanisms for anti-aircraft systems used by the Polish Army, authorization systems, control and measurement stations. At the same time, it carries out various projects for the national defence industry.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .", "CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:"], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW ...", "snippets": ["NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).", "We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology. The features of the whole set are its modularity and compactness, allowing the \u201cKUSZA\u201d to be mounted on light vehicles, including those weighing up to 3.5 tonnes, and on platforms.", "At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko. The tradition of the fair is the 9th edition of the State Security Leader Gala, where prestigious awards are granted for innovation and special achievements in the field of supporting the defence system and capabilities, as well as for actions taken for the benefit of state security.", "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "In the presented module, it was installed above the original ZMO-1, and the final version is to use a variant of the CLU-P targeting and guidance system of the Pirat set (TELESYSTEM-Mesko, PCO SA). Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs.", "This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "We have also exhibited the MSR \u201cKusza\u201d mobile missile system with Grom / Piorun anti-aircraft guided missiles. On the second day of MSPO 2021, our stand was visited by Brig. Kazimierz Dy\u0144ski, commander of the 3rd Warsaw Air Defence Missile Brigade. The \u201cKUSZA\u201d mobile missile system can provide autonomous anti-aircraft defence for independently operating military units. We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology.", "Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs. The prototype CLU-P targeting and guidance unit for the Pirat set, developed by TELESYSTEM-Mesko and PCO SA, also had its premiere at the XXIX MSPO.", "At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko."], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem functions and features"}, "citation_uuid": -1}, {"url": "https://milmag.pl/crw-telesystem-mesko-na-mspo-2024/", "description": "Sp\u00f3\u0142ka CRW Telesystem-Mesko, specjalizuj\u0105ca si\u0119 w pracach B+R oraz produkcji dla przemys\u0142u obronnego, podczas XXXII MSPO 2024 w Kielcach zaprezentowa\u0142a Zintegrowane Optoelektroniczne \u015arodowisko Wsparcia Wsp\u00f3\u0142czesnego Pola Walki (LRF/IFF/FSO/LWS).", "snippets": ["This category only includes cookies that ensures basic functionalities and security features of the website.", "We use cookies on our website to give you the most relevant experience by remembering your preferences and repeat visits. By clicking \u201cAccept\u201d, you consent to the use of ALL the cookies. ... This website uses cookies to improve your experience while you navigate through the website. Out of these, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website.", "We also use third-party cookies that help us analyze and understand how you use this website. These cookies will be stored in your browser only with your consent. You also have the option to opt-out of these cookies. But opting out of some of these cookies may affect your browsing experience. ... Necessary cookies are absolutely essential for the website to function properly."], "title": "CRW Telesystem-Mesko na MSPO 2024 \u2013 MILMAG", "meta": {"query": "CRW telesystem functions and features"}, "citation_uuid": -1}, {"url": "https://www.linkedin.com/in/mariusz-wiatr-629760127/", "description": "Experience: CRW Telesystem \u00b7 Education: Politechnika Warszawska \u00b7 Location: Warsaw. View Mariusz Wiatr\u2019s profile on LinkedIn, a professional community of 1 billion members.", "snippets": ["By clicking Continue to join or sign in, you agree to LinkedIn\u2019s User Agreement, Privacy Policy, and Cookie Policy."], "title": "Mariusz Wiatr - CRW Telesystem | LinkedIn", "meta": {"query": "CRW telesystem functions and features"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem overview"}, "citation_uuid": -1}, {"url": "https://www.linkedin.com/in/mariusz-wiatr-629760127/", "description": "Experience: CRW Telesystem \u00b7 Education: Politechnika Warszawska \u00b7 Location: Warsaw. View Mariusz Wiatr\u2019s profile on LinkedIn, a professional community of 1 billion members.", "snippets": [], "title": "Mariusz Wiatr - CRW Telesystem | LinkedIn", "meta": {"query": "CRW telesystem overview"}, "citation_uuid": -1}, {"url": "https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/", "description": "Laserowe nowo\u015bci CRW Telesystem-Mesko. W styczniowym numerze \u201eWojska i Techniki\u201d przypomnieli\u015bmy polskie osi\u0105gni\u0119cia w sferze wojskowych zastosowa\u0144 techniki laserowej, zwi\u0105zane przede wszystkim z osob\u0105 prof. dr. in\u017c. Zbigniewa Puzewicza i jego wsp\u00f3\u0142pracownik\u00f3w.", "snippets": ["Mo\u017ce by\u0107 wykorzystany tak\u017ce jako urz\u0105dzenie przeno\u015bne o jeszcze bardziej zredukowanych rozmiarach lub zintegrowany z zespo\u0142ami celowniczo-startowymi system\u00f3w uzbrojenia np. przeciwpancernych pocisk\u00f3w kierowanych naprowadzanych na odbite \u015bwiat\u0142o laserowe.", "Przyj\u0119to natomiast, \u017ce aparatura naziemna niezb\u0119dna do wykorzystania takiej amunicji \u2013 laserowy pod\u015bwietlacz celu, mia\u0142a powsta\u0107 w kraju. Zadania opracowania laserowego pod\u015bwietlacza celu oraz g\u0142owic naprowadzaj\u0105cych do amunicji precyzyjnej kalibr\u00f3w 120 i 155 mm podj\u0119\u0142o si\u0119 CRW Telesystem-Mesko.", "W 2016 r., po pomy\u015blnym uko\u0144czeniu prototypu lasera pompowanego diodowo wraz z uk\u0142adami zasilania i sterowania, kt\u00f3ry m\u00f3g\u0142 zosta\u0107 wyposa\u017cony jako g\u0142\u00f3wny podzesp\u00f3\u0142 pod\u015bwietlacza laserowego, w CRW Telesystem-Mesko podj\u0119to decyzj\u0119 o rozpocz\u0119ciu projektowania i budowy nowej generacji pod\u015bwietlaczy.", "W 2016 r., po pomy\u015blnym uko\u0144czeniu prototypu lasera pompowanego diodowo wraz z uk\u0142adami zasilania i sterowania, kt\u00f3ry m\u00f3g\u0142 zosta\u0107 wyposa\u017cony jako g\u0142\u00f3wny podzesp\u00f3\u0142 pod\u015bwietlacza laserowego, w CRW Telesystem-Mesko podj\u0119to decyzj\u0119 o rozpocz\u0119ciu projektowania i budowy nowej generacji pod\u015bwietlaczy. Charakterystyki gabarytowo-masowe nowego modu\u0142u laserowego z laserem p\u00f3\u0142przewodnikowym, a tak\u017ce ci\u0105g\u0142a miniaturyzacja i rozw\u00f3j element\u00f3w elektronicznych pozwoli\u0142y na opracowanie dalmierza-pod\u015bwietlacza celu o ponad po\u0142ow\u0119 mniejszego pod wzgl\u0119dem rozmiar\u00f3w od LPC-1 i znacz\u0105co od niego l\u017cejszego, a zarazem o parametrach przewy\u017cszaj\u0105cych poprzednika.", "R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW Telesystem-Mesko podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo. Z racji dost\u0119pnych przed dekad\u0105 mo\u017cliwo\u015bci technologicznych skoncentrowano si\u0119 na module z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105, niemniej prace nad laserami p\u00f3\u0142przewodnikowymi kontynuowano."], "title": "Laserowe nowo\u015bci CRW Telesystem-Mesko", "meta": {"query": "CRW telesystem overview"}, "citation_uuid": -1}]}, {"agent_utterance": "CRW Telesystem-Mesko is currently engaged in several projects focused on advanced laser-guided systems, leveraging its extensive experience in laser technology and optoelectronics. One of the key areas of development is their portable laser target designation systems, which are modular and compliant with NATO standards. These systems are designed for the precision guidance of munitions, including missiles and aerial bombs, by illuminating targets with laser beams ([2]).\n\nThe company has a notable history in developing technologies that integrate laser guidance, having participated in significant defense projects. For instance, the design team has worked on fire control systems for military tanks, such as the T-55 MERIDA and PT-91 DRAWA, as well as on laser protection systems for these platforms. This experience has enabled them to create innovative solutions for \"smart\" weapon systems, which are increasingly essential in modern warfare ([4]).\n\nIn addition to developing conventional laser systems, CRW Telesystem-Mesko is also exploring semiconductor laser technologies. They have been adapting their laser target designator systems to incorporate diode-pumped semiconductor lasers, following earlier work with discharge-pumped laser systems. This dual approach allows them to innovate further while addressing the changing technological landscape of laser applications ([5], [6]).\n\nOverall, CRW Telesystem-Mesko is committed to advancing its capabilities in laser-guided technologies, ensuring their systems meet modern military requirements and enhance operational effectiveness. The company's ongoing research and development projects illustrate their dedication to maintaining a leadership position in this critical area of defense technology.", "user_utterance": "Can you provide more details about the current projects and technologies CRW Telesystem-Mesko is focusing on, especially those involving laser-guided systems?", "search_queries": ["CRW Telesystem current projects 2023", "CRW TelesystemMesko technologies laserguided systems", "CRW Telesystem recent developments laser technology"], "search_results": [{"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. It creates and manufactures the world-unique InSb and PbS photodetectors, specialised optics and modern hybrid preamplifiers. As a result of many years of work on homing warheads (GSN) for MANPADS, CRW TELESYSTEM-MESKO has developed and implemented a number of critical technologies.", "These include: the ability to comprehensively design and test opto-electronic systems, technologies of precise assembly of optical elements, production technologies of photodetectors based on InSb and PbS with high detection (D*> 10^10 (cm*Hz^0.5/W). Manufacturing of electronics, e.g., processing modules for the seeker head (GSN), electronics of the starting mechanism, proximity sensor and the fuse, and unauthorized use prevention system. CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW TelesystemMesko technologies laserguided systems"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/laserowe-nowosci-crw-telesystem-mesko/", "description": "CRW TELESYSTEM-MESKO, podj\u0119\u0142o si\u0119 opracowania laserowego pod\u015bwietlacza celu oraz g\u0142owic naprowadzaj\u0105cych do amunicji precyzyjnej kalibr\u00f3w 120 i 155 mm.W wyniku tych prac, finansowanych samodzielnie, powsta\u0142 modu\u0142 g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105.", "snippets": ["https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/", "Oferowane przez CRW TELESYSTEM-MESKO systemy Laserowego Pod\u015bwietlania Celu s\u0105 modu\u0142owymi, zgodnymi ze standardami NATO, przeno\u015bnymi zespo\u0142ami przyrz\u0105d\u00f3w wskazywania celu do naprowadzania amunicji precyzyjnej, rakiet i bomb lotniczych przez pod\u015bwietlenie wi\u0105zk\u0105 laserow\u0105.", "Laserowy Pod\u015bwietlacz Diodowy LPD-A do naprowadzania \u00b7 Oferowane przez CRW TELESYSTEM-MESKO systemy Laserowego Pod\u015bwietlania Celu s\u0105 modu\u0142owymi, zgodnymi ze standardami NATO, przeno\u015bnymi zespo\u0142ami przyrz\u0105d\u00f3w wskazywania celu do naprowadzania amunicji precyzyjnej, rakiet i bomb lotniczych przez pod\u015bwietlenie wi\u0105zk\u0105 laserow\u0105.", "P\u00f3\u017aniej zaadaptowano go do u\u017cycia w laserowym pod\u015bwietlaczu celu LPC-1, czyli pierwszym polskim urz\u0105dzeniu laserowym do pod\u015bwietlania celu plamk\u0105 laserow\u0105, ca\u0142kowicie opartym na polskiej my\u015bli technicznej. R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW TELESYSTEM-MESKO, podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo."], "title": "Laserowe nowo\u015bci CRW TELESYSTEM-MESKO - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW TelesystemMesko technologies laserguided systems"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW TelesystemMesko technologies laserguided systems"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "The company benefits from many ... of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko ...", "snippets": ["The company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem recent developments laser technology"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/laserowe-nowosci-crw-telesystem-mesko/", "description": "CRW TELESYSTEM-MESKO, podj\u0119\u0142o si\u0119 opracowania laserowego pod\u015bwietlacza celu oraz g\u0142owic naprowadzaj\u0105cych do amunicji precyzyjnej kalibr\u00f3w 120 i 155 mm.W wyniku tych prac, finansowanych samodzielnie, powsta\u0142 modu\u0142 g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105.", "snippets": ["P\u00f3\u017aniej zaadaptowano go do u\u017cycia w laserowym pod\u015bwietlaczu celu LPC-1, czyli pierwszym polskim urz\u0105dzeniu laserowym do pod\u015bwietlania celu plamk\u0105 laserow\u0105, ca\u0142kowicie opartym na polskiej my\u015bli technicznej. R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW TELESYSTEM-MESKO, podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo.", "Laserowy Pod\u015bwietlacz Diodowy LPD-A do naprowadzania \u00b7 Oferowane przez CRW TELESYSTEM-MESKO systemy Laserowego Pod\u015bwietlania Celu s\u0105 modu\u0142owymi, zgodnymi ze standardami NATO, przeno\u015bnymi zespo\u0142ami przyrz\u0105d\u00f3w wskazywania celu do naprowadzania amunicji precyzyjnej, rakiet i bomb lotniczych przez pod\u015bwietlenie wi\u0105zk\u0105 laserow\u0105.", "https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/"], "title": "Laserowe nowo\u015bci CRW TELESYSTEM-MESKO - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem recent developments laser technology"}, "citation_uuid": -1}, {"url": "https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/", "description": "Laserowe nowo\u015bci CRW Telesystem-Mesko. W styczniowym numerze \u201eWojska i Techniki\u201d przypomnieli\u015bmy polskie osi\u0105gni\u0119cia w sferze wojskowych zastosowa\u0144 techniki laserowej, zwi\u0105zane przede wszystkim z osob\u0105 prof. dr. in\u017c. Zbigniewa Puzewicza i jego wsp\u00f3\u0142pracownik\u00f3w.", "snippets": ["R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW Telesystem-Mesko podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo. Z racji dost\u0119pnych przed dekad\u0105 mo\u017cliwo\u015bci technologicznych skoncentrowano si\u0119 na module z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105, niemniej prace nad laserami p\u00f3\u0142przewodnikowymi kontynuowano.", "Przyj\u0119to natomiast, \u017ce aparatura naziemna niezb\u0119dna do wykorzystania takiej amunicji \u2013 laserowy pod\u015bwietlacz celu, mia\u0142a powsta\u0107 w kraju. Zadania opracowania laserowego pod\u015bwietlacza celu oraz g\u0142owic naprowadzaj\u0105cych do amunicji precyzyjnej kalibr\u00f3w 120 i 155 mm podj\u0119\u0142o si\u0119 CRW Telesystem-Mesko.", "W 2016 r., po pomy\u015blnym uko\u0144czeniu prototypu lasera pompowanego diodowo wraz z uk\u0142adami zasilania i sterowania, kt\u00f3ry m\u00f3g\u0142 zosta\u0107 wyposa\u017cony jako g\u0142\u00f3wny podzesp\u00f3\u0142 pod\u015bwietlacza laserowego, w CRW Telesystem-Mesko podj\u0119to decyzj\u0119 o rozpocz\u0119ciu projektowania i budowy nowej generacji pod\u015bwietlaczy. Charakterystyki gabarytowo-masowe nowego modu\u0142u laserowego z laserem p\u00f3\u0142przewodnikowym, a tak\u017ce ci\u0105g\u0142a miniaturyzacja i rozw\u00f3j element\u00f3w elektronicznych pozwoli\u0142y na opracowanie dalmierza-pod\u015bwietlacza celu o ponad po\u0142ow\u0119 mniejszego pod wzgl\u0119dem rozmiar\u00f3w od LPC-1 i znacz\u0105co od niego l\u017cejszego, a zarazem o parametrach przewy\u017cszaj\u0105cych poprzednika.", "Mo\u017ce by\u0107 wykorzystany tak\u017ce jako urz\u0105dzenie przeno\u015bne o jeszcze bardziej zredukowanych rozmiarach lub zintegrowany z zespo\u0142ami celowniczo-startowymi system\u00f3w uzbrojenia np. przeciwpancernych pocisk\u00f3w kierowanych naprowadzanych na odbite \u015bwiat\u0142o laserowe."], "title": "Laserowe nowo\u015bci CRW Telesystem-Mesko", "meta": {"query": "CRW Telesystem recent developments laser technology"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "Currently, it designs and manufactures various types of homing warheads, launch mechanisms for anti-aircraft systems used by the Polish Army, authorization systems, control and measurement stations. At the same time, it carries out various projects for the national defence industry.", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem current projects 2023"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem current projects 2023"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/dokumenty/nr-1-2023/", "description": "Centrum Rozwojowo-Wdro\u017ceniowe TELESYSTEM-MESKO Sp. z o.o. z siedzib\u0105 w Lubiczowie, specjalizuje si\u0119 w pracach badawczo-rozwojowych i produkcyjnych na rzecz przemys\u0142u obronnego.", "snippets": [], "title": "Nr 1/2023 - CRW Telesystem-Mesko Sp. z ...", "meta": {"query": "CRW Telesystem current projects 2023"}, "citation_uuid": -1}]}, {"agent_utterance": "CRW Telesystem-Mesko has developed several advanced laser-guided systems that have been integrated into military operations and exercises. One notable example is the anti-tank guided missile Pirat, which utilizes a guidance system based on a reflected laser beam. This system has been enhanced with the ZMO-1 optoelectronic module, which includes a laser rangefinder designated LPD-A, showcasing the sophisticated technology developed by the company.\n\nAdditionally, the GROM/PIORUN portable anti-aircraft missile system is another significant product of CRW Telesystem-Mesko. This system was developed by a team that included Dr. Eng. Janusz Noga, who has a background in missile system modernization, contributing to the capabilities of modern anti-aircraft defense. The advancements in the GROM and PIORUN systems reflect the ongoing commitment of CRW Telesystem-Mesko to improve the effectiveness of missile systems through research and technological innovation.\n\nWhile specific case studies of these systems' deployment in military operations or exercises are not detailed in the available information, the presence of such advanced guidance technologies in military systems suggests their integration into tactical scenarios, enhancing the operational effectiveness of armed forces equipped with these solutions. \n\nOverall, CRW Telesystem-Mesko's focus on cutting-edge technology and their expertise in developing guided missile systems highlight their important role in modern military capabilities, although further specific examples of operational deployments would require additional sources or documentation.", "user_utterance": "Could you share specific examples or case studies where CRW Telesystem-Mesko's laser-guided systems have been successfully deployed in military operations or exercises?", "search_queries": ["CRW Telesystem Mesko laserguided systems military operations case studies", "CRW Telesystem Mesko laserguided systems examples military exercises", "CRW Telesystem Mesko deployment success stories"], "search_results": [{"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "These include: the ability to comprehensively design and test opto-electronic systems, technologies of precise assembly of optical elements, production technologies of photodetectors based on InSb and PbS with high detection (D*> 10^10 (cm*Hz^0.5/W). Manufacturing of electronics, e.g., processing modules for the seeker head (GSN), electronics of the starting mechanism, proximity sensor and the fuse, and unauthorized use prevention system. CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .", "Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem Mesko laserguided systems examples military exercises"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "snippets": ["The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).", "In the presented module, it was installed above the original ZMO-1, and the final version is to use a variant of the CLU-P targeting and guidance system of the Pirat set (TELESYSTEM-Mesko, PCO SA). Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs.", "We have also exhibited the MSR \u201cKusza\u201d mobile missile system with Grom / Piorun anti-aircraft guided missiles. On the second day of MSPO 2021, our stand was visited by Brig. Kazimierz Dy\u0144ski, commander of the 3rd Warsaw Air Defence Missile Brigade. The \u201cKUSZA\u201d mobile missile system can provide autonomous anti-aircraft defence for independently operating military units. We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology.", "This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE"], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem Mesko laserguided systems examples military exercises"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem Mesko laserguided systems examples military exercises"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem Mesko deployment success stories"}, "citation_uuid": -1}, {"url": "https://www.wnp.pl/tematy/crw-telesystem-mesko,31373.html", "description": "CRW Telesystem-Mesko - wszystkie artyku\u0142y i wiadomo\u015bci przygotowane przez portal wnp.pl na temat CRW Telesystem-Mesko. Czytaj i b\u0105d\u017a na bie\u017c\u0105co", "snippets": [], "title": "CRW Telesystem-Mesko - wiadomo\u015bci i popularne artyku\u0142y na wnp.pl", "meta": {"query": "CRW Telesystem Mesko deployment success stories"}, "citation_uuid": -1}, {"url": "https://defence24.pl/strona-tagow/crw-telesystem-mesko", "description": "Moje konto \u00b7 CRW Telesystem-Mesko \u00b7 11.09.2023 \u00b7 Nowe polskie rakiety na bazie do\u015bwiadcze\u0144 Pioruna [SKANER Defence24] \u00b7 30.06.2023 \u00b7 USA: emeryci przy produkcji Stinger\u00f3w \u00b7 02.06.2023 \u00b7 Defence24 DAY: Zniwelowa\u0107 przewag\u0119 liczebn\u0105 przeciwnika: zdolno\u015bci operacyjne Wojsk Rakietowych ...", "snippets": [], "title": "CRW Telesystem-Mesko", "meta": {"query": "CRW Telesystem Mesko deployment success stories"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems ."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem Mesko laserguided systems military operations case studies"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem Mesko laserguided systems military operations case studies"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "snippets": ["The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).", "In the presented module, it was installed above the original ZMO-1, and the final version is to use a variant of the CLU-P targeting and guidance system of the Pirat set (TELESYSTEM-Mesko, PCO SA). Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs.", "We have also exhibited the MSR \u201cKusza\u201d mobile missile system with Grom / Piorun anti-aircraft guided missiles. On the second day of MSPO 2021, our stand was visited by Brig. Kazimierz Dy\u0144ski, commander of the 3rd Warsaw Air Defence Missile Brigade. The \u201cKUSZA\u201d mobile missile system can provide autonomous anti-aircraft defence for independently operating military units. We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology.", "At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko."], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem Mesko laserguided systems military operations case studies"}, "citation_uuid": -1}]}]}, {"perspective": "Basic fact writer: Basic fact writer focusing on broadly covering the basic facts about the topic.", "dlg_turns": [{"agent_utterance": "The CRW Telesystem-Mesko is a modern organization specializing in defense technologies, particularly in the development and production of advanced military systems. Its primary function revolves around providing innovative solutions for the Polish Armed Forces, particularly through the integration of optical and electronic systems in defense applications. \n\nOne of the key products associated with CRW Telesystem-Mesko is the \"Pirat,\" a light anti-tank guided missile (ATGM) that utilizes a laser guidance system co-developed with CRW Telesystem. This project is part of the broader Pustelnik program, which aims to enhance the capabilities of the Polish military by focusing on domestic production and technological independence in missile systems, allowing Poland to manufacture these weapons from entirely domestic components (sources [2] and [6]).\n\nAdditionally, CRW Telesystem-Mesko is involved in the development of electronic components for self-guiding heads, which play a critical role in modern missile systems. The company focuses on leveraging both traditional and semiconductor laser technologies to enhance the performance of these guidance systems, showcasing their commitment to ongoing technological advancements (source [9]).\n\nWith a strong emphasis on research and development, CRW Telesystem-Mesko aims to transfer scientific innovations directly into practical military applications, thus supporting the growth and modernization of the Polish defense industry (source [5]). The organization not only caters to specific military needs but also contributes to the overall enhancement of national security through advanced technological solutions.", "user_utterance": "Can you provide a general overview of what the CRW telesystem is and its primary function?", "search_queries": ["CRW telesystem overview", "CRW telesystem primary function", "what is CRW telesystem"], "search_results": [{"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, {"url": "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success", "description": "Pirat meets the requirements and ... the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Me...", "snippets": ["PGZ Group announced that it has successfully tested the Pirat ATGM developed by Mesko working with Telesystem-Mesko, among other entities. The Pirat missile is being offered by PGZ in the Polish Pustelnik procurement programme. The tests involved test launches of the Pirat missile and verified the functioning of the guidance system, with the use of the LPC-1 designator.", "The above makes it possible to use the system during joint allied operations, as the allied fire control systems remain compatible with the missile. The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now. Tests carried out at the Military Institute of Armament Technology range in Nowa D\u0119ba were to confirm the correctness of the assumptions adopted and to verify the R&D solutions applied in practice. ... Pirat ATGM Mock-up showcased in Kielce.", "LPC-1 laser target designator is required for the munitions to function efficiently. The system is a product resulting from a joint R&D project executed by Mesko S.A. in collaboration with CRW Telesystem Mesko. The laser beam is encoded and exhibits full NATO compliance.", "Polish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.", "Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko.", "Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us.", "The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now.", "The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko. The digital guidance system is fully controlled by the Polish industry and it allows the user to conduct direct (frontal) and top-attack engagements - this extends the missile\u2019s performance envelope when it is employed against heavy armour, or even main battle tanks."], "title": "Pirat ATGM Precisely Hits the Target: Tests Success | Defence24.com", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/kariera/", "description": "PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie ...", "snippets": ["PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie i demontowanie element\u00f3w uk\u0142ad\u00f3w optycznych;naprawianie i justowanie element\u00f3w uk\u0142ad\u00f3w optycznych;obr\u00f3bka szk\u0142a optycznego (szlifowanie/polerowanie).WYMAGANIA:wykszta\u0142cenie \u015brednie \u2013 mile widziane o profilu: optyka, mechatronika, mechanika"], "title": "Kariera - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM...", "snippets": ["NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry. It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW ...", "snippets": ["The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).", "Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs. The prototype CLU-P targeting and guidance unit for the Pirat set, developed by TELESYSTEM-Mesko and PCO SA, also had its premiere at the XXIX MSPO."], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem overview"}, "citation_uuid": -1}, {"url": "https://www.linkedin.com/in/mariusz-wiatr-629760127/", "description": "Experience: CRW Telesystem \u00b7 Education: Politechnika Warszawska \u00b7 Location: Warsaw. View Mariusz Wiatr\u2019s profile on LinkedIn, a professional community of 1 billion members.", "snippets": [], "title": "Mariusz Wiatr - CRW Telesystem | LinkedIn", "meta": {"query": "CRW telesystem overview"}, "citation_uuid": -1}, {"url": "https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/", "description": "Laserowe nowo\u015bci CRW Telesystem-Mesko. W styczniowym numerze \u201eWojska i Techniki\u201d przypomnieli\u015bmy polskie osi\u0105gni\u0119cia w sferze wojskowych zastosowa\u0144 techniki laserowej, zwi\u0105zane przede wszystkim z osob\u0105 prof. dr. in\u017c. Zbigniewa Puzewicza i jego wsp\u00f3\u0142pracownik\u00f3w.", "snippets": ["R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW Telesystem-Mesko podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo. Z racji dost\u0119pnych przed dekad\u0105 mo\u017cliwo\u015bci technologicznych skoncentrowano si\u0119 na module z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105, niemniej prace nad laserami p\u00f3\u0142przewodnikowymi kontynuowano.", "W 2016 r., po pomy\u015blnym uko\u0144czeniu prototypu lasera pompowanego diodowo wraz z uk\u0142adami zasilania i sterowania, kt\u00f3ry m\u00f3g\u0142 zosta\u0107 wyposa\u017cony jako g\u0142\u00f3wny podzesp\u00f3\u0142 pod\u015bwietlacza laserowego, w CRW Telesystem-Mesko podj\u0119to decyzj\u0119 o rozpocz\u0119ciu projektowania i budowy nowej generacji pod\u015bwietlaczy.", "Przyj\u0119to natomiast, \u017ce aparatura naziemna niezb\u0119dna do wykorzystania takiej amunicji \u2013 laserowy pod\u015bwietlacz celu, mia\u0142a powsta\u0107 w kraju. Zadania opracowania laserowego pod\u015bwietlacza celu oraz g\u0142owic naprowadzaj\u0105cych do amunicji precyzyjnej kalibr\u00f3w 120 i 155 mm podj\u0119\u0142o si\u0119 CRW Telesystem-Mesko."], "title": "Laserowe nowo\u015bci CRW Telesystem-Mesko", "meta": {"query": "CRW telesystem overview"}, "citation_uuid": -1}]}, {"agent_utterance": "CRW Telesystem-Mesko Sp. z o.o. was established as a key player in the defense sector, particularly known for its contributions to portable anti-aircraft missile systems. While the gathered information does not specify the exact date of establishment, the company's development has been significantly tied to the evolution of the GROM missile system, which has undergone modernization leading to the development of the PIORUN missile.\n\nOne of the key milestones in CRW Telesystem-Mesko's development was its involvement in the product development team for the GROM portable anti-aircraft missile system. This system has been recognized for its effectiveness and has been modernized multiple times, culminating in the introduction of the PIORUN missile, which is a critical enhancement of the original GROM system. Dr. Eng. Janusz Noga, who serves as the President of the Management Board, was notably part of this team, indicating the continuity of expertise and leadership within the company.\n\nIn addition to missile development, CRW Telesystem-Mesko has also focused on the development and implementation of key components for modernizing the GROM missile system, which reflects the company\u2019s commitment to innovation and adapting to contemporary defense needs. The success of these projects showcases the intellectual potential and technological capabilities that the company has fostered over time.\n\nOverall, while specific establishment details are lacking, the evolution of CRW Telesystem-Mesko is marked by its pivotal role in advancing missile technology, specifically through the GROM/PIORUN systems.", "user_utterance": "When was CRW Telesystem-Mesko established, and what were the key milestones in its development?", "search_queries": ["CRW Telesystem Mesko establishment date", "history of CRW Telesystem Mesko", "key milestones in CRW Telesystem Mesko development"], "search_results": [{"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem Mesko establishment date"}, "citation_uuid": -1}, {"url": "https://www.wnp.pl/tematy/crw-telesystem-mesko,31373.html", "description": "CRW Telesystem-Mesko - wszystkie artyku\u0142y i wiadomo\u015bci przygotowane przez portal wnp.pl na temat CRW Telesystem-Mesko. Czytaj i b\u0105d\u017a na bie\u017c\u0105co", "snippets": [], "title": "CRW Telesystem-Mesko - wiadomo\u015bci i popularne artyku\u0142y na wnp.pl", "meta": {"query": "CRW Telesystem Mesko establishment date"}, "citation_uuid": -1}, {"url": "https://zbiam.pl/tag/crw-telesystem-mesko/", "description": "Nasze wydawnictwa \u00b7 Wojsko i Technika \u00b7 Lotnictwo Aviation International \u00b7 Wojsko i Technika - Historia \u00b7 Morze \u00b7 ARTYKU\u0141Y \u00b7 Przemys\u0142 zbrojeniowy \u00b7 Wojska l\u0105dowe \u00b7 Wozy bojowe \u00b7 Artyleria l\u0105dowa", "snippets": [], "title": "CRW Telesystem-Mesko - Wydawnictwo militarne ZBIAM", "meta": {"query": "CRW Telesystem Mesko establishment date"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems ."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "key milestones in CRW Telesystem Mesko development"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "key milestones in CRW Telesystem Mesko development"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/products/grom-piorun-portable-anti-aircraft-missile-system/", "description": "TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers.", "snippets": ["TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers. Thanks to this, the Company is among the leading producers of guidance heads for missile systems and, next to the giants from Russia and the USA, the only serial manufacturer of detectors with such exceptional parameters;", "Its design and operation are an original Polish development. Thanks to it, it became possible to install GROM/PIORUN missiles on various launch platforms. CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:", "CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:", "The TELESYSTEM-MESKO Development and Implementation Center has developed and implemented into production all the most important optoelectronic and electronic assemblies of the GROM/PIORUN system.", "This device was created in cooperation with specialists from the Quantum Electronics Team of the Military University of Technology. Its design and operation are an original Polish development. Thanks to it, it became possible to install GROM/PIORUN missiles on various launch platforms. CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:"], "title": "GROM / PIORUN Man-Portable Air-Defense System - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "key milestones in CRW Telesystem Mesko development"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "history of CRW Telesystem Mesko"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "history of CRW Telesystem Mesko"}, "citation_uuid": -1}, {"url": "https://zbiam.pl/tag/crw-telesystem-mesko/", "description": "Nasze wydawnictwa \u00b7 Wojsko i Technika \u00b7 Lotnictwo Aviation International \u00b7 Wojsko i Technika - Historia \u00b7 Morze \u00b7 ARTYKU\u0141Y \u00b7 Przemys\u0142 zbrojeniowy \u00b7 Wojska l\u0105dowe \u00b7 Wozy bojowe \u00b7 Artyleria l\u0105dowa", "snippets": [], "title": "CRW Telesystem-Mesko - Wydawnictwo militarne ZBIAM", "meta": {"query": "history of CRW Telesystem Mesko"}, "citation_uuid": -1}]}, {"agent_utterance": "CRW Telesystem-Mesko has developed a range of advanced military products, primarily focusing on portable air defense systems and associated technologies. One of the notable products is the \"KUSZA\" system, which was created in collaboration with Mesko SA and the Institute of Optoelectronics at the Military University of Technology. The KUSZA is characterized by its modularity and compactness, enabling it to be mounted on light vehicles weighing up to 3.5 tonnes and various other platforms, which enhances its operational flexibility in diverse military applications [1].\n\nIn addition to the KUSZA, CRW Telesystem-Mesko is known for its involvement in the development of the GROM/PIORUN portable anti-aircraft missile systems. The GROM system, along with its modernization into the PIORUN missile, incorporates advanced guidance technologies such as the electronics block for the guidance system (GSN) and the start mechanisms specifically designed for these missile systems [2][3][4].\n\nMoreover, the company has worked on laser technology, particularly in the development of the LPC-1, the first Polish laser target illuminator. This device is entirely based on Polish technical expertise and utilizes a laser illumination point to enhance targeting accuracy. Parallel to this project, CRW Telesystem-Mesko is also engaged in creating a laser head module that employs a discharge lamp-pumped laser, alongside an analogous module utilizing a diode-pumped semiconductor laser [5][6].\n\nOverall, the major products from CRW Telesystem-Mesko highlight a commitment to enhancing the capabilities of air defense systems through modular design, advanced guidance technologies, and innovative laser systems, marking the company as a key player in the field of military technology in Poland.", "user_utterance": "Could you provide details on the major products developed by CRW Telesystem-Mesko and their technological features?", "search_queries": ["CRW TelesystemMesko major products", "CRW Telesystem product lineup", "CRW Telesystem technology features"], "search_results": [{"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "snippets": ["We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology. The features of the whole set are its modularity and compactness, allowing the \u201cKUSZA\u201d to be mounted on light vehicles, including those weighing up to 3.5 tonnes, and on platforms.", "NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).", "At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko."], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem technology features"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.", "These include: the ability to comprehensively design and test opto-electronic systems, technologies of precise assembly of optical elements, production technologies of photodetectors based on InSb and PbS with high detection (D*> 10^10 (cm*Hz^0.5/W). Manufacturing of electronics, e.g., processing modules for the seeker head (GSN), electronics of the starting mechanism, proximity sensor and the fuse, and unauthorized use prevention system. CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "The company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems ."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem technology features"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem technology features"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem product lineup"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/laserowe-nowosci-crw-telesystem-mesko/", "description": "CRW TELESYSTEM-MESKO, podj\u0119\u0142o si\u0119 opracowania laserowego pod\u015bwietlacza celu oraz g\u0142owic naprowadzaj\u0105cych do amunicji precyzyjnej kalibr\u00f3w 120 i 155 mm.W wyniku tych prac, finansowanych samodzielnie, powsta\u0142 modu\u0142 g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105.", "snippets": ["P\u00f3\u017aniej zaadaptowano go do u\u017cycia w laserowym pod\u015bwietlaczu celu LPC-1, czyli pierwszym polskim urz\u0105dzeniu laserowym do pod\u015bwietlania celu plamk\u0105 laserow\u0105, ca\u0142kowicie opartym na polskiej my\u015bli technicznej. R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW TELESYSTEM-MESKO, podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo.", "Oferowane przez CRW TELESYSTEM-MESKO systemy Laserowego Pod\u015bwietlania Celu s\u0105 modu\u0142owymi, zgodnymi ze standardami NATO, przeno\u015bnymi zespo\u0142ami przyrz\u0105d\u00f3w wskazywania celu do naprowadzania amunicji precyzyjnej, rakiet i bomb lotniczych przez pod\u015bwietlenie wi\u0105zk\u0105 laserow\u0105.", "https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/"], "title": "Laserowe nowo\u015bci CRW TELESYSTEM-MESKO - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem product lineup"}, "citation_uuid": -1}, {"url": "https://www.linkedin.com/in/mariusz-wiatr-629760127/", "description": "Experience: CRW Telesystem \u00b7 Education: Politechnika Warszawska \u00b7 Location: Warsaw. View Mariusz Wiatr\u2019s profile on LinkedIn, a professional community of 1 billion members.", "snippets": [], "title": "Mariusz Wiatr - CRW Telesystem | LinkedIn", "meta": {"query": "CRW Telesystem product lineup"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW TelesystemMesko major products"}, "citation_uuid": -1}, {"url": "https://www.wnp.pl/tematy/crw-telesystem-mesko,31373.html", "description": "CRW Telesystem-Mesko - wszystkie artyku\u0142y i wiadomo\u015bci przygotowane przez portal wnp.pl na temat CRW Telesystem-Mesko. Czytaj i b\u0105d\u017a na bie\u017c\u0105co", "snippets": [], "title": "CRW Telesystem-Mesko - wiadomo\u015bci i popularne artyku\u0142y na wnp.pl", "meta": {"query": "CRW TelesystemMesko major products"}, "citation_uuid": -1}, {"url": "https://zbiam.pl/tag/crw-telesystem-mesko/", "description": "Nasze wydawnictwa \u00b7 Wojsko i Technika \u00b7 Lotnictwo Aviation International \u00b7 Wojsko i Technika - Historia \u00b7 Morze \u00b7 ARTYKU\u0141Y \u00b7 Przemys\u0142 zbrojeniowy \u00b7 Wojska l\u0105dowe \u00b7 Wozy bojowe \u00b7 Artyleria l\u0105dowa", "snippets": [], "title": "CRW Telesystem-Mesko - Wydawnictwo militarne ZBIAM", "meta": {"query": "CRW TelesystemMesko major products"}, "citation_uuid": -1}]}]}, {"perspective": "Historian: Description", "dlg_turns": [{"agent_utterance": "The CRW Telesystem is a modern organization that operates as a subsidiary of Mesko S.A., primarily involved in the development and production of advanced technological equipment and systems for the defense industry. Its core focus is on enhancing military capabilities through innovation, specifically in the realm of missile technology and guidance systems.\n\nOne of the notable projects associated with CRW Telesystem is the development of the Pirat anti-tank guided missile (ATGM), which has been specifically designed to meet the requirements of the Polish Armed Forces. This missile utilizes a laser guidance system that was developed in collaboration with CRW Telesystem-Mesko, showcasing the company's capability to create sophisticated military solutions that align with modern warfare demands. The Pirat project is part of the broader Pustelnik program, indicating its strategic importance to Polish defense efforts.\n\nCRW Telesystem also plays a significant role in the production of components for the GROM/PIORUN portable anti-aircraft missile system. The company has contributed to the development of key elements, such as electronic guidance units, which enhance the operational effectiveness of these missile systems. The GROM missile system has undergone multiple modernizations, leading to the introduction of the PIORUN missile, which has further improved its capabilities.\n\nIn addition to missile systems, CRW Telesystem-Mesko has also been involved in the development of guided artillery missiles, such as the APR 120 and APR 155. These projects illustrate the company's expertise in creating a range of advanced defense technologies.\n\nOverall, CRW Telesystem-Mesko is recognized for its commitment to research and development, fostering technological advancement within the defense sector. The organization is dedicated to transferring research outcomes to practical applications in the industry, thereby contributing to national and international security efforts. Its emphasis on innovation, backed by a competent management team, positions CRW Telesystem as a key player in the Polish defense industry.", "user_utterance": "Can you provide an overview of what the CRW telesystem is and its primary function?", "search_queries": ["overview of CRW telesystem", "CRW telesystem primary function", "CRW telesystem features and benefits"], "search_results": [{"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, {"url": "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success", "description": "Pirat meets the requirements and ... the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Me...", "snippets": ["Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko.", "LPC-1 laser target designator is required for the munitions to function efficiently. The system is a product resulting from a joint R&D project executed by Mesko S.A. in collaboration with CRW Telesystem Mesko. The laser beam is encoded and exhibits full NATO compliance.", "PGZ Group announced that it has successfully tested the Pirat ATGM developed by Mesko working with Telesystem-Mesko, among other entities. The Pirat missile is being offered by PGZ in the Polish Pustelnik procurement programme. The tests involved test launches of the Pirat missile and verified the functioning of the guidance system, with the use of the LPC-1 designator.", "The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now."], "title": "Pirat ATGM Precisely Hits the Target: Tests Success | Defence24.com", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/kariera/", "description": "PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie ...", "snippets": ["PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie i demontowanie element\u00f3w uk\u0142ad\u00f3w optycznych;naprawianie i justowanie element\u00f3w uk\u0142ad\u00f3w optycznych;obr\u00f3bka szk\u0142a optycznego (szlifowanie/polerowanie).WYMAGANIA:wykszta\u0142cenie \u015brednie \u2013 mile widziane o profilu: optyka, mechatronika, mechanika"], "title": "Kariera - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "snippets": ["At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko. The tradition of the fair is the 9th edition of the State Security Leader Gala, where prestigious awards are granted for innovation and special achievements in the field of supporting the defence system and capabilities, as well as for actions taken for the benefit of state security.", "NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology. The features of the whole set are its modularity and compactness, allowing the \u201cKUSZA\u201d to be mounted on light vehicles, including those weighing up to 3.5 tonnes, and on platforms.", "The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko)."], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem features and benefits"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem features and benefits"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.", "Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem features and benefits"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "overview of CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "overview of CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/page/o_firmie", "description": "Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, ...", "snippets": ["Zesp\u00f3\u0142 pracownik\u00f3w CRW Telesystem-Mesko tworzy nowoczesne rozwi\u0105zania techniczne dedykowane dla \"inteligentnego\" uzbrojenia, za\u015b osi\u0105gni\u0119te rezultaty pozwalaj\u0105 realizowa\u0107 produkcje element\u00f3w uzbrojenia i sprz\u0119tu obiektywnie najwy\u017cszej \u015bwiatowej jako\u015bci.", "W ramach w\u0142asnych program\u00f3w rozwojowych CRW Telesystem-Mesko Sp. z o.o. opracowa\u0142o Mobilny System Rakietowy \u201eKusza\". Zosta\u0142 on zaprezentowany w trakcie XIX Mi\u0119dzynarodowego Salonu Przemys\u0142u Obronnego w Kielcach w 2011 roku i spotka\u0142 si\u0119 z zainteresowaniem u\u017cytkownik\u00f3w krajowych i kontrahent\u00f3w zagranicznych.", "Dynamicznie rozwijaj\u0105cym si\u0119 kierunkiem dzia\u0142alno\u015bci sp\u00f3\u0142ki CRW Telesystem-Mesko s\u0105 prace naukowo-badawcze i projektowe oraz opanowanie i wdro\u017cenie technologii w dziedzinie elektroniki, mikroelektroniki, optyki i optoelektroniki.", "Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia."], "title": "CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "overview of CRW telesystem"}, "citation_uuid": -1}]}, {"agent_utterance": "CRW Telesystem-Mesko Sp. z o.o. has a noteworthy history that is intertwined with advancements in defense technology, particularly in missile systems. The company's origins can be traced back to its founders, one of whom was Simon Sirois, an entrepreneur known for establishing various local businesses. Among these was Setelco, which specialized in paging devices and was later transformed into Telesystem. In 1978, management of Telesystem was taken over by Simon's son, Charles Sirois, marking a significant transition in the company's trajectory.\n\nAs CRW Telesystem evolved, it began focusing on developing advanced military technologies, particularly in the area of portable anti-aircraft systems. A pivotal figure in this evolution is Dr. Eng. Janusz Noga, the current President of the Management Board, who was instrumental in the product development of the GROM portable anti-aircraft missile system. His contributions have been crucial in the subsequent modernization efforts that led to the development of the PIORUN missile, showcasing the company's commitment to innovation in defense technologies.\n\nThe continuous and consistent development of CRW Telesystem has resulted in increased employment and the expansion of its scientific and research capabilities. The company has positioned itself as a modern organization capable of transferring research outcomes into practical industrial applications, producing technologically advanced equipment and devices. This focus on technological advancement and research integration has solidified CRW Telesystem\u2019s reputation within the defense industry and exemplifies its role in Poland's military technology sector.\n\nThrough its various products, including components for the GROM/PIORUN missile systems, CRW Telesystem has become a key player in the market, highlighting its ongoing commitment to innovation and excellence in the field.", "user_utterance": "Can you provide a brief history of CRW Telesystem's founding and its evolution over the years?", "search_queries": ["CRW Telesystem history", "CRW Telesystem founding date", "CRW Telesystem company background"], "search_results": [{"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.", "CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry. It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem history"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem history"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/page/o_firmie", "description": "Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, ...", "snippets": ["Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia.", "Zesp\u00f3\u0142 pracownik\u00f3w CRW Telesystem-Mesko tworzy nowoczesne rozwi\u0105zania techniczne dedykowane dla \"inteligentnego\" uzbrojenia, za\u015b osi\u0105gni\u0119te rezultaty pozwalaj\u0105 realizowa\u0107 produkcje element\u00f3w uzbrojenia i sprz\u0119tu obiektywnie najwy\u017cszej \u015bwiatowej jako\u015bci.", "W ramach w\u0142asnych program\u00f3w rozwojowych CRW Telesystem-Mesko Sp. z o.o. opracowa\u0142o Mobilny System Rakietowy \u201eKusza\". Zosta\u0142 on zaprezentowany w trakcie XIX Mi\u0119dzynarodowego Salonu Przemys\u0142u Obronnego w Kielcach w 2011 roku i spotka\u0142 si\u0119 z zainteresowaniem u\u017cytkownik\u00f3w krajowych i kontrahent\u00f3w zagranicznych.", "Dynamicznie rozwijaj\u0105cym si\u0119 kierunkiem dzia\u0142alno\u015bci sp\u00f3\u0142ki CRW Telesystem-Mesko s\u0105 prace naukowo-badawcze i projektowe oraz opanowanie i wdro\u017cenie technologii w dziedzinie elektroniki, mikroelektroniki, optyki i optoelektroniki."], "title": "CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem history"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem founding date"}, "citation_uuid": -1}, {"url": "https://telesystem.ca/about-us/history/", "description": "Simon Sirois was an entrepreneur through and through, getting several local businesses off the ground in a variety of sectors. One of the companies he founded, Setelco - which later evolved to become Telesystem -, was bought out by his son Charles, who took over the management reins of this ...", "snippets": ["In 1994, Telesystem and Ted Rogers of Rogers Communications founded Telesystem International Wireless (TIW) with a mandate to invest in the global wireless telecom industry. Within three years, the Company launched an IPO for TIW.", "Simon Sirois was an entrepreneur through and through, getting several local businesses off the ground in a variety of sectors. One of the companies he founded, Setelco - which later evolved to become Telesystem -, was bought out by his son Charles, who took over the management reins of this family business specializing in paging devices in 1978.", "Also in 1992, Telesystem founded Microcell Telecommunications, which went on to build a nation-wide digital mobile communications network, launched under the Fido brand at the end of 1996. In 1997, Microcell (Fido) issued an initial public offering. Barely four years later, Fido had already grown its subscriber base beyond the 1-million mark."], "title": "History | Telesystem", "meta": {"query": "CRW Telesystem founding date"}, "citation_uuid": -1}, {"url": "https://www.linkedin.com/in/mariusz-wiatr-629760127/", "description": "Experience: CRW Telesystem \u00b7 Education: Politechnika Warszawska \u00b7 Location: Warsaw. View Mariusz Wiatr\u2019s profile on LinkedIn, a professional community of 1 billion members.", "snippets": [], "title": "Mariusz Wiatr - CRW Telesystem | LinkedIn", "meta": {"query": "CRW Telesystem founding date"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.", "CRW-Telesystem with the participation of prof. Zbigniew Puzewicz conducted research on new methods of balancing the homing head coordinator. The proposed solution was implemented, which allowed for a radical improvement in the quality of the homing heads. Centrum Rozwojowo-Wdro\u017ceniowe Telesystem-Mesko Sp. z o. o. employs over 100 staff, most of them with higher technical education. The company employs senior and experienced engineers, constructors, technologists in the field of optoelectronics, analogue and digital electronics and precision mechanics.", "The initiator of creation of the company in 1993, The Development and Implementation Centre Telesystem -Mesko Sp. z o.o. was a team of scientists and constructors led by professor Zbigniew Puzewicz, all with previous background in the Military University of Technology and operating within the Mikroel company."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem company background"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem company background"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/page/o_firmie", "description": "Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, ...", "snippets": ["Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia.", "Zesp\u00f3\u0142 pracownik\u00f3w CRW Telesystem-Mesko tworzy nowoczesne rozwi\u0105zania techniczne dedykowane dla \"inteligentnego\" uzbrojenia, za\u015b osi\u0105gni\u0119te rezultaty pozwalaj\u0105 realizowa\u0107 produkcje element\u00f3w uzbrojenia i sprz\u0119tu obiektywnie najwy\u017cszej \u015bwiatowej jako\u015bci.", "W ramach w\u0142asnych program\u00f3w rozwojowych CRW Telesystem-Mesko Sp. z o.o. opracowa\u0142o Mobilny System Rakietowy \u201eKusza\". Zosta\u0142 on zaprezentowany w trakcie XIX Mi\u0119dzynarodowego Salonu Przemys\u0142u Obronnego w Kielcach w 2011 roku i spotka\u0142 si\u0119 z zainteresowaniem u\u017cytkownik\u00f3w krajowych i kontrahent\u00f3w zagranicznych.", "Dynamicznie rozwijaj\u0105cym si\u0119 kierunkiem dzia\u0142alno\u015bci sp\u00f3\u0142ki CRW Telesystem-Mesko s\u0105 prace naukowo-badawcze i projektowe oraz opanowanie i wdro\u017cenie technologii w dziedzinie elektroniki, mikroelektroniki, optyki i optoelektroniki."], "title": "CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem company background"}, "citation_uuid": -1}]}, {"agent_utterance": "The Pirat anti-tank guided missile project represents a significant advancement in the defense capabilities of the Polish Armed Forces, focusing on enhancing anti-tank defense, which has historically been an underdeveloped area within the military. The project is being undertaken by a collaboration of Polish companies, including MESKO S.A. and CRW Telesystem Mesko, alongside the Ukrainian enterprise DerzhKKB Luch. This collaboration leverages the strengths of domestic industry to bolster Poland's military readiness.\n\nOne of the key technological innovations in the Pirat project is the development of a gyroscopically stabilized guidance head, which is crucial for achieving accuracy and effectiveness in various operational scenarios. This guidance system, along with an advanced autopilot developed in cooperation with DerzhKKB \u201cRay,\u201d allows the missile to maintain stability and precision during flight, enhancing its effectiveness against armored targets (Sources [1], [4]).\n\nThe missile system includes a semi-active guidance mechanism and is designed to be adaptable for use in both regular operational units and the newly formed Territorial Defense component. The project has considered two variants, Pirat-1 and Pirat-2, which share several common components, including the guidance system, further optimizing production and operational efficiency (Source [6]).\n\nIn addition to direct targeting capabilities, the Pirat system's integration with the Perun unmanned ground vehicle (UGV) enhances its operational versatility. This integration allows for the engagement of targets not only through the Pirat missile but also enables the guidance of precision munitions from other platforms, including artillery and drones, by reflecting laser guidance (Source [3], [9]). This multifunctional approach significantly amplifies the tactical options available to Polish forces in combat situations.\n\nThe introduction of the Pirat missile system, as part of the PUSTELNIK program, signifies a strategic move to upgrade Poland's anti-tank capabilities in light of contemporary security challenges. This modernization effort aligns with the Polish Ministry of Defence's goals to improve overall military effectiveness and readiness against potential threats (Source [8]). \n\nOverall, the technological innovations introduced through the Pirat project not only enhance the Polish Armed Forces' anti-tank defense but also represent a critical step towards more comprehensive military modernization through collaboration with domestic and international partners.", "user_utterance": "Can you provide more details on the technological innovations introduced in the Pirat anti-tank guided missile project and its impact on the defense capabilities of the Polish Armed Forces?", "search_queries": ["CRW telesystem Pirat antitank guided missile technological innovations", "Pirat missile project details and advancements", "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"], "search_results": [{"url": "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/", "description": "In turn, CRW Telesystem-Mesko is ... guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU). In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine ...", "snippets": ["Polish companies CRW Telesystem-Mesko and PCO have completed work on a qualitatively new laser illumination and guidance system for the anti-tank guided missile Pirat.", "The project of a new light anti-tank missile complex Pirat is one of the areas of cooperation between the Ukrainian enterprise DerzhKKB Luch and a number of Polish companies.", "Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat). Prototype CLU-P (right) and the design of the standard CLU-P with reduced weight and dimensions (left). Photo by PCO / Telesystem-Mesko.", "The Pirat light anti-tank missile complex project is being implemented by the Polish companies MESKO S.A., CRW Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch. In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU).", "In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine and is exported.", "This light anti-tank missile complex was born in close cooperation with the Ukrainian state enterprise DerzhKKB Luch, Defense Express reports. Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat).", "The Pirate anti-tank missile is aimed at the target by means of a laser illuminator.", "Observation using the CLU-P thermal imaging system, wide field of view. Photo by PCO / Telesystem-Mesko.", "In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU). In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine and is exported.", "The Pirat light anti-tank missile complex project is being implemented by the Polish companies MESKO S.A., CRW Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch.", "However, the Ukrainian anti-tank missile system \u201cCorsair\u201d uses a scheme to control the missile with a laser beam that shines in the tail of the R-3 missile. The operator must keep the target in sight until the moment the missile hits. In the Polish \u201cPirat\u201d, the missile is aimed at the target with the help of a laser illuminator, the beam of which forms a point on the target, which should hit the missile."], "title": "The Ukrainian-Polish anti-tank missile complex Pirat can now fight day and night | Association of Ukrainian Defense Manufactures", "meta": {"query": "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"}, "citation_uuid": -1}, {"url": "https://defence24.com/armed-forces/poland-has-the-potential-to-strengthen-anti-tank-defence-opinion", "description": "Anti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened ...", "snippets": ["Polish industry, and more specifically the Mesko company, cooperating in the scope of guidance systems with Telesystem-Mesko, is also conducting advanced work on its own light Pirat (Pirate) guided missile system. Established since 2014, this system will use a common, digital guidance system using a reflected laser beam with artillery precision strike ammunition, for Krab / Kryl howitzers (APR 155) and mortars Rak (APR 120). The latter has an effective cumulative (HEAT) warhead and is intended to combat armored targets. Pirate is completely under Polish control and can be freely developed, has solutions that ensure high resistance to interference.", "In turn, current BWP-1 units operating today, those that will ultimately receive Borsuk tracked vehicles, could be strengthened by integrating parts of the vehicles (whether they serve as infantry fighting vehicles, or e.g. tank destroyers that could reach support units) with a modern anti-tank guided missile system. At the MSPO 2019, Wojskowe Zak\u0142ady Motoryzacyjne from Pozna\u0144 presented a variant concept for the modernization of the BWP-1, both through the integration of the combat module with the Polish Army, as well as the creation of a tank destroyer on the basis of this vehicle, with larger range missiles. Introduction of Pirat anti-tank missile and Precise Armaments.", "Anti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened through the coordinated implementation of programs - mostly using domestic industry.", "Anti-tank defence may also be supported by the increasing number of Krab howitzers introduced into the Polish Army, under the condition of having appropriate ammunition and reconnaissance systems. Fig. J. Reszczy\u0144ski \u00b7 The possibility of introducing fire coordinators with laser indicators that can indicate targets for Pirate missile, precision ammunition for Rak and Krab as well as various other allied laser-guided weapon systems (e.g."], "title": "Poland has the Potential to Reinforce Anti-Tank Defence [OPINION] | Defence24.com", "meta": {"query": "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"}, "citation_uuid": -1}, {"url": "https://www.armyrecognition.com/weapons_defence_industry_military_technology_uk/poland_demonstrates_launching_of_pirat_anti-tank_missile_from_perun_ugv.html", "description": "Polish defense company Zaklady Mechaniczne Tarnow, the Perun combat wheeled UGV (Unmanned Ground Vehicle) has been demonstrated with Anti-Tank Guided Missile (ATGM) Pirate mounted on the vehicle.", "snippets": ["According to pictures released by the Polish defense company Zaklady Mechaniczne Tarnow, the Perun combat wheeled UGV (Unmanned Ground Vehicle) has been demonstrated with Anti-Tank Guided Missile (ATG", "According to pictures released by the Polish defense company Zaklady Mechaniczne Tarnow, the Perun combat wheeled UGV (Unmanned Ground Vehicle) has been demonstrated with Anti-Tank Guided Missile (ATGM) Pirate mounted on the vehicle. Follow Army Recognition on Google News at this link", "The Perun UGV can be equipped with the ZSMU A3C remote-controlled weapon station which can be armed with one 7.62mm UKM 2000C or one 12.7 mm WKM-B heavy machine. With the Pirat missile mounted on the robot, the Perun UGV has now anti-tank capabilities. The Pirat is ATGM (Anti-Tank Guided Missile) jointly developed by the defense industry of Ukraine and Poland.", "Perun wheeled UGV Unmanned Ground Vehicle fitted with the ZSMU A3C weapon station armed with Pirat Anti-Tank Guided Missile. (Picture source Zaklady Mechaniczne Tarnow) Citing information published by the Polish Online Defense Magazine \"Defence-24\", the Polish company Zak\u0142ady Mechaniczne Tarn\u00f3w has conducted firing tests with the ATGM (Anti-Tank Guided Missile) Pirat using a remotely controlled ZSMU A3C weapon station mounted on a Perun 4x4 UGV (Unmanned Ground Vehicle)."], "title": "Poland demonstrates launching of Pirat anti-tank missile from Perun ...", "meta": {"query": "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"}, "citation_uuid": -1}, {"url": "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/", "description": "The Pirat light anti-tank missile ... Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch. In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB ...", "snippets": ["The Pirat light anti-tank missile complex project is being implemented by the Polish companies MESKO S.A., CRW Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch. In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU).", "Polish companies CRW Telesystem-Mesko and PCO have completed work on a qualitatively new laser illumination and guidance system for the anti-tank guided missile Pirat.", "Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat). Prototype CLU-P (right) and the design of the standard CLU-P with reduced weight and dimensions (left). Photo by PCO / Telesystem-Mesko.", "Observation using the CLU-P thermal imaging system, wide field of view. Photo by PCO / Telesystem-Mesko."], "title": "The Ukrainian-Polish anti-tank missile complex Pirat can now fight day and night | Association of Ukrainian Defense Manufactures", "meta": {"query": "CRW telesystem Pirat antitank guided missile technological innovations"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "Technologies for both the opto-mechanical module and the integration of electronic tribrach modules, compass, azimuth and target elevation measurement, coding (STANAG 3733). The production profile includes various components for portable anti-aircraft and anti-tank missile systems and precision-guided ammunition.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;"], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem Pirat antitank guided missile technological innovations"}, "citation_uuid": -1}, {"url": "https://defence24.com/pirat-atgm-a-nexus-between-spike-and-anti-tank-grenade-launchers", "description": "This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system. The consortium, formed by CRW Telesystem-Mesko and the Military University of Technology ...", "snippets": ["This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system. The consortium, formed by CRW Telesystem-Mesko and the Military University of Technology is in the process of developing, among other components, a semi-active guidance system and launch solutions for the newly developed missiles offered to the Polish Ministry of Defence.", "The quantity of the missiles does not make it possible though to fully meet the requirements of the Army, thus, 9M14 Malyutka missiles which are becoming obsolete are also being used. One of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.", "It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced. At the moment, the anti-tank capabilities of the Polish Army are based on the medium range Spike-LR anti tank guided missiles which are also expected to be integrated with the armoured combat vehicles, including the Rosomak APC and - further down the road \u2013 the new IFV.", "Polish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.", "In order to increase the effectiveness, the countermeasures shall be varied and interconnected and fused into a single fighting system, due to the presence of active and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could also be utilized in order to fight against targets other than combat vehicles, such as fortifications.", "One of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.", "The initiative would make use of the expertise gathered before, during the works pertaining to semi-actively laser guided precision munitions, especially the guidance systems. This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system.", "The said missile could be used to neutralize machine gun stations, points of resistance, gathering points for the military units, logistics equipment, helicopters or small vessels. The technology demonstrator of the Pirat-2 missile has already gone through the initial field tests. For the purpose of providing a proper guidance measure, LPC-1 laser target illumination device has been developed too."], "title": "Pirat ATGM \u2013 A Nexus Between Spike and Anti-Tank Grenade Launchers | Defence24.com", "meta": {"query": "CRW telesystem Pirat antitank guided missile technological innovations"}, "citation_uuid": -1}, {"url": "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/", "description": "The Pirat light anti-tank missile complex project is being implemented by the Polish companies MESKO S.A., CRW Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch.", "snippets": ["The project of a new light anti-tank missile complex Pirat is one of the areas of cooperation between the Ukrainian enterprise DerzhKKB Luch and a number of Polish companies.", "This light anti-tank missile complex was born in close cooperation with the Ukrainian state enterprise DerzhKKB Luch, Defense Express reports. Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat).", "In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine and is exported.", "However, the Ukrainian anti-tank missile system \u201cCorsair\u201d uses a scheme to control the missile with a laser beam that shines in the tail of the R-3 missile. The operator must keep the target in sight until the moment the missile hits. In the Polish \u201cPirat\u201d, the missile is aimed at the target with the help of a laser illuminator, the beam of which forms a point on the target, which should hit the missile."], "title": "The Ukrainian-Polish anti-tank missile complex Pirat can now fight day and night | Association of Ukrainian Defense Manufactures", "meta": {"query": "Pirat missile project details and advancements"}, "citation_uuid": -1}, {"url": "https://armyrecognition.com/news/army-news/2023/poland-plans-to-acquire-pirat-new-local-made-anti-tank-guided-missiles", "description": "According to information published by the Polish Defense website \"Defence24\", on March 10, 2023, the Polish Deputy Minister and Secretary of State, Wojciec", "snippets": ["According to information published by the Polish Defense website \"Defence24\", on March 10, 2023, the Polish Deputy Minister and Secretary of State, Wojciech Skurkiewicz confirmed a plan to acquire PIRAT, the latest generation of Anti-Tank Guided Missile (ATGM) developed by the Polish Defense Industry in the framework of the PUSTELNIK program Follow Army Recognition on Google News at this link", "The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle. The Pirat is an ATGM (Anti-Tank Guided Missile) jointly developed by the defense industry of Ukraine and Poland.", "Polish Deputy Minister and Secretary of State, Wojciech Skurkiewicz confirmed a plan to acquire PIRAT, the latest generation of anti-tank guided missile developed by the Polish Defense Industry in the framework of the PUSTELNIK program", "Polish-made Pirat ATGM Anti-Tank Guided Missile. (Picture source Army Recognition) The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle.", "The missile would be capable of penetrating up to 550 mm of steel armor covered by ERA (Explosive Reactive Armor). The Pirat 2 is a light short-range ATGM weapons system with a manually-launched missile that is self-guided after launch following the target-reflected laser beam trajectory.", "The Pirat missile was unveiled for the first time to the public during MSPO, a defense exhibition in Poland. The Pirat-1 project is based on the Ukrainian R-3 Korsar missile offered by the KKB Luch company, nonetheless, the collaboration with Ukraine is focused primarily on the aerodynamic component."], "title": "Poland plans to acquire Pirat new local-made anti-tank guided missiles", "meta": {"query": "Pirat missile project details and advancements"}, "citation_uuid": -1}, {"url": "https://www.joint-forces.com/defence-equipment-news/50094-integration-of-perun-ugv-with-pirat-atgm", "description": "ZMT (Zak\u0142ady Mechaniczne Tarn\u00f3w) of Poland has announced the successful integration of the PERUN UGV with the PIRAT ATGM.", "snippets": ["Thus, PERUN became the first armed robot in Poland, which enables effective and safe fire from machine guns and the PIRAT ATGM. It is worth emphasising that the consolidation of the military, scientific and Polish industry around the subject of combat robots is also a success. The unique knowledge gained during the project implementation allows for further development in the field of unmanned armed land platforms.\u201d Damian Jarosz, Project Manager.", "At this year\u2019s MSPO in Kielce, a demonstrator of an unmanned vehicle with the PIRAT ATGM was presented (together with MESKO SA and CRW TELESYSTEM-MESKO).", "PIRAT is a light, portable short-range anti-tank missile (up to 2.5 km) self-guiding to laser radiation reflected from the target, fired from the shoulder or from a universal, modular position for detection, tracking, identification and targeting (CLU \u2013 developed by CRW Telesystem -Mesko and PCO SA), containing a tripod launcher. The system uses precise guidance of the reflected laser beam illuminating the target, which the missile attacks from the so-called \u2018upper hemisphere\u2019, which guarantees very high combat effectiveness.", "The integration of PERUN with the PIRAT anti-tank guided missile launcher and their guidance system allows not only to hit targets directly, but also to guide precision-guided ammunition (APR 155 mm and APR 120 mm) or other weapons compliant with STANAG 3733 (including bombs and guided missiles) on reflected laser radiation from fighters and drones).\u201d Damian Jarosz, Project Manager."], "title": "Integration of PERUN UGV with PIRAT ATGM | Joint Forces News", "meta": {"query": "Pirat missile project details and advancements"}, "citation_uuid": -1}]}]}, {"perspective": "Telecommunications Expert: Description", "dlg_turns": [{"agent_utterance": "The CRW Telesystem-Mesko is a modern organization in Poland that specializes in the development and production of advanced military technology, particularly in the field of missile systems and related components. Established as part of the Mesko S.A. conglomerate, the company has a strong focus on research and development, enabling the effective transfer of research results into practical industrial applications.\n\nOne of the primary functions of CRW Telesystem is the design and manufacture of various missile systems, including the GROM and PIORUN portable anti-aircraft missile systems. The GROM system is particularly notable as it has undergone multiple modernizations, resulting in the enhanced PIORUN variant, which reflects advancements in military technology and operational capabilities. Additionally, CRW Telesystem has developed components such as electronic guidance systems and launch mechanisms for these missile systems, ensuring they meet contemporary military standards and requirements.\n\nAnother significant project undertaken by CRW Telesystem is the \"Pirat,\" a light anti-tank guided missile (ATGM). The Pirat system is notable for its laser guidance technology, which has been developed in collaboration with Mesko S.A. This project is particularly relevant to the needs of the Polish Armed Forces, as it aims to fulfill specific operational requirements outlined within the Pustelnik program.\n\nThe organization is recognized for its capacity to produce military equipment using domestic components, which enhances Poland's independence in defense manufacturing and places the country among a select group of nations capable of producing such technology. As a result of consistent growth and development, CRW Telesystem-Mesko has expanded its workforce and scientific research capabilities, solidifying its position in the defense industry.\n\nOverall, CRW Telesystem plays a crucial role in the Polish defense sector, contributing to both national security and the advancement of military technology through its innovative products and research initiatives.", "user_utterance": "Can you provide an overview of what the CRW telesystem is and its primary functions?", "search_queries": ["overview of CRW telesystem", "CRW telesystem primary functions", "what is CRW telesystem"], "search_results": [{"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM...", "snippets": ["NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry. It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW ...", "snippets": ["The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).", "Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs. The prototype CLU-P targeting and guidance unit for the Pirat set, developed by TELESYSTEM-Mesko and PCO SA, also had its premiere at the XXIX MSPO."], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "overview of CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "overview of CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/page/o_firmie", "description": "Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, ...", "snippets": ["Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia.", "Zesp\u00f3\u0142 pracownik\u00f3w CRW Telesystem-Mesko tworzy nowoczesne rozwi\u0105zania techniczne dedykowane dla \"inteligentnego\" uzbrojenia, za\u015b osi\u0105gni\u0119te rezultaty pozwalaj\u0105 realizowa\u0107 produkcje element\u00f3w uzbrojenia i sprz\u0119tu obiektywnie najwy\u017cszej \u015bwiatowej jako\u015bci.", "W ramach w\u0142asnych program\u00f3w rozwojowych CRW Telesystem-Mesko Sp. z o.o. opracowa\u0142o Mobilny System Rakietowy \u201eKusza\". Zosta\u0142 on zaprezentowany w trakcie XIX Mi\u0119dzynarodowego Salonu Przemys\u0142u Obronnego w Kielcach w 2011 roku i spotka\u0142 si\u0119 z zainteresowaniem u\u017cytkownik\u00f3w krajowych i kontrahent\u00f3w zagranicznych.", "Dynamicznie rozwijaj\u0105cym si\u0119 kierunkiem dzia\u0142alno\u015bci sp\u00f3\u0142ki CRW Telesystem-Mesko s\u0105 prace naukowo-badawcze i projektowe oraz opanowanie i wdro\u017cenie technologii w dziedzinie elektroniki, mikroelektroniki, optyki i optoelektroniki."], "title": "CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "overview of CRW telesystem"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem primary functions"}, "citation_uuid": -1}, {"url": "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success", "description": "Pirat meets the requirements and ... the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Me...", "snippets": ["Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko.", "LPC-1 laser target designator is required for the munitions to function efficiently. The system is a product resulting from a joint R&D project executed by Mesko S.A. in collaboration with CRW Telesystem Mesko. The laser beam is encoded and exhibits full NATO compliance.", "PGZ Group announced that it has successfully tested the Pirat ATGM developed by Mesko working with Telesystem-Mesko, among other entities. The Pirat missile is being offered by PGZ in the Polish Pustelnik procurement programme. The tests involved test launches of the Pirat missile and verified the functioning of the guidance system, with the use of the LPC-1 designator.", "The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now."], "title": "Pirat ATGM Precisely Hits the Target: Tests Success | Defence24.com", "meta": {"query": "CRW telesystem primary functions"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/kariera/", "description": "PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie ...", "snippets": ["PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie i demontowanie element\u00f3w uk\u0142ad\u00f3w optycznych;naprawianie i justowanie element\u00f3w uk\u0142ad\u00f3w optycznych;obr\u00f3bka szk\u0142a optycznego (szlifowanie/polerowanie).WYMAGANIA:wykszta\u0142cenie \u015brednie \u2013 mile widziane o profilu: optyka, mechatronika, mechanika"], "title": "Kariera - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem primary functions"}, "citation_uuid": -1}]}, {"agent_utterance": "The GROM and PIORUN missile systems, developed by CRW Telesystem, represent significant advancements in portable air-defense technology. The GROM, a man-portable air-defense system (MANPADS), is rooted in the design of the Soviet 9K38 Igla and features a 72 mm anti-aircraft missile capable of reaching flight speeds of 650 m/s. Its design includes a single-use launcher and a reusable gripstock, complemented by a thermal battery coolant assembly electric unit, which enhance its operational efficiency and usability in the field [8].\n\nOne of the key technological advancements in the GROM system is its optoelectronic tracking capabilities. CRW Telesystem produces essential components for both the GROM and PIORUN systems, particularly focusing on the development of unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors, along with hybrid preamplifiers. This positions CRW Telesystem among the top producers of guidance heads for missile systems and makes it one of the few manufacturers globally capable of producing detectors with such exceptional parameters, rivaling major industry players from Russia and the USA [2][5].\n\nThe evolution from GROM to the PIORUN missile system introduced several enhancements aimed at increasing effectiveness against various aerial threats. The PIORUN features an upgraded missile that offers an extended range and a proximity fuse designed to improve target engagement capabilities, particularly against smaller aerial targets. Additionally, the PIORUN includes a sophisticated control system that features a mini keyboard adjacent to the trigger, allowing operators to select target types, environmental conditions, and operational modes seamlessly [9].\n\nFurthermore, CRW Telesystem has expanded its capabilities through collaborative projects, including the development of the mobile MSR KUSZA anti-aircraft system. This innovative system is built on an off-road platform that can carry up to six GROM/PIORUN missile launchers, integrated with advanced day and night tracking and firing systems. This reflects the company's commitment to enhancing the versatility and deployability of its missile systems in various operational contexts [6].\n\nOverall, the GROM and PIORUN missile systems not only demonstrate CRW Telesystem's commitment to advanced missile technology but also underline the company's significant role in modern air defense capabilities through innovative engineering and strategic collaborations.", "user_utterance": "Can you provide detailed information on the technological advancements and specific capabilities of the GROM and PIORUN missile systems developed by CRW Telesystem?", "search_queries": ["CRW Telesystem GROM missile system technological advancements", "CRW Telesystem PIORUN missile system capabilities", "GROM missile system specifications and features"], "search_results": [{"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "By participating in 1993 in the Strategic Government Program \u201cModern technologies for the development of the air defence system of troops and facilities\u201d, TELESYSTEM-MESKO Sp. z o. o. became a leader in innovation in the design and production of the most critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM).", "He managed the group executing the project for the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round. He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:"], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem GROM missile system technological advancements"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/products/grom-piorun-portable-anti-aircraft-missile-system/", "description": "TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers.", "snippets": ["TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers. Thanks to this, the Company is among the leading producers of guidance heads for missile systems and, next to the giants from Russia and the USA, the only serial manufacturer of detectors with such exceptional parameters;", "This device was created in cooperation with specialists from the Quantum Electronics Team of the Military University of Technology. Its design and operation are an original Polish development. Thanks to it, it became possible to install GROM/PIORUN missiles on various launch platforms. CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:", "The TELESYSTEM-MESKO Development and Implementation Center has developed and implemented into production all the most important optoelectronic and electronic assemblies of the GROM/PIORUN system."], "title": "GROM / PIORUN Man-Portable Air-Defense System - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem GROM missile system technological advancements"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/products/control-and-measurement-equipment-of-the-grom-piorun-missile-system/", "description": "Since 2010, we have been participating in development work on the modernization of GROM MANPAD to the GROM/PIORUN standard. Telesystem has developed and implemented all the crucial optoelectronics and electronics units of the GROM/PIORUN rocket and has become their manufacturer.", "snippets": ["Currently, their individual types are installed in GROM/PIORUN, IODIDE, POPRAD, and BIA\u0141A products.", "It is worth mentioning the use of the surface mount assembly line for the production of, among others, PCBs of the electronics block of the GROM rocket and electronics boards of the starting mechanisms, which ensures high quality and fault-free operation of the products. Telesystem-Mesko cooperates with or performs work for such companies as MESKO SA, PIT-RADWAR, ZM TARN\u00d3W. Close cooperation with the Institute of Optoelectronics of the Military University of Technology is continued, especially with the Quantum Electronics Group.", "We have developed and manufacture various types of launch mechanisms for all anti-aircraft systems based on the GROM MANPAD family."], "title": "Control and measurement equipment of the GROM/PIORUN missile system - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem GROM missile system technological advancements"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "He managed the group executing the project for the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round. He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "Manufacturer of guiding heads (GSN) and starting mechanisms for the Grom, Piorun, SZP Poprad, ZUR-23-2KG Jodek-G, ZUR-23-2SP and ZSU-23-4MP Bia\u0142a missile sets and the KUSZA missile system. Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "The design of the System allowed for obtaining a low signature in every spectrum, from radar through visible, infrared and acoustic. MSR \u201cKUSZA\u201d fully uses the capabilities and parameters of the GROM/PIORUN missile \u2013 autonomous interception and target tracking. The day and night optoelectronic sights used increase the combat capabilities of the missile. CRW-Telesystem with the participation of prof."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem PIORUN missile system capabilities"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/products/grom-piorun-portable-anti-aircraft-missile-system/", "description": "TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers.", "snippets": ["TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers. Thanks to this, the Company is among the leading producers of guidance heads for missile systems and, next to the giants from Russia and the USA, the only serial manufacturer of detectors with such exceptional parameters;", "Its design and operation are an original Polish development. Thanks to it, it became possible to install GROM/PIORUN missiles on various launch platforms. CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:", "The TELESYSTEM-MESKO Development and Implementation Center has developed and implemented into production all the most important optoelectronic and electronic assemblies of the GROM/PIORUN system."], "title": "GROM / PIORUN Man-Portable Air-Defense System - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem PIORUN missile system capabilities"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/products/kusza-crossbow-mobile-missile-system/", "description": "GROM/PIORUN missiles, along with Ground Power Blocks, are mounted on a rigid frame equipped with autonomous Launch Mechanisms, optoelectronic targeting systems and a control panel. Thanks to its lightweight and well-balanced design, the operator can accurately aim and track the target.", "snippets": ["additional 2 Launch Mechanisms for launching the missile \u201cfrom the shoulder\u201d;  \u00b7 8-12 Ground Power Blocks with high-pressure nitrogen.  \u00b7 The launcher set can be integrated with various Command Systems (including the possibility of using the REGA anti-aircraft defence command automation kit) and the \u201cFriend-Foe\u201d ID system. ... \u201cCrossbow\u201d sets, by their light weight and high mobility, are very easy to hide in the field, and by the passivity of their operation they cannot be detected by technical observation systems.", "Prototype of the Mobile KUSZA System on a light all-terrain vehicle Polaris Defence Ranger 800 6\u00d76 in combat position ... collimator sight with emergency mechanical sight integrated with a monitor for displaying camera images and system status;  \u00b7 optoelectronic camera for daytime combat operation;  \u00b7 thermal imaging camera for day and night combat operations;  \u00b7 autonomous Launch Mechanisms for launching missiles from the KUSZA MSR;", "The TELESYSTEM-MESKO Development and Implementation Center has developed a mobile MSR KUSZA anti-aircraft system. The creators' assumption was to create a system consisting of an off-road platform capable of carrying up to 6 GROM/PIORUN missile launchers along with a day and night tracking and firing system.", "autonomous Launch Mechanisms for launching missiles from the KUSZA MSR;", "hunting (ambush action) against targets on anticipated flight paths at ceilings of up to 4 km (aircraft, helicopters, missiles with flight speeds of up to 320 m/s (cruise missiles, anti-radiation missiles, air-to-ground missiles), unmanned aerial vehicles and other aerial targets. PrevControl and measurement equipment of the GROM/PIORUN missile system", "The use of a swivel connector allows the shooter to operate at n\u00d7360\u02da. The system\u2019s electronics are powered by a high-capacity carrier battery or a power generator, allowing the system to operate autonomously for hours. The KUSZA Mobile Missile System (MSR) is a lightweight anti-aircraft set that operates completely passively, making it much more difficult for the enemy to detect compared to other solutions."], "title": "KUSZA (Crossbow)- Mobile Missile System - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem PIORUN missile system capabilities"}, "citation_uuid": -1}, {"url": "https://en.wikipedia.org/wiki/Hrim-2", "description": "Hr\u0456m-2, Grom or OTRK Sapsan (Ukrainian: \u041e\u0422\u0420\u041a \"\u0421\u0430\u043f\u0441\u0430\u043d\", lit. 'peregrine falcon'), also known as Operational-Tactical Missile System Hrim (Ukrainian: \u041e\u043f\u0435\u0440\u0430\u0442\u0438\u0432\u043d\u043e-\u0442\u0430\u043a\u0442\u0438\u0447\u043d\u0438\u0439 \u0440\u0430\u043a\u0435\u0442\u043d\u0438\u0439 \u043a\u043e\u043c\u043f\u043b\u0435\u043a\u0441 \u00ab\u0413\u0440\u0456\u043c\u00bb, romanized: Operatyvno-taktychnyi raketnyi kompleks \"Hrim\", lit. 'thunder'), is a Ukrainian short-range ballistic missile system being developed by KB Pivdenne and PA Pivdenmash, designed to combine the features ...", "snippets": ["On May 6, 2023, Russian officials claimed that their air defenses shot down two Hrim-2 missiles over Crimea, without them causing casualties or damage. The Institute for the Study of War, a Washington-based think tank, noted that the officials did not specify the Hrim-2's target and that Russian sources amplified footage of alleged Hrim-2 remnants in a field.", "A photograph of the chassis of a Hrim-2 transporter erector launcher appeared in May 2017; each vehicle could carry and launch two missiles. In April 2019 it was announced that two Hrim-2 prototypes had been produced, one for testing by Saudi Arabia and the other to be tested by the Armed Forces of Ukraine. Saudi Arabia was expected to test their test article one later in 2019, with the system planned to enter service in 2022.", "In August 2024, Ukraine claimed to have successfully tested its first domestically-produced ballistic missile. While the specific missile-type was not disclosed, some commentators have speculated that the missile being referred to is the Hrim-2.", "Hr\u0456m-2, Grom or OTRK Sapsan (Ukrainian: \u041e\u0422\u0420\u041a \"\u0421\u0430\u043f\u0441\u0430\u043d\", lit. 'peregrine falcon'), also known as Operational-Tactical Missile System Hrim (Ukrainian: \u041e\u043f\u0435\u0440\u0430\u0442\u0438\u0432\u043d\u043e-\u0442\u0430\u043a\u0442\u0438\u0447\u043d\u0438\u0439 \u0440\u0430\u043a\u0435\u0442\u043d\u0438\u0439 \u043a\u043e\u043c\u043f\u043b\u0435\u043a\u0441 \u00ab\u0413\u0440\u0456\u043c\u00bb, romanized: Operatyvno-taktychnyi raketnyi kompleks \"Hrim\", lit. 'thunder'), is a Ukrainian short-range ballistic missile system being developed by KB Pivdenne and PA Pivdenmash, designed to combine the features of a tactical missile system and a multiple rocket launcher.", "In 2006 the National Security and Defense Council of Ukraine recognised the need for a missile system that would be better than Ukraine's aging Soviet Tochka-U, which had a maximum range of 120 km and could only be overhauled and upgraded by Russian companies."], "title": "Hrim-2 - Wikipedia", "meta": {"query": "GROM missile system specifications and features"}, "citation_uuid": -1}, {"url": "https://en.wikipedia.org/wiki/Grom_(missile)", "description": "The Grom (meaning \"thunder\" in Polish) is a man-portable air-defense system produced in Poland and based on the Soviet man-portable infrared homing surface-to-air missile (SAM) 9K38 Igla. It consists of a 72 mm anti-aircraft missile set with a flight speed of 650 m/s, as well as a single-use ...", "snippets": ["On January 1, 2013, Bumar Amunicja manufactured their 2,000th Grom missile set. Grom was later improved into what became known as the Piorun, with a new seeker and rocket motor. The system is designed to be operated by one soldier. It consists of a single-stage projectile, a single-use tubular launcher, a starting mechanism, and an on-ground power supply.", "The full name of the system is PZR Grom, PZR standing for Przeciwlotniczy Zestaw Rakietowy (literally anti-air rocket-propelled set). It is designed to target low-flying helicopters and aeroplanes. As such, the Grom missile is used by other surface-to-air defence systems of Polish design, including ZSU-23-4MP Bia\u0142a, ZUR-23-2 kg and Poprad self-propelled artillery system.", "Because of that, in late 1992 various Polish works and design bureaus (among them the Zielonka-based Military Institute of Armament Technology, the WAT Military University of Technology and the Skar\u017cysko Rocket Design Bureau) started working on a new Igla-like design. These were allegedly helped by the Polish intelligence services able to buy the design plans of the original 9K38 Igla missile system in the LOMO works in Leningrad (modern St. Petersburg) during the turmoil following the dissolution of the Soviet Union. By 1995 the first batch (marked as GROM-1) entered service.", "According to press releases during the Russo-Georgian War, Polish-made GROM missiles targeted Russian planes and helicopters 20 times, 12 missiles were fired out of which 9 hit their targets, and most likely shot down a Su-25. The Indonesian Army bought around 152 Grom missiles as part of Kobra (Aster) V-SHORAD system, including four Poprad mobile launchers, 12 ZUR-23-2 kg-I launchers and 76 missiles delivered in 2007 and the second such system ordered in 2006.", "The Grom (meaning \"thunder\" in Polish) is a man-portable air-defense system produced in Poland and based on the Soviet man-portable infrared homing surface-to-air missile (SAM) 9K38 Igla. It consists of a 72 mm anti-aircraft missile set with a flight speed of 650 m/s, as well as a single-use launcher, re-usable gripstock and thermal battery coolant assembly electric unit."], "title": "Grom (missile) - Wikipedia", "meta": {"query": "GROM missile system specifications and features"}, "citation_uuid": -1}, {"url": "https://missiledefenseadvocacy.org/defense-systems/grom-missile-system/", "description": "The only variant of the Grom is the Piorun MANPADS. The Piorun is a modern version of the system with multiple changes. These include: a day/night optical sight added to the tube launcher, a new missile with an increased range and a proximity fuse to make it more effective against small aerial ...", "snippets": ["The system consists of the missile, a single-use launcher, a starting mechanism, and an on-ground power supply.[i]The Grom uses an infrared homing system with a dual-band seeker and can also be equipped with an Identification Friend-or-Foe device or a thermal imaging sight.[ii]", "The only variant of the Grom is the Piorun MANPADS. The Piorun is a modern version of the system with multiple changes. These include: a day/night optical sight added to the tube launcher, a new missile with an increased range and a proximity fuse to make it more effective against small aerial targets, and a new control system.[iii]The control system is a mini keyboard next to the trigger that can be used to select types of targets, environments, and work modes.[iv]", "U.S. Counter-UAS Systems ... Air Defense of U.S. Partners ... April 12th, 2022 U.S. Missile Defense \u2013 An Overview of Past, Current, and Future Roles and Responsibilities", "December 2016: Poland\u2019s Defence Ministry signs a contract with Mesko for 1,300 Piorun missiles and 420 launchers[v] September 2015: The Piorun is first presented at the MSPO 2015 International Defense Exhibition[vi] 2014: Lithuania signed a 34 million Euro contract for Grom systems at the MSPO 2014 International Defense Exhibition in Poland[vii] [i]https://www.armyrecognition.com/polish_missile_vehicles_systems_weapons_poland_uk/grom_manpads_man-portable_air_defense_missile_system_technical_data_sheet_specifications_pictures.html"], "title": "Grom Missile System \u2013 Missile Defense Advocacy Alliance", "meta": {"query": "GROM missile system specifications and features"}, "citation_uuid": -1}]}, {"agent_utterance": "The \"Pirat\" light anti-tank guided missile (ATGM) system is a Polish-made missile developed under the Pustelnik program, which was initiated by the Polish armed forces to fill the operational gap between anti-tank grenade launchers and heavier anti-tank systems like Spike-LR and Brimstone missiles. This initiative reflects a strategic need to modernize and diversify Poland's anti-tank capabilities, particularly in the context of evolving threats on the battlefield.\n\nThe Pirat missile system has been developed collaboratively by Polish defense companies, including CRW Telesystem-Mesko and PCO. Notably, the companies have recently completed work on a new laser illumination and guidance system, enhancing the missile's targeting and operational effectiveness. The design goals for Pirat align with the expectations articulated by the Polish Armed Forces, highlighting its suitability as the primary solution offered in response to the requirements set out in the Pustelnik program.\n\nOne of the significant advantages of the Pirat system is its versatility; it is designed to not only engage armored combat vehicles but also to target a variety of other structures, such as fortifications. This broad capability is essential for modern military operations, where flexibility in targeting is often critical. The Pustelnik program aims for high quantities of missiles and launchers, emphasizing the operational need for a robust anti-tank arsenal that can adapt to various combat scenarios.\n\nMoreover, the Pirat missile system represents a qualitative leap in Poland's indigenous defense technology, demonstrating the country\u2019s commitment to enhancing its military capabilities through domestic production. This is particularly significant given the competitive landscape of military procurement, where various entities, both domestic and foreign, have expressed interest in participating in the Pustelnik program, underscoring the importance of Pirat as a contender in this market.\n\nOverall, the development of the Pirat ATGM is a critical component of Poland's broader strategy to modernize its armed forces and ensure effective deterrence against potential threats, reinforcing the country's defense posture in a rapidly changing security environment.", "user_utterance": "Can you elaborate on the \"Pirat\" light anti-tank guided missile system, particularly its development, features, and significance in the context of the Pustelnik program?", "search_queries": ["CRW telesystem Pirat light antitank guided missile system development", "Pirat missile system features and specifications", "significance of Pirat missile system in Pustelnik program"], "search_results": [{"url": "https://telesystem.eu/en/about-us-2/", "description": "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable ...", "snippets": ["Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "\u201cDevelopment and implementation of a light system with a guided missile with a range of 2.5 km, codenamed PIRAT.", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem Pirat light antitank guided missile system development"}, "citation_uuid": -1}, {"url": "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/", "description": "In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU).", "snippets": ["Polish companies CRW Telesystem-Mesko and PCO have completed work on a qualitatively new laser illumination and guidance system for the anti-tank guided missile Pirat.", "The Pirat light anti-tank missile complex project is being implemented by the Polish companies MESKO S.A., CRW Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch.", "Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat). Prototype CLU-P (right) and the design of the standard CLU-P with reduced weight and dimensions (left). Photo by PCO / Telesystem-Mesko.", "Observation using the CLU-P thermal imaging system, wide field of view. Photo by PCO / Telesystem-Mesko."], "title": "The Ukrainian-Polish anti-tank missile complex Pirat can now fight day and night | Association of Ukrainian Defense Manufactures", "meta": {"query": "CRW telesystem Pirat light antitank guided missile system development"}, "citation_uuid": -1}, {"url": "https://telesystem.eu/en/products/kusza-crossbow-mobile-missile-system/", "description": "GROM/PIORUN missiles, along with Ground Power Blocks, are mounted on a rigid frame equipped with autonomous Launch Mechanisms, optoelectronic targeting systems and a control panel. Thanks to its lightweight and well-balanced design, the operator can accurately aim and track the target.", "snippets": ["The TELESYSTEM-MESKO Development and Implementation Center has developed a mobile MSR KUSZA anti-aircraft system. The creators' assumption was to create a system consisting of an off-road platform capable of carrying up to 6 GROM/PIORUN missile launchers along with a day and night tracking and firing system.", "The use of a swivel connector allows the shooter to operate at n\u00d7360\u02da. The system\u2019s electronics are powered by a high-capacity carrier battery or a power generator, allowing the system to operate autonomously for hours. The KUSZA Mobile Missile System (MSR) is a lightweight anti-aircraft set that operates completely passively, making it much more difficult for the enemy to detect compared to other solutions.", "Prototype of the Mobile KUSZA System on a light all-terrain vehicle Polaris Defence Ranger 800 6\u00d76 in combat position ... collimator sight with emergency mechanical sight integrated with a monitor for displaying camera images and system status;  \u00b7 optoelectronic camera for daytime combat operation;  \u00b7 thermal imaging camera for day and night combat operations;  \u00b7 autonomous Launch Mechanisms for launching missiles from the KUSZA MSR;", "additional 2 Launch Mechanisms for launching the missile \u201cfrom the shoulder\u201d;  \u00b7 8-12 Ground Power Blocks with high-pressure nitrogen.  \u00b7 The launcher set can be integrated with various Command Systems (including the possibility of using the REGA anti-aircraft defence command automation kit) and the \u201cFriend-Foe\u201d ID system. ... \u201cCrossbow\u201d sets, by their light weight and high mobility, are very easy to hide in the field, and by the passivity of their operation they cannot be detected by technical observation systems."], "title": "KUSZA (Crossbow)- Mobile Missile System - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem Pirat light antitank guided missile system development"}, "citation_uuid": -1}, {"url": "https://armyrecognition.com/news/army-news/2023/poland-plans-to-acquire-pirat-new-local-made-anti-tank-guided-missiles", "description": "Polish-made Pirat ATGM Anti-Tank Guided Missile. (Picture source Army Recognition) The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such ...", "snippets": ["Polish-made Pirat ATGM Anti-Tank Guided Missile. (Picture source Army Recognition) The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle.", "According to information published by the Polish Defense website \"Defence24\", on March 10, 2023, the Polish Deputy Minister and Secretary of State, Wojciech Skurkiewicz confirmed a plan to acquire PIRAT, the latest generation of Anti-Tank Guided Missile (ATGM) developed by the Polish Defense Industry in the framework of the PUSTELNIK program Follow Army Recognition on Google News at this link", "Polish Deputy Minister and Secretary of State, Wojciech Skurkiewicz confirmed a plan to acquire PIRAT, the latest generation of anti-tank guided missile developed by the Polish Defense Industry in the framework of the PUSTELNIK program", "The missile would be capable of penetrating up to 550 mm of steel armor covered by ERA (Explosive Reactive Armor). The Pirat 2 is a light short-range ATGM weapons system with a manually-launched missile that is self-guided after launch following the target-reflected laser beam trajectory."], "title": "Poland plans to acquire Pirat new local-made anti-tank guided missiles", "meta": {"query": "significance of Pirat missile system in Pustelnik program"}, "citation_uuid": -1}, {"url": "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success", "description": "PGZ Group announced that it has successfully tested the Pirat ATGM developed by Mesko working with Telesystem-Mesko, among other entities. The Pirat missile is being offered by PGZ in the Polish Pustelnik procurement programme.", "snippets": ["Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us.", "The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko. The digital guidance system is fully controlled by the Polish industry and it allows the user to conduct direct (frontal) and top-attack engagements - this extends the missile\u2019s performance envelope when it is employed against heavy armour, or even main battle tanks.", "The above makes it possible to use the system during joint allied operations, as the allied fire control systems remain compatible with the missile. The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now. Tests carried out at the Military Institute of Armament Technology range in Nowa D\u0119ba were to confirm the correctness of the assumptions adopted and to verify the R&D solutions applied in practice. ... Pirat ATGM Mock-up showcased in Kielce.", "Polish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced."], "title": "Pirat ATGM Precisely Hits the Target: Tests Success | Defence24.com", "meta": {"query": "significance of Pirat missile system in Pustelnik program"}, "citation_uuid": -1}, {"url": "https://defence24.com/armed-forces/land-forces/pustelnik-atgm-programme-participants-unveiled", "description": "The Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones.", "snippets": ["The Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.", "The programme would be an intermediary element between the anti-tank grenade launchers, and heavier ATGMs, such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza tank destroyer programme. ... The Polish defence industry is also offering the Pirat ATGM that could potentially be used in the Pustelnik programme.", "Pirat also offers a top-attack capability. It utilizes a guidance unit that is common for APR 155 and APR 120 artillery munitions, destined for the Krab/Kryl howitzers, and Rak mortars respectively. And this, most probably, is the weapon offered by Mesko. LIG Nex1 is a South Korean company that offers a FLIR-guided Raybolt ATGM. Stunner Consulting Lucjan Mucha represents the Rafael company, promoting the light Spike-SR missile on the Polish market.", "MBDA Missile System Inc. Zak\u0142ady Sprz\u0119tu Precyzyjnego Niewiad\u00f3w Sp. z o.o. Wojskowy Instytut Techniczny Uzbrojenia (Military Institute of Armament Technology) ... Pustelnik is a light ATGM programme that has been going on since at least 2017."], "title": "Pustelnik ATGM Programme Participants Unveiled | Defence24.com", "meta": {"query": "significance of Pirat missile system in Pustelnik program"}, "citation_uuid": -1}, {"url": "https://en.wikipedia.org/wiki/MIM-104_Patriot", "description": "The PAC-3 missile is a new interceptor, featuring a Ka band active radar seeker, employing \"hit-to-kill\" interception, in contrast to previous interceptors' method of exploding in the vicinity of the target, destroying it with shrapnel, and several other enhancements which dramatically increase its lethality against ballistic missiles. The specific ...", "snippets": ["This upgrade program produced missiles known as the GEM-T and the GEM-C, the \"T\" designator referring to tactical ballistic missiles, and the \"C\" designator referring to cruise missiles. These missiles were both given a totally new nose section, which was designed specifically to be more effective against low altitude, low RCS targets like cruise missiles.", "The MIM-104 Patriot is a surface-to-air missile (SAM) system, the primary such system used by the United States Army and several allied states. It is manufactured by the U.S. defense contractor Raytheon and derives its name from the radar component of the weapon system.", "The Patriot missile batteries are also seeing active service in Ukraine, where there are three batteries in service. To refill US stockpiles, Japan has modified its export rules to allow export of missiles to the United States. Previously only specific components could be exported now entire missiles can be exported.", "Instead of being used as a system to defend a significant area against enemy air attack, it was now used to defend much smaller \"point\" targets, which needed to lie within the system's TBM \"footprint\". The footprint is the area on the ground that Patriot can defend against inbound ballistic missiles. During the 1980s, Patriot was upgraded in relatively minor ways, mostly via its software. The most significant of these was a special upgrade to discriminate and intercept artillery rockets in the vein of the multiple rocket launcher, which was seen as a significant threat from North Korea. This feature has not been used in combat and has since been deleted from U.S.", "The PAC-3 missile is a new interceptor, featuring a Ka band active radar seeker, employing \"hit-to-kill\" interception, in contrast to previous interceptors' method of exploding in the vicinity of the target, destroying it with shrapnel, and several other enhancements which dramatically increase its lethality against ballistic missiles. The specific information for these different kinds of missiles are discussed in the \"Variants\" section."], "title": "MIM-104 Patriot - Wikipedia", "meta": {"query": "Pirat missile system features and specifications"}, "citation_uuid": -1}, {"url": "https://en.wikipedia.org/wiki/RIM-162_ESSM", "description": "Block 2 features enhanced communications systems that allow mid-course guidance correction, making the missiles easy to network into the Navy's emerging Cooperative Engagement Capability. Unlike Block 1, Block 2's active radar homing seeker supports terminal engagement without the launch ship's ...", "snippets": ["Mk 29 launchers provide on-mount stowage and launching capability for firing up to eight missiles in a self-contained environmentally controlled trainable launcher design. The Mark 41 Vertical Launching System is the primary launch system for the Evolved SeaSparrow Missile.", "The ESSM is quadpacked within a Mk 41 cell allowing a significantly increased missile load over SM-2. In addition to the Mk 29 GMLS and Mk 41 VLS, the other primary launcher is Mk 48 VLS. The 2-cell module of Mk 48 makes the system very versatile and enables it to be installed on board in spaces that otherwise cannot be utilized.", "The RIM-162 Evolved SeaSparrow Missile (ESSM) is a development of the RIM-7 Sea Sparrow missile used to protect ships from attacking missiles and aircraft. ESSM is designed to counter supersonic maneuvering anti-ship missiles. ESSM also has the ability to be \"quad-packed\" in the Mark 41 Vertical Launch System, allowing up to four ESSMs to be carried in a single cell.", "The ultimate version in this line was the R model, which introduced a new dual-seeker homing system and many other upgrades. In the air-to-air role, however, this was passed over in favor of the AIM-120 AMRAAM, which offered much higher performance from a smaller and lighter missile.", "Block 2 features enhanced communications systems that allow mid-course guidance correction, making the missiles easy to network into the Navy's emerging Cooperative Engagement Capability. Unlike Block 1, Block 2's active radar homing seeker supports terminal engagement without the launch ship's target illumination radars."], "title": "RIM-162 ESSM - Wikipedia", "meta": {"query": "Pirat missile system features and specifications"}, "citation_uuid": -1}, {"url": "https://defence24.com/pirat-atgm-a-nexus-between-spike-and-anti-tank-grenade-launchers", "description": "In order to increase the effectiveness, ... and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could ...", "snippets": ["In order to increase the effectiveness, the countermeasures shall be varied and interconnected and fused into a single fighting system, due to the presence of active and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could also be utilized in order to fight against targets other than combat vehicles, such as fortifications.", "Polish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.", "The quantity of the missiles does not make it possible though to fully meet the requirements of the Army, thus, 9M14 Malyutka missiles which are becoming obsolete are also being used. One of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.", "The initiative would make use of the expertise gathered before, during the works pertaining to semi-actively laser guided precision munitions, especially the guidance systems. This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system."], "title": "Pirat ATGM \u2013 A Nexus Between Spike and Anti-Tank Grenade Launchers | Defence24.com", "meta": {"query": "Pirat missile system features and specifications"}, "citation_uuid": -1}]}]}]
\ No newline at end of file
diff --git a/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/direct_gen_outline.txt b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/direct_gen_outline.txt
new file mode 100644
index 00000000..6f48b28f
--- /dev/null
+++ b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/direct_gen_outline.txt
@@ -0,0 +1,33 @@
+# Introduction
+# History
+## Origins
+## Expansion and Growth
+## Present Day
+# Technology and Infrastructure
+## Satellite Technology
+## Ground Stations
+## Network Architecture
+# Services Offered
+## Television Broadcasting
+## Internet Services
+## Telephony
+## Business Solutions
+# Geographic Coverage
+## Domestic
+## International
+# Regulatory and Legal Environment
+## Licensing
+## Compliance Issues
+## Privacy and Security
+# Partnerships and Collaborations
+## Media Companies
+## Technology Partners
+## Government Agencies
+# Future Developments
+## Technological Advances
+## Market Expansion
+## Strategic Goals
+# Criticisms and Controversies
+## Service Quality
+## Pricing and Accessibility
+## Environmental Impact
\ No newline at end of file
diff --git a/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/llm_call_history.jsonl b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/llm_call_history.jsonl
new file mode 100644
index 00000000..8111556d
--- /dev/null
+++ b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/llm_call_history.jsonl
@@ -0,0 +1,48 @@
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you provide an overview of what the CRW telesystem is and its primary function?\nQueries:", "response": {"id": "chatcmpl-ADVOeGaTXEJ0rEc92VJCWElrRqH7Q", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- overview of CRW telesystem\n- CRW telesystem primary function\n- CRW telesystem features and benefits\n- what is CRW telesystem\n- CRW telesystem explained\n- CRW telesystem applications\n- CRW telesystem technology\n- CRW telesystem user guide", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782316, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 61, "prompt_tokens": 95, "total_tokens": 156, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you provide an overview of what the CRW telesystem is and its primary functions?\nQueries:", "response": {"id": "chatcmpl-ADVOeocVXXpqPKsIsz5onkf6dj0zy", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW telesystem overview\n- what is CRW telesystem\n- CRW telesystem functions and features\n- CRW telesystem explanation\n- CRW telesystem technology overview\n- uses of CRW telesystem\n- CRW telesystem applications", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782316, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 53, "prompt_tokens": 95, "total_tokens": 148, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you provide an overview of what the CRW telesystem is and its primary functions?\nQueries:", "response": {"id": "chatcmpl-ADVOed93iZoXbaf2J25rzqmOZOODM", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- overview of CRW telesystem\n- CRW telesystem primary functions\n- what is CRW telesystem\n- CRW telesystem features and capabilities\n- CRW telesystem explained\n- CRW telesystem technology overview\n- applications of CRW telesystem", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782316, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 55, "prompt_tokens": 95, "total_tokens": 150, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you provide a general overview of what the CRW telesystem is and its primary function?\nQueries:", "response": {"id": "chatcmpl-ADVOfaHEQpSmSbt21HKTgBZUoBKB1", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW telesystem overview\n- CRW telesystem primary function\n- what is CRW telesystem\n- CRW telesystem explanation\n- CRW telesystem features and functions\n- CRW telesystem applications", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782317, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 45, "prompt_tokens": 96, "total_tokens": 141, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you provide an overview of what the CRW telesystem is and its primary functions?\n\nGathered information:\n[1]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[2]: NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.\n[3]: The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\n[4]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[5]: This category only includes cookies that ensures basic functionalities and security features of the website.\n[6]: By clicking Continue to join or sign in, you agree to LinkedIn\u2019s User Agreement, Privacy Policy, and Cookie Policy.\n[7]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[9]: R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW Telesystem-Mesko podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo. Z racji dost\u0119pnych przed dekad\u0105 mo\u017cliwo\u015bci technologicznych skoncentrowano si\u0119 na module z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105, niemniej prace nad laserami p\u00f3\u0142przewodnikowymi kontynuowano.\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVOhG5TU0adlAxRRzm29krYXJQeH", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "The CRW Telesystem-Mesko is a modern organization based in Poland, specializing in the development and production of advanced military technology, particularly in the field of missile systems. Its primary functions include the research, development, and manufacturing of various defense systems, with a notable focus on anti-aircraft missile systems.\n\nOne of the key products developed by CRW Telesystem-Mesko is the portable anti-aircraft missile system known as GROM/PIORUN. This system is notable for its capability to utilize domestically produced components, which not only enhances Poland's defense autonomy but also positions the country among a select group of nations capable of manufacturing such military equipment independently. This capability allows for greater security and reduces reliance on foreign suppliers for critical defense technology.\n\nThe organization also emphasizes continuous growth and development, leveraging its intellectual potential and research capabilities to innovate and improve its products. This commitment to advancement is reflected in its participation in defense conferences, such as the DEFENSE24 DAY & SOFEAST conference, where it showcases its developments and engages with the wider defense community.\n\nAdditionally, CRW Telesystem-Mesko has been involved in cutting-edge projects, including the development of laser-guided systems. The company has explored various laser technologies, working on modules featuring both discharge lamp-pumped lasers and diode-pumped semiconductor lasers, indicating its commitment to pushing the boundaries of existing military technologies.\n\nOverall, CRW Telesystem-Mesko plays a critical role in Poland's defense sector by combining research with practical application to produce high-quality military systems, ensuring national security and contributing to the global defense landscape.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782319, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 322, "prompt_tokens": 825, "total_tokens": 1147, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you provide a general overview of what the CRW telesystem is and its primary function?\n\nGathered information:\n[1]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[2]: Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko.\n[3]: PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie i demontowanie element\u00f3w uk\u0142ad\u00f3w optycznych;naprawianie i justowanie element\u00f3w uk\u0142ad\u00f3w optycznych;obr\u00f3bka szk\u0142a optycznego (szlifowanie/polerowanie).WYMAGANIA:wykszta\u0142cenie \u015brednie \u2013 mile widziane o profilu: optyka, mechatronika, mechanika\n[4]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[5]: NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.\n[6]: The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\n[7]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[9]: R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW Telesystem-Mesko podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo. Z racji dost\u0119pnych przed dekad\u0105 mo\u017cliwo\u015bci technologicznych skoncentrowano si\u0119 na module z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105, niemniej prace nad laserami p\u00f3\u0142przewodnikowymi kontynuowano.\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVOim6i0jOFqq2exGslirDGkRypu", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "The CRW Telesystem-Mesko is a modern organization specializing in defense technologies, particularly in the development and production of advanced military systems. Its primary function revolves around providing innovative solutions for the Polish Armed Forces, particularly through the integration of optical and electronic systems in defense applications. \n\nOne of the key products associated with CRW Telesystem-Mesko is the \"Pirat,\" a light anti-tank guided missile (ATGM) that utilizes a laser guidance system co-developed with CRW Telesystem. This project is part of the broader Pustelnik program, which aims to enhance the capabilities of the Polish military by focusing on domestic production and technological independence in missile systems, allowing Poland to manufacture these weapons from entirely domestic components (sources [2] and [6]).\n\nAdditionally, CRW Telesystem-Mesko is involved in the development of electronic components for self-guiding heads, which play a critical role in modern missile systems. The company focuses on leveraging both traditional and semiconductor laser technologies to enhance the performance of these guidance systems, showcasing their commitment to ongoing technological advancements (source [9]).\n\nWith a strong emphasis on research and development, CRW Telesystem-Mesko aims to transfer scientific innovations directly into practical military applications, thus supporting the growth and modernization of the Polish defense industry (source [5]). The organization not only caters to specific military needs but also contributes to the overall enhancement of national security through advanced technological solutions.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782320, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 294, "prompt_tokens": 1058, "total_tokens": 1352, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you provide an overview of what the CRW telesystem is and its primary function?\n\nGathered information:\n[1]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[2]: Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko.\n[3]: PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie i demontowanie element\u00f3w uk\u0142ad\u00f3w optycznych;naprawianie i justowanie element\u00f3w uk\u0142ad\u00f3w optycznych;obr\u00f3bka szk\u0142a optycznego (szlifowanie/polerowanie).WYMAGANIA:wykszta\u0142cenie \u015brednie \u2013 mile widziane o profilu: optyka, mechatronika, mechanika\n[4]: At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko. The tradition of the fair is the 9th edition of the State Security Leader Gala, where prestigious awards are granted for innovation and special achievements in the field of supporting the defence system and capabilities, as well as for actions taken for the benefit of state security.\n[5]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[6]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[7]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[8]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[9]: Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia.\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVOiRVIOO0DkeaFQak3ZMM0iuIKa", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "The CRW Telesystem is a modern organization that operates as a subsidiary of Mesko S.A., primarily involved in the development and production of advanced technological equipment and systems for the defense industry. Its core focus is on enhancing military capabilities through innovation, specifically in the realm of missile technology and guidance systems.\n\nOne of the notable projects associated with CRW Telesystem is the development of the Pirat anti-tank guided missile (ATGM), which has been specifically designed to meet the requirements of the Polish Armed Forces. This missile utilizes a laser guidance system that was developed in collaboration with CRW Telesystem-Mesko, showcasing the company's capability to create sophisticated military solutions that align with modern warfare demands. The Pirat project is part of the broader Pustelnik program, indicating its strategic importance to Polish defense efforts.\n\nCRW Telesystem also plays a significant role in the production of components for the GROM/PIORUN portable anti-aircraft missile system. The company has contributed to the development of key elements, such as electronic guidance units, which enhance the operational effectiveness of these missile systems. The GROM missile system has undergone multiple modernizations, leading to the introduction of the PIORUN missile, which has further improved its capabilities.\n\nIn addition to missile systems, CRW Telesystem-Mesko has also been involved in the development of guided artillery missiles, such as the APR 120 and APR 155. These projects illustrate the company's expertise in creating a range of advanced defense technologies.\n\nOverall, CRW Telesystem-Mesko is recognized for its commitment to research and development, fostering technological advancement within the defense sector. The organization is dedicated to transferring research outcomes to practical applications in the industry, thereby contributing to national and international security efforts. Its emphasis on innovation, backed by a competent management team, positions CRW Telesystem as a key player in the Polish defense industry.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782320, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 384, "prompt_tokens": 1131, "total_tokens": 1515, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you provide an overview of what the CRW telesystem is and its primary functions?\n\nGathered information:\n[1]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[2]: NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.\n[3]: The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\n[4]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[5]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[6]: Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia.\n[7]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[8]: Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko.\n[9]: PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie i demontowanie element\u00f3w uk\u0142ad\u00f3w optycznych;naprawianie i justowanie element\u00f3w uk\u0142ad\u00f3w optycznych;obr\u00f3bka szk\u0142a optycznego (szlifowanie/polerowanie).WYMAGANIA:wykszta\u0142cenie \u015brednie \u2013 mile widziane o profilu: optyka, mechatronika, mechanika\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVOh5IQlfPRA5gobjZg3tlniC3XZ", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "The CRW Telesystem-Mesko is a modern organization in Poland that specializes in the development and production of advanced military technology, particularly in the field of missile systems and related components. Established as part of the Mesko S.A. conglomerate, the company has a strong focus on research and development, enabling the effective transfer of research results into practical industrial applications.\n\nOne of the primary functions of CRW Telesystem is the design and manufacture of various missile systems, including the GROM and PIORUN portable anti-aircraft missile systems. The GROM system is particularly notable as it has undergone multiple modernizations, resulting in the enhanced PIORUN variant, which reflects advancements in military technology and operational capabilities. Additionally, CRW Telesystem has developed components such as electronic guidance systems and launch mechanisms for these missile systems, ensuring they meet contemporary military standards and requirements.\n\nAnother significant project undertaken by CRW Telesystem is the \"Pirat,\" a light anti-tank guided missile (ATGM). The Pirat system is notable for its laser guidance technology, which has been developed in collaboration with Mesko S.A. This project is particularly relevant to the needs of the Polish Armed Forces, as it aims to fulfill specific operational requirements outlined within the Pustelnik program.\n\nThe organization is recognized for its capacity to produce military equipment using domestic components, which enhances Poland's independence in defense manufacturing and places the country among a select group of nations capable of producing such technology. As a result of consistent growth and development, CRW Telesystem-Mesko has expanded its workforce and scientific research capabilities, solidifying its position in the defense industry.\n\nOverall, CRW Telesystem plays a crucial role in the Polish defense sector, contributing to both national security and the advancement of military technology through its innovative products and research initiatives.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782319, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 368, "prompt_tokens": 1125, "total_tokens": 1493, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you provide more details about the current projects and technologies CRW Telesystem-Mesko is focusing on, especially those involving laser-guided systems?\nQueries:", "response": {"id": "chatcmpl-ADVOodK3dWATIv1maTt0BusvHitS0", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW Telesystem current projects 2023\n- CRW Telesystem-Mesko technologies laser-guided systems\n- CRW Telesystem recent developments laser technology\n- CRW Telesystem Mesko projects in laser-guided systems\n- CRW Telesystem news 2023\n- CRW Telesystem laser-guided systems applications\n- CRW Telesystem-Mesko technology focus areas 2023", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782326, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 91, "prompt_tokens": 108, "total_tokens": 199, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: When was CRW Telesystem-Mesko established, and what were the key milestones in its development?\nQueries:", "response": {"id": "chatcmpl-ADVOoZxTbinKtWLVNRNnZx3XWoQ5G", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW Telesystem Mesko establishment date\n- history of CRW Telesystem Mesko\n- key milestones in CRW Telesystem Mesko development\n- CRW Telesystem Mesko timeline\n- CRW Telesystem Mesko company history\n- major achievements of CRW Telesystem Mesko\n- CRW Telesystem Mesko founding information", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782326, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_74ba47b4ac", "usage": {"completion_tokens": 78, "prompt_tokens": 99, "total_tokens": 177, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you provide detailed information on the technological advancements and specific capabilities of the GROM and PIORUN missile systems developed by CRW Telesystem?\nQueries:", "response": {"id": "chatcmpl-ADVOpBZfyBH9iXKhJfM3oiermYYFV", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW Telesystem GROM missile system technological advancements\n- CRW Telesystem PIORUN missile system capabilities\n- GROM missile system specifications and features\n- PIORUN missile system detailed information\n- CRW Telesystem missile systems comparison GROM PIORUN\n- recent developments in GROM and PIORUN missile systems\n- CRW Telesystem missile systems news 2023\n- technological innovations in GROM and PIORUN missiles", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782327, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 96, "prompt_tokens": 107, "total_tokens": 203, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you provide a brief history of CRW Telesystem's founding and its evolution over the years?\nQueries:", "response": {"id": "chatcmpl-ADVOpxvOOoENMX1MPnRGeLP2lMjBr", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW Telesystem history\n- CRW Telesystem founding date\n- CRW Telesystem company background\n- CRW Telesystem evolution over the years\n- history of CRW Telesystem\n- CRW Telesystem timeline\n- CRW Telesystem company history and growth\n- CRW Telesystem founders\n- milestones in CRW Telesystem history\n- CRW Telesystem development and achievements", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782327, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 92, "prompt_tokens": 98, "total_tokens": 190, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you provide more details about the current projects and technologies CRW Telesystem-Mesko is focusing on, especially those involving laser-guided systems?\n\nGathered information:\n[1]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[2]: Oferowane przez CRW TELESYSTEM-MESKO systemy Laserowego Pod\u015bwietlania Celu s\u0105 modu\u0142owymi, zgodnymi ze standardami NATO, przeno\u015bnymi zespo\u0142ami przyrz\u0105d\u00f3w wskazywania celu do naprowadzania amunicji precyzyjnej, rakiet i bomb lotniczych przez pod\u015bwietlenie wi\u0105zk\u0105 laserow\u0105.\n[3]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[4]: The company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\n[5]: P\u00f3\u017aniej zaadaptowano go do u\u017cycia w laserowym pod\u015bwietlaczu celu LPC-1, czyli pierwszym polskim urz\u0105dzeniu laserowym do pod\u015bwietlania celu plamk\u0105 laserow\u0105, ca\u0142kowicie opartym na polskiej my\u015bli technicznej. R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW TELESYSTEM-MESKO, podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo.\n[6]: R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW Telesystem-Mesko podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo. Z racji dost\u0119pnych przed dekad\u0105 mo\u017cliwo\u015bci technologicznych skoncentrowano si\u0119 na module z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105, niemniej prace nad laserami p\u00f3\u0142przewodnikowymi kontynuowano.\n[7]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[8]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVOrgAOvDnt3Tv1KQp1G3X1aA88Q", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "CRW Telesystem-Mesko is currently engaged in several projects focused on advanced laser-guided systems, leveraging its extensive experience in laser technology and optoelectronics. One of the key areas of development is their portable laser target designation systems, which are modular and compliant with NATO standards. These systems are designed for the precision guidance of munitions, including missiles and aerial bombs, by illuminating targets with laser beams ([2]).\n\nThe company has a notable history in developing technologies that integrate laser guidance, having participated in significant defense projects. For instance, the design team has worked on fire control systems for military tanks, such as the T-55 MERIDA and PT-91 DRAWA, as well as on laser protection systems for these platforms. This experience has enabled them to create innovative solutions for \"smart\" weapon systems, which are increasingly essential in modern warfare ([4]).\n\nIn addition to developing conventional laser systems, CRW Telesystem-Mesko is also exploring semiconductor laser technologies. They have been adapting their laser target designator systems to incorporate diode-pumped semiconductor lasers, following earlier work with discharge-pumped laser systems. This dual approach allows them to innovate further while addressing the changing technological landscape of laser applications ([5], [6]).\n\nOverall, CRW Telesystem-Mesko is committed to advancing its capabilities in laser-guided technologies, ensuring their systems meet modern military requirements and enhance operational effectiveness. The company's ongoing research and development projects illustrate their dedication to maintaining a leadership position in this critical area of defense technology.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782329, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 311, "prompt_tokens": 1010, "total_tokens": 1321, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nWhen was CRW Telesystem-Mesko established, and what were the key milestones in its development?\n\nGathered information:\n[1]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[4]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[5]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[6]: CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:\n[7]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[8]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVOsVvENYjdC5xeG0eTuwZEDM253", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "CRW Telesystem-Mesko Sp. z o.o. was established as a key player in the defense sector, particularly known for its contributions to portable anti-aircraft missile systems. While the gathered information does not specify the exact date of establishment, the company's development has been significantly tied to the evolution of the GROM missile system, which has undergone modernization leading to the development of the PIORUN missile.\n\nOne of the key milestones in CRW Telesystem-Mesko's development was its involvement in the product development team for the GROM portable anti-aircraft missile system. This system has been recognized for its effectiveness and has been modernized multiple times, culminating in the introduction of the PIORUN missile, which is a critical enhancement of the original GROM system. Dr. Eng. Janusz Noga, who serves as the President of the Management Board, was notably part of this team, indicating the continuity of expertise and leadership within the company.\n\nIn addition to missile development, CRW Telesystem-Mesko has also focused on the development and implementation of key components for modernizing the GROM missile system, which reflects the company\u2019s commitment to innovation and adapting to contemporary defense needs. The success of these projects showcases the intellectual potential and technological capabilities that the company has fostered over time.\n\nOverall, while specific establishment details are lacking, the evolution of CRW Telesystem-Mesko is marked by its pivotal role in advancing missile technology, specifically through the GROM/PIORUN systems.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782330, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 306, "prompt_tokens": 674, "total_tokens": 980, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you provide a brief history of CRW Telesystem's founding and its evolution over the years?\n\nGathered information:\n[1]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[2]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[3]: Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia.\n[4]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[5]: Simon Sirois was an entrepreneur through and through, getting several local businesses off the ground in a variety of sectors. One of the companies he founded, Setelco - which later evolved to become Telesystem -, was bought out by his son Charles, who took over the management reins of this family business specializing in paging devices in 1978.\n[7]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[8]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[9]: Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia.\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVOtTF4owuJwrWbCzLhy0p7RGO8Z", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "CRW Telesystem-Mesko Sp. z o.o. has a noteworthy history that is intertwined with advancements in defense technology, particularly in missile systems. The company's origins can be traced back to its founders, one of whom was Simon Sirois, an entrepreneur known for establishing various local businesses. Among these was Setelco, which specialized in paging devices and was later transformed into Telesystem. In 1978, management of Telesystem was taken over by Simon's son, Charles Sirois, marking a significant transition in the company's trajectory.\n\nAs CRW Telesystem evolved, it began focusing on developing advanced military technologies, particularly in the area of portable anti-aircraft systems. A pivotal figure in this evolution is Dr. Eng. Janusz Noga, the current President of the Management Board, who was instrumental in the product development of the GROM portable anti-aircraft missile system. His contributions have been crucial in the subsequent modernization efforts that led to the development of the PIORUN missile, showcasing the company's commitment to innovation in defense technologies.\n\nThe continuous and consistent development of CRW Telesystem has resulted in increased employment and the expansion of its scientific and research capabilities. The company has positioned itself as a modern organization capable of transferring research outcomes into practical industrial applications, producing technologically advanced equipment and devices. This focus on technological advancement and research integration has solidified CRW Telesystem\u2019s reputation within the defense industry and exemplifies its role in Poland's military technology sector.\n\nThrough its various products, including components for the GROM/PIORUN missile systems, CRW Telesystem has become a key player in the market, highlighting its ongoing commitment to innovation and excellence in the field.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782331, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 346, "prompt_tokens": 924, "total_tokens": 1270, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Could you provide details on the major products developed by CRW Telesystem-Mesko and their technological features?\nQueries:", "response": {"id": "chatcmpl-ADVOzmTLsiwpKFOOwRxlLnCgJNYj2", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW Telesystem-Mesko major products\n- CRW Telesystem product lineup\n- CRW Telesystem technology features\n- CRW Telesystem-Mesko product details\n- CRW Telesystem telecommunications products\n- CRW Telesystem innovations and technologies\n- CRW Telesystem-Mesko reviews and product information\n- CRW Telesystem product specifications and features", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782337, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_74ba47b4ac", "usage": {"completion_tokens": 85, "prompt_tokens": 100, "total_tokens": 185, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you provide more details on the technological innovations introduced in the Pirat anti-tank guided missile project and its impact on the defense capabilities of the Polish Armed Forces?\nQueries:", "response": {"id": "chatcmpl-ADVOzqZqMj3SetPGTwyb1FtQ2GqkF", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW telesystem Pirat anti-tank guided missile technological innovations\n- Pirat missile project details and advancements\n- impact of Pirat anti-tank guided missile on Polish Armed Forces capabilities\n- CRW telesystem defense innovations in Pirat missile\n- Polish Armed Forces upgrades with Pirat anti-tank missile system\n- Pirat missile features and technological advancements\n- effectiveness of Pirat anti-tank guided missile in modern warfare\n- analysis of Pirat missile's role in Poland's defense strategy", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782337, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 102, "prompt_tokens": 110, "total_tokens": 212, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you provide detailed information on the technological advancements and specific capabilities of the GROM and PIORUN missile systems developed by CRW Telesystem?\n\nGathered information:\n[1]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[2]: TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers. Thanks to this, the Company is among the leading producers of guidance heads for missile systems and, next to the giants from Russia and the USA, the only serial manufacturer of detectors with such exceptional parameters;\n[3]: It is worth mentioning the use of the surface mount assembly line for the production of, among others, PCBs of the electronics block of the GROM rocket and electronics boards of the starting mechanisms, which ensures high quality and fault-free operation of the products. Telesystem-Mesko cooperates with or performs work for such companies as MESKO SA, PIT-RADWAR, ZM TARN\u00d3W. Close cooperation with the Institute of Optoelectronics of the Military University of Technology is continued, especially with the Quantum Electronics Group.\n[4]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.\n[5]: TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers. Thanks to this, the Company is among the leading producers of guidance heads for missile systems and, next to the giants from Russia and the USA, the only serial manufacturer of detectors with such exceptional parameters;\n[6]: The TELESYSTEM-MESKO Development and Implementation Center has developed a mobile MSR KUSZA anti-aircraft system. The creators' assumption was to create a system consisting of an off-road platform capable of carrying up to 6 GROM/PIORUN missile launchers along with a day and night tracking and firing system.\n[7]: Hr\u0456m-2, Grom or OTRK Sapsan (Ukrainian: \u041e\u0422\u0420\u041a \"\u0421\u0430\u043f\u0441\u0430\u043d\", lit. 'peregrine falcon'), also known as Operational-Tactical Missile System Hrim (Ukrainian: \u041e\u043f\u0435\u0440\u0430\u0442\u0438\u0432\u043d\u043e-\u0442\u0430\u043a\u0442\u0438\u0447\u043d\u0438\u0439 \u0440\u0430\u043a\u0435\u0442\u043d\u0438\u0439 \u043a\u043e\u043c\u043f\u043b\u0435\u043a\u0441 \u00ab\u0413\u0440\u0456\u043c\u00bb, romanized: Operatyvno-taktychnyi raketnyi kompleks \"Hrim\", lit. 'thunder'), is a Ukrainian short-range ballistic missile system being developed by KB Pivdenne and PA Pivdenmash, designed to combine the features of a tactical missile system and a multiple rocket launcher.\n[8]: The Grom (meaning \"thunder\" in Polish) is a man-portable air-defense system produced in Poland and based on the Soviet man-portable infrared homing surface-to-air missile (SAM) 9K38 Igla. It consists of a 72 mm anti-aircraft missile set with a flight speed of 650 m/s, as well as a single-use launcher, re-usable gripstock and thermal battery coolant assembly electric unit.\n[9]: The only variant of the Grom is the Piorun MANPADS. The Piorun is a modern version of the system with multiple changes. These include: a day/night optical sight added to the tube launcher, a new missile with an increased range and a proximity fuse to make it more effective against small aerial targets, and a new control system.[iii]The control system is a mini keyboard next to the trigger that can be used to select types of targets, environments, and work modes.[iv]\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVOtX2ZIeT1L9WZHMRocOuRuDgzt", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "The GROM and PIORUN missile systems, developed by CRW Telesystem, represent significant advancements in portable air-defense technology. The GROM, a man-portable air-defense system (MANPADS), is rooted in the design of the Soviet 9K38 Igla and features a 72 mm anti-aircraft missile capable of reaching flight speeds of 650 m/s. Its design includes a single-use launcher and a reusable gripstock, complemented by a thermal battery coolant assembly electric unit, which enhance its operational efficiency and usability in the field [8].\n\nOne of the key technological advancements in the GROM system is its optoelectronic tracking capabilities. CRW Telesystem produces essential components for both the GROM and PIORUN systems, particularly focusing on the development of unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors, along with hybrid preamplifiers. This positions CRW Telesystem among the top producers of guidance heads for missile systems and makes it one of the few manufacturers globally capable of producing detectors with such exceptional parameters, rivaling major industry players from Russia and the USA [2][5].\n\nThe evolution from GROM to the PIORUN missile system introduced several enhancements aimed at increasing effectiveness against various aerial threats. The PIORUN features an upgraded missile that offers an extended range and a proximity fuse designed to improve target engagement capabilities, particularly against smaller aerial targets. Additionally, the PIORUN includes a sophisticated control system that features a mini keyboard adjacent to the trigger, allowing operators to select target types, environmental conditions, and operational modes seamlessly [9].\n\nFurthermore, CRW Telesystem has expanded its capabilities through collaborative projects, including the development of the mobile MSR KUSZA anti-aircraft system. This innovative system is built on an off-road platform that can carry up to six GROM/PIORUN missile launchers, integrated with advanced day and night tracking and firing systems. This reflects the company's commitment to enhancing the versatility and deployability of its missile systems in various operational contexts [6].\n\nOverall, the GROM and PIORUN missile systems not only demonstrate CRW Telesystem's commitment to advanced missile technology but also underline the company's significant role in modern air defense capabilities through innovative engineering and strategic collaborations.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782331, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 467, "prompt_tokens": 1099, "total_tokens": 1566, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Could you share specific examples or case studies where CRW Telesystem-Mesko's laser-guided systems have been successfully deployed in military operations or exercises?\nQueries:", "response": {"id": "chatcmpl-ADVOzVwfmURCJm0yFyBJBIzz6kf2r", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW Telesystem Mesko laser-guided systems military operations case studies\n- CRW Telesystem Mesko laser-guided systems examples military exercises\n- CRW Telesystem Mesko deployment success stories\n- military applications of CRW Telesystem laser-guided systems\n- CRW Telesystem Mesko case studies in defense\n- CRW Telesystem Mesko laser-guided technology military effectiveness\n- real-world usage of CRW Telesystem Mesko systems in combat", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782337, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 102, "prompt_tokens": 109, "total_tokens": 211, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You want to answer the question using Google search. What do you type in the search box?\n    Write the queries you will use in the following format:\n    - query 1\n    - query 2\n    ...\n    - query n\n\n---\n\nTopic you are discussing about: CRW telesystem \nQuestion you want to answer: Can you elaborate on the \"Pirat\" light anti-tank guided missile system, particularly its development, features, and significance in the context of the Pustelnik program?\nQueries:", "response": {"id": "chatcmpl-ADVP2vkcbsMSeVSaybqFwDSopzQo6", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "- CRW telesystem Pirat light anti-tank guided missile system development\n- Pirat missile system features and specifications\n- significance of Pirat missile system in Pustelnik program\n- Pustelnik program overview and objectives\n- CRW telesystem military projects and innovations\n- comparison of Pirat missile system with other anti-tank missiles\n- history and evolution of Pirat missile system", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782340, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_74ba47b4ac", "usage": {"completion_tokens": 82, "prompt_tokens": 113, "total_tokens": 195, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCould you share specific examples or case studies where CRW Telesystem-Mesko's laser-guided systems have been successfully deployed in military operations or exercises?\n\nGathered information:\n[1]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[2]: The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).\n[3]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[4]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[7]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[8]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[9]: The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVP30YNGlqOg0fZfUvAgS7aIvUJS", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "CRW Telesystem-Mesko has developed several advanced laser-guided systems that have been integrated into military operations and exercises. One notable example is the anti-tank guided missile Pirat, which utilizes a guidance system based on a reflected laser beam. This system has been enhanced with the ZMO-1 optoelectronic module, which includes a laser rangefinder designated LPD-A, showcasing the sophisticated technology developed by the company.\n\nAdditionally, the GROM/PIORUN portable anti-aircraft missile system is another significant product of CRW Telesystem-Mesko. This system was developed by a team that included Dr. Eng. Janusz Noga, who has a background in missile system modernization, contributing to the capabilities of modern anti-aircraft defense. The advancements in the GROM and PIORUN systems reflect the ongoing commitment of CRW Telesystem-Mesko to improve the effectiveness of missile systems through research and technological innovation.\n\nWhile specific case studies of these systems' deployment in military operations or exercises are not detailed in the available information, the presence of such advanced guidance technologies in military systems suggests their integration into tactical scenarios, enhancing the operational effectiveness of armed forces equipped with these solutions. \n\nOverall, CRW Telesystem-Mesko's focus on cutting-edge technology and their expertise in developing guided missile systems highlight their important role in modern military capabilities, although further specific examples of operational deployments would require additional sources or documentation.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782341, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 291, "prompt_tokens": 871, "total_tokens": 1162, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCould you provide details on the major products developed by CRW Telesystem-Mesko and their technological features?\n\nGathered information:\n[1]: We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology. The features of the whole set are its modularity and compactness, allowing the \u201cKUSZA\u201d to be mounted on light vehicles, including those weighing up to 3.5 tonnes, and on platforms.\n[2]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[3]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[4]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[5]: P\u00f3\u017aniej zaadaptowano go do u\u017cycia w laserowym pod\u015bwietlaczu celu LPC-1, czyli pierwszym polskim urz\u0105dzeniu laserowym do pod\u015bwietlania celu plamk\u0105 laserow\u0105, ca\u0142kowicie opartym na polskiej my\u015bli technicznej. R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW TELESYSTEM-MESKO, podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo.\n[7]: PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVP3Jwokr08yDAkQ1DESnLeLEoiP", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "CRW Telesystem-Mesko has developed a range of advanced military products, primarily focusing on portable air defense systems and associated technologies. One of the notable products is the \"KUSZA\" system, which was created in collaboration with Mesko SA and the Institute of Optoelectronics at the Military University of Technology. The KUSZA is characterized by its modularity and compactness, enabling it to be mounted on light vehicles weighing up to 3.5 tonnes and various other platforms, which enhances its operational flexibility in diverse military applications [1].\n\nIn addition to the KUSZA, CRW Telesystem-Mesko is known for its involvement in the development of the GROM/PIORUN portable anti-aircraft missile systems. The GROM system, along with its modernization into the PIORUN missile, incorporates advanced guidance technologies such as the electronics block for the guidance system (GSN) and the start mechanisms specifically designed for these missile systems [2][3][4].\n\nMoreover, the company has worked on laser technology, particularly in the development of the LPC-1, the first Polish laser target illuminator. This device is entirely based on Polish technical expertise and utilizes a laser illumination point to enhance targeting accuracy. Parallel to this project, CRW Telesystem-Mesko is also engaged in creating a laser head module that employs a discharge lamp-pumped laser, alongside an analogous module utilizing a diode-pumped semiconductor laser [5][6].\n\nOverall, the major products from CRW Telesystem-Mesko highlight a commitment to enhancing the capabilities of air defense systems through modular design, advanced guidance technologies, and innovative laser systems, marking the company as a key player in the field of military technology in Poland.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782341, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 351, "prompt_tokens": 759, "total_tokens": 1110, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you provide more details on the technological innovations introduced in the Pirat anti-tank guided missile project and its impact on the defense capabilities of the Polish Armed Forces?\n\nGathered information:\n[1]: In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU). In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine and is exported.\n[2]: Anti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened through the coordinated implementation of programs - mostly using domestic industry.\n[3]: According to pictures released by the Polish defense company Zaklady Mechaniczne Tarnow, the Perun combat wheeled UGV (Unmanned Ground Vehicle) has been demonstrated with Anti-Tank Guided Missile (ATGM) Pirate mounted on the vehicle. Follow Army Recognition on Google News at this link\n[4]: The Pirat light anti-tank missile complex project is being implemented by the Polish companies MESKO S.A., CRW Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch. In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU).\n[5]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[6]: This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system. The consortium, formed by CRW Telesystem-Mesko and the Military University of Technology is in the process of developing, among other components, a semi-active guidance system and launch solutions for the newly developed missiles offered to the Polish Ministry of Defence.\n[7]: The project of a new light anti-tank missile complex Pirat is one of the areas of cooperation between the Ukrainian enterprise DerzhKKB Luch and a number of Polish companies.\n[8]: According to information published by the Polish Defense website \"Defence24\", on March 10, 2023, the Polish Deputy Minister and Secretary of State, Wojciech Skurkiewicz confirmed a plan to acquire PIRAT, the latest generation of Anti-Tank Guided Missile (ATGM) developed by the Polish Defense Industry in the framework of the PUSTELNIK program Follow Army Recognition on Google News at this link\n[9]: The integration of PERUN with the PIRAT anti-tank guided missile launcher and their guidance system allows not only to hit targets directly, but also to guide precision-guided ammunition (APR 155 mm and APR 120 mm) or other weapons compliant with STANAG 3733 (including bombs and guided missiles) on reflected laser radiation from fighters and drones).\u201d Damian Jarosz, Project Manager.\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVP3YOQiOsgBeW9ktBwi0AWf1ZDS", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "The Pirat anti-tank guided missile project represents a significant advancement in the defense capabilities of the Polish Armed Forces, focusing on enhancing anti-tank defense, which has historically been an underdeveloped area within the military. The project is being undertaken by a collaboration of Polish companies, including MESKO S.A. and CRW Telesystem Mesko, alongside the Ukrainian enterprise DerzhKKB Luch. This collaboration leverages the strengths of domestic industry to bolster Poland's military readiness.\n\nOne of the key technological innovations in the Pirat project is the development of a gyroscopically stabilized guidance head, which is crucial for achieving accuracy and effectiveness in various operational scenarios. This guidance system, along with an advanced autopilot developed in cooperation with DerzhKKB \u201cRay,\u201d allows the missile to maintain stability and precision during flight, enhancing its effectiveness against armored targets (Sources [1], [4]).\n\nThe missile system includes a semi-active guidance mechanism and is designed to be adaptable for use in both regular operational units and the newly formed Territorial Defense component. The project has considered two variants, Pirat-1 and Pirat-2, which share several common components, including the guidance system, further optimizing production and operational efficiency (Source [6]).\n\nIn addition to direct targeting capabilities, the Pirat system's integration with the Perun unmanned ground vehicle (UGV) enhances its operational versatility. This integration allows for the engagement of targets not only through the Pirat missile but also enables the guidance of precision munitions from other platforms, including artillery and drones, by reflecting laser guidance (Source [3], [9]). This multifunctional approach significantly amplifies the tactical options available to Polish forces in combat situations.\n\nThe introduction of the Pirat missile system, as part of the PUSTELNIK program, signifies a strategic move to upgrade Poland's anti-tank capabilities in light of contemporary security challenges. This modernization effort aligns with the Polish Ministry of Defence's goals to improve overall military effectiveness and readiness against potential threats (Source [8]). \n\nOverall, the technological innovations introduced through the Pirat project not only enhance the Polish Armed Forces' anti-tank defense but also represent a critical step towards more comprehensive military modernization through collaboration with domestic and international partners.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782341, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 455, "prompt_tokens": 968, "total_tokens": 1423, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an expert who can use information effectively. You are chatting with a Wikipedia writer who wants to write a Wikipedia page on topic you know. You have gathered the related information and will now use the information to form a response.\n    Make your response as informative as possible, ensuring that every sentence is supported by the gathered information. If the [gathered information] is not directly related to the [topic] or [question], provide the most relevant answer based on the available information. If no appropriate answer can be formulated, respond with, \u201cI cannot answer this question based on the available information,\u201d and explain any limitations or gaps.\n\n---\n\nTopic you are discussing about: CRW telesystem \n\nQuestion:\nCan you elaborate on the \"Pirat\" light anti-tank guided missile system, particularly its development, features, and significance in the context of the Pustelnik program?\n\nGathered information:\n[1]: Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile\n[2]: Polish companies CRW Telesystem-Mesko and PCO have completed work on a qualitatively new laser illumination and guidance system for the anti-tank guided missile Pirat.\n[3]: The TELESYSTEM-MESKO Development and Implementation Center has developed a mobile MSR KUSZA anti-aircraft system. The creators' assumption was to create a system consisting of an off-road platform capable of carrying up to 6 GROM/PIORUN missile launchers along with a day and night tracking and firing system.\n[4]: Polish-made Pirat ATGM Anti-Tank Guided Missile. (Picture source Army Recognition) The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle.\n[5]: Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us.\n[6]: The Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.\n[7]: The PAC-3 missile is a new interceptor, featuring a Ka band active radar seeker, employing \"hit-to-kill\" interception, in contrast to previous interceptors' method of exploding in the vicinity of the target, destroying it with shrapnel, and several other enhancements which dramatically increase its lethality against ballistic missiles. The specific information for these different kinds of missiles are discussed in the \"Variants\" section.\n[8]: Block 2 features enhanced communications systems that allow mid-course guidance correction, making the missiles easy to network into the Navy's emerging Cooperative Engagement Capability. Unlike Block 1, Block 2's active radar homing seeker supports terminal engagement without the launch ship's target illumination radars.\n[9]: In order to increase the effectiveness, the countermeasures shall be varied and interconnected and fused into a single fighting system, due to the presence of active and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could also be utilized in order to fight against targets other than combat vehicles, such as fortifications.\n\nNow give your response. (Try to use as many different sources as possible and add do not hallucinate.)", "response": {"id": "chatcmpl-ADVP7x2kDlbWAsde2XeVyOHx2c9zS", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "The \"Pirat\" light anti-tank guided missile (ATGM) system is a Polish-made missile developed under the Pustelnik program, which was initiated by the Polish armed forces to fill the operational gap between anti-tank grenade launchers and heavier anti-tank systems like Spike-LR and Brimstone missiles. This initiative reflects a strategic need to modernize and diversify Poland's anti-tank capabilities, particularly in the context of evolving threats on the battlefield.\n\nThe Pirat missile system has been developed collaboratively by Polish defense companies, including CRW Telesystem-Mesko and PCO. Notably, the companies have recently completed work on a new laser illumination and guidance system, enhancing the missile's targeting and operational effectiveness. The design goals for Pirat align with the expectations articulated by the Polish Armed Forces, highlighting its suitability as the primary solution offered in response to the requirements set out in the Pustelnik program.\n\nOne of the significant advantages of the Pirat system is its versatility; it is designed to not only engage armored combat vehicles but also to target a variety of other structures, such as fortifications. This broad capability is essential for modern military operations, where flexibility in targeting is often critical. The Pustelnik program aims for high quantities of missiles and launchers, emphasizing the operational need for a robust anti-tank arsenal that can adapt to various combat scenarios.\n\nMoreover, the Pirat missile system represents a qualitative leap in Poland's indigenous defense technology, demonstrating the country\u2019s commitment to enhancing its military capabilities through domestic production. This is particularly significant given the competitive landscape of military procurement, where various entities, both domestic and foreign, have expressed interest in participating in the Pustelnik program, underscoring the importance of Pirat as a contender in this market.\n\nOverall, the development of the Pirat ATGM is a critical component of Poland's broader strategy to modernize its armed forces and ensure effective deterrence against potential threats, reinforcing the country's defense posture in a rapidly changing security environment.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782345, "model": "gpt-4o-mini-2024-07-18", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_f85bea6784", "usage": {"completion_tokens": 408, "prompt_tokens": 886, "total_tokens": 1294, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "I'm writing a Wikipedia page for a topic mentioned below. Please identify and recommend some Wikipedia pages on closely related subjects. I'm looking for examples that provide insights into interesting aspects commonly associated with this topic, or examples that help me understand the typical content and structure included in Wikipedia pages for similar topics.\n    Please list the urls in separate lines.\n\n---\n\nFollow the following format.\n\nTopic of interest: ${topic}\nReasoning: Let's think step by step in order to ${produce the related_topics}. We ...\nRelated Topics: ${related_topics}\n\n---\n\nTopic of interest: CRW telesystem \nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVONKdoUfUCdL5524PRac42EPm1w", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "Topic of interest: CRW telesystem\nReasoning: Let's think step by step in order to identify related topics. We need to look at subjects related to telecommunications systems, video conferencing technologies, and corporate communication solutions. Exploring these areas will help us understand how such systems are categorized and discussed, what key features are highlighted, and how historical and technical contexts are presented.\n\nRelated Topics:\n1. https://en.wikipedia.org/wiki/Telecommunications_network\n2. https://en.wikipedia.org/wiki/Videotelephony\n3. https://en.wikipedia.org/wiki/Unified_communications\n4. https://en.wikipedia.org/wiki/Teleconference\n5. https://en.wikipedia.org/wiki/Telepresence\n6. https://en.wikipedia.org/wiki/Voice_over_IP\n7. https://en.wikipedia.org/wiki/Collaboration_tool\n8. https://en.wikipedia.org/wiki/Remote_work\n9. https://en.wikipedia.org/wiki/Virtual_private_network\n10. https://en.wikipedia.org/wiki/Internet_protocol_suite\n\nThese pages will offer insights into the technical aspects, historical development, key functionalities, and usage contexts of systems like the CRW telesystem. Reviewing them can guide you in structuring the content for your Wikipedia page and understanding the necessary details to include.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782299, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_5796ac6771", "usage": {"completion_tokens": 254, "prompt_tokens": 134, "total_tokens": 388, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You need to select a group of Wikipedia editors who will work together to create a comprehensive article on the topic. Each of them represents a different perspective, role, or affiliation related to this topic. You can use other Wikipedia pages of related topics for inspiration. For each editor, add a description of what they will focus on.\n    Give your answer in the following format: 1. short summary of editor 1: description\n2. short summary of editor 2: description\n...\n\n---\n\nFollow the following format.\n\nTopic of interest: ${topic}\n\nWiki page outlines of related topics for inspiration:\n${examples}\n\nReasoning: Let's think step by step in order to ${produce the personas}. We ...\n\nPersonas: ${personas}\n\n---\n\nTopic of interest: CRW telesystem \n\nWiki page outlines of related topics for inspiration:\nTitle: Telecommunications network\nTable of Contents: Network structure\nData networks\nCapacity and speed\n----------\nTitle: Videotelephony\nTable of Contents: History\n  Origin\n  Early systems\n  Digital\n  Transition to internet and mobile devices\n  Additional history\nMajor categories\n  By cost and quality of service\nSecurity concerns\nAdoption\nTechnology\n  Components and types\n  Videoconferencing modes\n  Echo cancellation\n  Bandwidth requirements\n  Standards\n  Call setup\n  Conferencing layers\n  Multipoint control\n  Cloud storage\nImpact\n  Government and law\n  Education\n  Medicine and health\n  Business\n  Press\n  Sign language\n    21st-century improvements\n    Comparison of Sign Language communication tools\nDescriptive names and terminology\nPopular culture\nBibliography\nFurther reading\n  Unsorted\n  General\n  Environmental benefits\n  Historical and technical\n----------\nTitle: Unified communications\nTable of Contents: Definition\nHistory\nTechnology\n  Contrasting unified messaging\n  Components\nRelated concepts\n----------\nTitle: Teleconference\nTable of Contents: Internet teleconferencing\n----------\nTitle: Telepresence\nTable of Contents: History\nBenefits\nImplementation\n  Implementation of human sensory elements\n    Vision and sound\n    Manipulation\n    Freedom of movement\n  Effectiveness\n  Transparency of implementation\nRelated technologies\n  Virtual presence (virtual reality)\nApplications\n  Connecting communities\n  Hazardous environments\n  Pipeline inspection\n  Remote surgery\n  Education\n  Telepresence art\nVendors\nPopular culture\n  Literature\n  Television\n  Film\n  Video games\n  Comics\n  Virtual reality communities\nFurther reading\n----------\nTitle: Voice over IP\nTable of Contents: Overview\nProtocols\nAdoption\n  Consumer market\n  PSTN and mobile network providers\n  Corporate use\nDelivery mechanisms\n  Hosted VoIP systems\n  Private VoIP systems\nQuality of service\n  DSL and ATM\n  Layer 2\nPerformance metrics\nPSTN integration\n  Number portability\n  Emergency calls\nFax support\nPower requirements\nSecurity\nCaller ID\nHearing aid compatibility\nOperational cost\nRegulatory and legal issues\n  Canada\n  European Union\n  Arab states of the GCC\n    Oman\n    Saudi Arabia\n    United Arab Emirates\n  India\n  South Korea\n  United States\nHistory\n  Milestones\n----------\nTitle: Collaboration tool\nTable of Contents: Early computer-based collaboration tools\n  Computerized office automation\nMain types\n  Communication\n    E-Mail\n    Voicemail\n    Instant messaging (IM)\n    VoIP (voice over IP) / video call\n  Coordination\n    Online calendars\n    Time-tracking software\n    Spreadsheets\n  Cooperation\n    Video conferencing\n    IM teleconferencing\nClassification based on dimensions\n  Asynchronous collaboration tools\n    E-Mail, mailinglists and newsgroups\n    Group calendar\n    Workflow systems\n    Hypertext\n  Synchronous collaboration tools\n    Shared whiteboards\n    Video communication systems\n    Chat systems\n    Decision support systems\n    Multiplayer video games\nOnline Collaboration Tools\n  Background\n  Evolvement\n    From simple communication solutions to Unified Communications (UC)\n    From local to global - the needs of a global workforce\n----------\nTitle: Remote work\nTable of Contents: History\n  Remote work during COVID-19\nStatistics\n  United States\n  United Kingdom\nKey concepts\n  Distributed versus collocated teams\n  Communication technology\n    Grounding and technology\n    Costs to grounding change\n    Examples of communication technology\nPotential benefits\n  Cost reduction\n  Higher employee motivation and job satisfaction due to autonomy and flexibility\n  Environmental benefits\n  Increased productivity\n  Lower turnover intention and higher loyalty\n  Access to more employees/employers\n  Relocation opportunity\nPotential drawbacks and concerns\n  Drawbacks due to reduced face-to-face interactions\n  Lessened work motivation\n  Distractions\n  Women burdening an unfair share of domestic work\n  Employee pressure to be seen as valuable\n  Challenges to team building; focus on the individual\n  Isolation and mental health\n  Information security\n    Technology or equipment issues\n  Loss of control by management\n  Alleged drop in worker productivity\n  Envy in the workplace\n  Taxation complexity\n  Health impacts due to increased hours working\nDistance work in the future\n  Citations\nFurther reading\n----------\nTitle: Virtual private network\nTable of Contents: Motivation\nVPN general working\nVPN topology configurations\nVPN native and third-party support\n  VPN support in consumer operating systems\n  VPN support in network devices\nSecurity mechanisms\n  Authentication\nVPN protocols to highlight\nTrusted delivery networks\nVPNs in mobile environments\nNetworking limitations\nFurther reading\n----------\nTitle: Internet protocol suite\nTable of Contents: History\n  Early research\n  Early implementation\n  Adoption\n  Formal specification and standards\nKey architectural principles\nLink layer\nInternet layer\nTransport layer\nApplication layer\nLayering evolution and representations in the literature\nComparison of TCP/IP and OSI layering\nImplementations\nBibliography\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOYSjFSbsFdfDiIgGtpl4fNKAqX", "choices": [{"finish_reason": "length", "index": 0, "logprobs": null, "message": {"content": "produce the personas. We need to consider various aspects and stakeholders related to CRW telesystem. We'll look at different related Wikipedia pages for inspiration and compile a diverse group of editors to cover all necessary perspectives, roles, and affiliations.\n\n1. Historian: Focus on the history of CRW telesystem, including its origin, early systems, and major milestones.\n2. Technology Specialist: Cover the technology behind CRW telesystem, including network structure, capacity and speed, and key components.\n3. Telecommunications Expert: Discuss the integration of CRW telesystem within broader telecommunications networks, including data networks and VoIP.\n4. Security Analyst: Examine the security concerns and measures associated with CRW telesystem.\n5. Business Analyst: Analyze the business impact of CRW telesystem, including adoption, market penetration, and corporate use.\n6. Legal and Regulatory Expert: Investigate the regulatory and legal issues surrounding CRW telesystem in various regions.\n7. Medical Professional: Explore the application and impact of CRW telesystem in healthcare, including remote surgery and telemedicine.\n8. Education Specialist: Look into how CRW telesystem is used in educational settings, such as remote learning and virtual classrooms.\n9. Remote Work Advocate: Address the role of CRW telesystem in facilitating remote work and collaboration.\n10. Environmental Scientist: Evaluate the environmental benefits of using CRW telesystem, such as reduced travel and lower carbon footprint.\n11. Sociologist: Discuss the social implications and cultural impact of CRW telesystem, including its effect on communication and interaction.\n12. Usability Expert: Assess the user interface and user experience aspects of CRW telesystem.\n13. Network Engineer: Provide detailed explanations of the underlying network protocols and configurations used in CRW telesystem.\n14. Multimedia Specialist: Examine the audiovisual quality, bandwidth requirements, and multimedia components involved in CRW telesystem.\n15. Innovation Enthusiast: Discuss emerging technologies and future developments related to CRW telesystem.\n\nPersonas:\n1. Historian: Description\n2. Technology Specialist: Description\n3. Telecommunications Expert: Description\n4. Security Analyst: Description\n5. Business Analyst: Description\n6. Legal and Regulatory Expert: Description\n7. Medical Professional: Description\n8. Education Specialist: Description\n9. Remote Work Advocate: Description\n10. Environmental Scientist: Description\n11. Sociologist: Description\n12. Usability Expert: Description\n13. Network Engineer: Description\n14. Multimedia Specialist:", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782310, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 500, "prompt_tokens": 1231, "total_tokens": 1731, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Historian: Description\n\nConversation history:\nN/A\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOd6Z72CgYr3DfWauGwulXsJxEs", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "produce the question. We need to start with general background information to understand the foundation of CRW telesystem.\n\nQuestion: Can you provide an overview of what the CRW telesystem is and its primary function?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782315, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 42, "prompt_tokens": 213, "total_tokens": 255, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Telecommunications Expert: Description\n\nConversation history:\nN/A\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOdl05qQhvTPU0WbffwaYCmYBZ5", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "Reasoning: Let's think step by step in order to gather a comprehensive understanding of the CRW telesystem. We need to start with the basics to establish a strong foundation.\n\nQuestion: Can you provide an overview of what the CRW telesystem is and its primary functions?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782315, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 55, "prompt_tokens": 213, "total_tokens": 268, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Technology Specialist: Description\n\nConversation history:\nN/A\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOdAuCKrwsPE22EpkiDUJEPQ17H", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "produce the question. We need to start with the basics to get a clear understanding of what CRW telesystem is. This will provide a foundation for more detailed and specific questions later.\n\nQuestion: Can you provide an overview of what the CRW telesystem is and its primary functions?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782315, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 57, "prompt_tokens": 213, "total_tokens": 270, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Basic fact writer: Basic fact writer focusing on broadly covering the basic facts about the topic.\n\nConversation history:\nN/A\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOdiM1plruuCv8XdT5GB1GOpPKn", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "Topic you want to write: CRW telesystem\n\nYour persona besides being a Wikipedia writer: Basic fact writer focusing on broadly covering the basic facts about the topic.\n\nConversation history:\nN/A\n\nReasoning: Let's think step by step in order to gather foundational information about the CRW telesystem. We should start by understanding what the CRW telesystem is, including its primary function and purpose. This will give us a strong basis for further, more detailed questions.\n\nQuestion: Can you provide a general overview of what the CRW telesystem is and its primary function?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782315, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 115, "prompt_tokens": 226, "total_tokens": 341, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Technology Specialist: Description\n\nConversation history:\nYou: Can you provide an overview of what the CRW telesystem is and its primary functions?\nExpert: The CRW Telesystem-Mesko is a modern organization based in Poland, specializing in the development and production of advanced military technology, particularly in the field of missile systems. Its primary functions include the research, development, and manufacturing of various defense systems, with a notable focus on anti-aircraft missile systems.\nOne of the key products developed by CRW Telesystem-Mesko is the portable anti-aircraft missile system known as GROM/PIORUN. This system is notable for its capability to utilize domestically produced components, which not only enhances Poland's defense autonomy but also positions the country among a select group of nations capable of manufacturing such military equipment independently. This capability allows for greater security and reduces reliance on foreign suppliers for critical defense technology.\nThe organization also emphasizes continuous growth and development, leveraging its intellectual potential and research capabilities to innovate and improve its products. This commitment to advancement is reflected in its participation in defense conferences, such as the DEFENSE24 DAY & SOFEAST conference, where it showcases its developments and engages with the wider defense community.\nAdditionally, CRW Telesystem-Mesko has been involved in cutting-edge projects, including the development of laser-guided systems. The company has explored various laser technologies, working on modules featuring both discharge lamp-pumped lasers and diode-pumped semiconductor lasers, indicating its commitment to pushing the boundaries of existing military technologies.\nOverall, CRW Telesystem-Mesko plays a critical role in Poland's defense sector by combining research with practical application to produce high-quality military systems, ensuring national security and contributing to the global defense landscape.\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOmnLM6eLf6iUbyaTnd69C85STi", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "produce the question. We have a general understanding of CRW Telesystem-Mesko and its key functions, as well as some specific products like the GROM/PIORUN anti-aircraft missile system. However, we need more details about the specific technologies and projects they are currently focused on to enhance the comprehensiveness of the article.\n\nQuestion: Can you provide more details about the current projects and technologies CRW Telesystem-Mesko is focusing on, especially those involving laser-guided systems?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782324, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 103, "prompt_tokens": 554, "total_tokens": 657, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Basic fact writer: Basic fact writer focusing on broadly covering the basic facts about the topic.\n\nConversation history:\nYou: Can you provide a general overview of what the CRW telesystem is and its primary function?\nExpert: The CRW Telesystem-Mesko is a modern organization specializing in defense technologies, particularly in the development and production of advanced military systems. Its primary function revolves around providing innovative solutions for the Polish Armed Forces, particularly through the integration of optical and electronic systems in defense applications.\nOne of the key products associated with CRW Telesystem-Mesko is the \"Pirat,\" a light anti-tank guided missile (ATGM) that utilizes a laser guidance system co-developed with CRW Telesystem. This project is part of the broader Pustelnik program, which aims to enhance the capabilities of the Polish military by focusing on domestic production and technological independence in missile systems, allowing Poland to manufacture these weapons from entirely domestic components (sources and ).\nAdditionally, CRW Telesystem-Mesko is involved in the development of electronic components for self-guiding heads, which play a critical role in modern missile systems. The company focuses on leveraging both traditional and semiconductor laser technologies to enhance the performance of these guidance systems, showcasing their commitment to ongoing technological advancements (source ).\nWith a strong emphasis on research and development, CRW Telesystem-Mesko aims to transfer scientific innovations directly into practical military applications, thus supporting the growth and modernization of the Polish defense industry (source ). The organization not only caters to specific military needs but also contributes to the overall enhancement of national security through advanced technological solutions.\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOnuWboA4NDyoWqIDlI2e8Fgs8m", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "produce the question. We have a general overview of the CRW Telesystem-Mesko and its primary function, including its involvement in the development of the \"Pirat\" missile and other electronic components. To cover the basic facts thoroughly, it is important to understand the history and establishment of the organization. \n\nQuestion: When was CRW Telesystem-Mesko established, and what were the key milestones in its development?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782325, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 87, "prompt_tokens": 528, "total_tokens": 615, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Telecommunications Expert: Description\n\nConversation history:\nYou: Can you provide an overview of what the CRW telesystem is and its primary functions?\nExpert: The CRW Telesystem-Mesko is a modern organization in Poland that specializes in the development and production of advanced military technology, particularly in the field of missile systems and related components. Established as part of the Mesko S.A. conglomerate, the company has a strong focus on research and development, enabling the effective transfer of research results into practical industrial applications.\nOne of the primary functions of CRW Telesystem is the design and manufacture of various missile systems, including the GROM and PIORUN portable anti-aircraft missile systems. The GROM system is particularly notable as it has undergone multiple modernizations, resulting in the enhanced PIORUN variant, which reflects advancements in military technology and operational capabilities. Additionally, CRW Telesystem has developed components such as electronic guidance systems and launch mechanisms for these missile systems, ensuring they meet contemporary military standards and requirements.\nAnother significant project undertaken by CRW Telesystem is the \"Pirat,\" a light anti-tank guided missile (ATGM). The Pirat system is notable for its laser guidance technology, which has been developed in collaboration with Mesko S.A. This project is particularly relevant to the needs of the Polish Armed Forces, as it aims to fulfill specific operational requirements outlined within the Pustelnik program.\nThe organization is recognized for its capacity to produce military equipment using domestic components, which enhances Poland's independence in defense manufacturing and places the country among a select group of nations capable of producing such technology. As a result of consistent growth and development, CRW Telesystem-Mesko has expanded its workforce and scientific research capabilities, solidifying its position in the defense industry.\nOverall, CRW Telesystem plays a crucial role in the Polish defense sector, contributing to both national security and the advancement of military technology through its innovative products and research initiatives.\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOouVQUefKgUfjW7BroTjPGlxON", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "produce the question. We have a comprehensive overview of the CRW Telesystem-Mesko, including its projects and technological focus. To provide more detailed information for the Wikipedia article, it would be beneficial to understand the specific technological advancements and capabilities of the missile systems developed by CRW Telesystem.\n\nQuestion: Can you provide detailed information on the technological advancements and specific capabilities of the GROM and PIORUN missile systems developed by CRW Telesystem?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782326, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 93, "prompt_tokens": 600, "total_tokens": 693, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Historian: Description\n\nConversation history:\nYou: Can you provide an overview of what the CRW telesystem is and its primary function?\nExpert: The CRW Telesystem is a modern organization that operates as a subsidiary of Mesko S.A., primarily involved in the development and production of advanced technological equipment and systems for the defense industry. Its core focus is on enhancing military capabilities through innovation, specifically in the realm of missile technology and guidance systems.\nOne of the notable projects associated with CRW Telesystem is the development of the Pirat anti-tank guided missile (ATGM), which has been specifically designed to meet the requirements of the Polish Armed Forces. This missile utilizes a laser guidance system that was developed in collaboration with CRW Telesystem-Mesko, showcasing the company's capability to create sophisticated military solutions that align with modern warfare demands. The Pirat project is part of the broader Pustelnik program, indicating its strategic importance to Polish defense efforts.\nCRW Telesystem also plays a significant role in the production of components for the GROM/PIORUN portable anti-aircraft missile system. The company has contributed to the development of key elements, such as electronic guidance units, which enhance the operational effectiveness of these missile systems. The GROM missile system has undergone multiple modernizations, leading to the introduction of the PIORUN missile, which has further improved its capabilities.\nIn addition to missile systems, CRW Telesystem-Mesko has also been involved in the development of guided artillery missiles, such as the APR 120 and APR 155. These projects illustrate the company's expertise in creating a range of advanced defense technologies.\nOverall, CRW Telesystem-Mesko is recognized for its commitment to research and development, fostering technological advancement within the defense sector. The organization is dedicated to transferring research outcomes to practical applications in the industry, thereby contributing to national and international security efforts. Its emphasis on innovation, backed by a competent management team, positions CRW Telesystem as a key player in the Polish defense industry.\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOokJBhTRMBXz7OMXDwBFt6lT2C", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "produce the question. We have established that CRW Telesystem is involved in advanced technological equipment and systems for the defense industry, focusing particularly on missile technology and guidance systems. We've learned about several key projects such as the Pirat ATGM and GROM/PIORUN missile systems. To add depth to our understanding of CRW Telesystem's historical context, it would be useful to know more about its founding and development over time.\n\nQuestion: Can you provide a brief history of CRW Telesystem's founding and its evolution over the years?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782326, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 112, "prompt_tokens": 616, "total_tokens": 728, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Basic fact writer: Basic fact writer focusing on broadly covering the basic facts about the topic.\n\nConversation history:\nYou: Can you provide a general overview of what the CRW telesystem is and its primary function?\nExpert: The CRW Telesystem-Mesko is a modern organization specializing in defense technologies, particularly in the development and production of advanced military systems. Its primary function revolves around providing innovative solutions for the Polish Armed Forces, particularly through the integration of optical and electronic systems in defense applications.\nOne of the key products associated with CRW Telesystem-Mesko is the \"Pirat,\" a light anti-tank guided missile (ATGM) that utilizes a laser guidance system co-developed with CRW Telesystem. This project is part of the broader Pustelnik program, which aims to enhance the capabilities of the Polish military by focusing on domestic production and technological independence in missile systems, allowing Poland to manufacture these weapons from entirely domestic components (sources and ).\nAdditionally, CRW Telesystem-Mesko is involved in the development of electronic components for self-guiding heads, which play a critical role in modern missile systems. The company focuses on leveraging both traditional and semiconductor laser technologies to enhance the performance of these guidance systems, showcasing their commitment to ongoing technological advancements (source ).\nWith a strong emphasis on research and development, CRW Telesystem-Mesko aims to transfer scientific innovations directly into practical military applications, thus supporting the growth and modernization of the Polish defense industry (source ). The organization not only caters to specific military needs but also contributes to the overall enhancement of national security through advanced technological solutions.\nYou: When was CRW Telesystem-Mesko established, and what were the key milestones in its development?\nExpert: CRW Telesystem-Mesko Sp. z o.o. was established as a key player in the defense sector, particularly known for its contributions to portable anti-aircraft missile systems. While the gathered information does not specify the exact date of establishment, the company's development has been significantly tied to the evolution of the GROM missile system, which has undergone modernization leading to the development of the PIORUN missile.\nOne of the key milestones in CRW Telesystem-Mesko's development was its involvement in the product development team for the GROM portable anti-aircraft missile system. This system has been recognized for its effectiveness and has been modernized multiple times, culminating in the introduction of the PIORUN missile, which is a critical enhancement of the original GROM system. Dr. Eng. Janusz Noga, who serves as the President of the Management Board, was notably part of this team, indicating the continuity of expertise and leadership within the company.\nIn addition to missile development, CRW Telesystem-Mesko has also focused on the development and implementation of key components for modernizing the GROM missile system, which reflects the company\u2019s commitment to innovation and adapting to contemporary defense needs. The success of these projects showcases the intellectual potential and technological capabilities that the company has fostered over time.\nOverall, while specific establishment details are lacking, the evolution of CRW Telesystem-Mesko is marked by its pivotal role in advancing missile technology, specifically through the GROM/PIORUN systems.\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOyBMIewBFdBTVruk0YeXdFyxkH", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "Reasoning: Let's think step by step in order to gather comprehensive information on CRW Telesystem-Mesko. We have covered its general overview, primary function, and key milestones. To broaden the basic facts, it would be useful to know about its major products and technological advancements.\n\nQuestion: Could you provide details on the major products developed by CRW Telesystem-Mesko and their technological features?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782336, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 83, "prompt_tokens": 860, "total_tokens": 943, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Technology Specialist: Description\n\nConversation history:\nYou: Can you provide an overview of what the CRW telesystem is and its primary functions?\nExpert: The CRW Telesystem-Mesko is a modern organization based in Poland, specializing in the development and production of advanced military technology, particularly in the field of missile systems. Its primary functions include the research, development, and manufacturing of various defense systems, with a notable focus on anti-aircraft missile systems.\nOne of the key products developed by CRW Telesystem-Mesko is the portable anti-aircraft missile system known as GROM/PIORUN. This system is notable for its capability to utilize domestically produced components, which not only enhances Poland's defense autonomy but also positions the country among a select group of nations capable of manufacturing such military equipment independently. This capability allows for greater security and reduces reliance on foreign suppliers for critical defense technology.\nThe organization also emphasizes continuous growth and development, leveraging its intellectual potential and research capabilities to innovate and improve its products. This commitment to advancement is reflected in its participation in defense conferences, such as the DEFENSE24 DAY & SOFEAST conference, where it showcases its developments and engages with the wider defense community.\nAdditionally, CRW Telesystem-Mesko has been involved in cutting-edge projects, including the development of laser-guided systems. The company has explored various laser technologies, working on modules featuring both discharge lamp-pumped lasers and diode-pumped semiconductor lasers, indicating its commitment to pushing the boundaries of existing military technologies.\nOverall, CRW Telesystem-Mesko plays a critical role in Poland's defense sector by combining research with practical application to produce high-quality military systems, ensuring national security and contributing to the global defense landscape.\nYou: Can you provide more details about the current projects and technologies CRW Telesystem-Mesko is focusing on, especially those involving laser-guided systems?\nExpert: CRW Telesystem-Mesko is currently engaged in several projects focused on advanced laser-guided systems, leveraging its extensive experience in laser technology and optoelectronics. One of the key areas of development is their portable laser target designation systems, which are modular and compliant with NATO standards. These systems are designed for the precision guidance of munitions, including missiles and aerial bombs, by illuminating targets with laser beams ().\nThe company has a notable history in developing technologies that integrate laser guidance, having participated in significant defense projects. For instance, the design team has worked on fire control systems for military tanks, such as the T-55 MERIDA and PT-91 DRAWA, as well as on laser protection systems for these platforms. This experience has enabled them to create innovative solutions for \"smart\" weapon systems, which are increasingly essential in modern warfare ().\nIn addition to developing conventional laser systems, CRW Telesystem-Mesko is also exploring semiconductor laser technologies. They have been adapting their laser target designator systems to incorporate diode-pumped semiconductor lasers, following earlier work with discharge-pumped laser systems. This dual approach allows them to innovate further while addressing the changing technological landscape of laser applications (, ).\nOverall, CRW Telesystem-Mesko is committed to advancing its capabilities in laser-guided technologies, ensuring their systems meet modern military requirements and enhance operational effectiveness. The company's ongoing research and development projects illustrate their dedication to maintaining a leadership position in this critical area of defense technology.\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOxqCu6sCPrzd9kPiMGhin2DF9w", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "produce the question. We have already gathered comprehensive information about the CRW Telesystem-Mesko's focus on advanced laser-guided systems, including portable laser target designation systems, fire control systems for tanks, and the integration of semiconductor laser technologies. To deepen our understanding, we should now focus on the specific applications and operational effectiveness of these technologies in real-world scenarios. This will provide a more nuanced picture of their impact and capabilities.\n\nQuestion: Could you share specific examples or case studies where CRW Telesystem-Mesko's laser-guided systems have been successfully deployed in military operations or exercises?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782335, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 121, "prompt_tokens": 891, "total_tokens": 1012, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Historian: Description\n\nConversation history:\nYou: Can you provide an overview of what the CRW telesystem is and its primary function?\nExpert: The CRW Telesystem is a modern organization that operates as a subsidiary of Mesko S.A., primarily involved in the development and production of advanced technological equipment and systems for the defense industry. Its core focus is on enhancing military capabilities through innovation, specifically in the realm of missile technology and guidance systems.\nOne of the notable projects associated with CRW Telesystem is the development of the Pirat anti-tank guided missile (ATGM), which has been specifically designed to meet the requirements of the Polish Armed Forces. This missile utilizes a laser guidance system that was developed in collaboration with CRW Telesystem-Mesko, showcasing the company's capability to create sophisticated military solutions that align with modern warfare demands. The Pirat project is part of the broader Pustelnik program, indicating its strategic importance to Polish defense efforts.\nCRW Telesystem also plays a significant role in the production of components for the GROM/PIORUN portable anti-aircraft missile system. The company has contributed to the development of key elements, such as electronic guidance units, which enhance the operational effectiveness of these missile systems. The GROM missile system has undergone multiple modernizations, leading to the introduction of the PIORUN missile, which has further improved its capabilities.\nIn addition to missile systems, CRW Telesystem-Mesko has also been involved in the development of guided artillery missiles, such as the APR 120 and APR 155. These projects illustrate the company's expertise in creating a range of advanced defense technologies.\nOverall, CRW Telesystem-Mesko is recognized for its commitment to research and development, fostering technological advancement within the defense sector. The organization is dedicated to transferring research outcomes to practical applications in the industry, thereby contributing to national and international security efforts. Its emphasis on innovation, backed by a competent management team, positions CRW Telesystem as a key player in the Polish defense industry.\nYou: Can you provide a brief history of CRW Telesystem's founding and its evolution over the years?\nExpert: CRW Telesystem-Mesko Sp. z o.o. has a noteworthy history that is intertwined with advancements in defense technology, particularly in missile systems. The company's origins can be traced back to its founders, one of whom was Simon Sirois, an entrepreneur known for establishing various local businesses. Among these was Setelco, which specialized in paging devices and was later transformed into Telesystem. In 1978, management of Telesystem was taken over by Simon's son, Charles Sirois, marking a significant transition in the company's trajectory.\nAs CRW Telesystem evolved, it began focusing on developing advanced military technologies, particularly in the area of portable anti-aircraft systems. A pivotal figure in this evolution is Dr. Eng. Janusz Noga, the current President of the Management Board, who was instrumental in the product development of the GROM portable anti-aircraft missile system. His contributions have been crucial in the subsequent modernization efforts that led to the development of the PIORUN missile, showcasing the company's commitment to innovation in defense technologies.\nThe continuous and consistent development of CRW Telesystem has resulted in increased employment and the expansion of its scientific and research capabilities. The company has positioned itself as a modern organization capable of transferring research outcomes into practical industrial applications, producing technologically advanced equipment and devices. This focus on technological advancement and research integration has solidified CRW Telesystem\u2019s reputation within the defense industry and exemplifies its role in Poland's military technology sector.\nThrough its various products, including components for the GROM/PIORUN missile systems, CRW Telesystem has become a key player in the market, highlighting its ongoing commitment to innovation and excellence in the field.\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVOyWdgUJJRwMnfhyTlanyEMpNbi", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "Reasoning: Let's think step by step in order to gather detailed and specific information about the company's key projects and their impact. We have a good overview of the CRW Telesystem's history and some key products, but we should delve deeper into particular projects to understand their significance, technological innovations, and applications.\n\nQuestion: Can you provide more details on the technological innovations introduced in the Pirat anti-tank guided missile project and its impact on the defense capabilities of the Polish Armed Forces?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782336, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 98, "prompt_tokens": 987, "total_tokens": 1085, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "You are an experienced Wikipedia writer and want to edit a specific page. Besides your identity as a Wikipedia writer, you have specific focus when researching the topic.\n    Now, you are chatting with an expert to get information. Ask good questions to get more useful information.\n    When you have no more question to ask, say \"Thank you so much for your help!\" to end the conversation.\n    Please only ask a question at a time and don't ask what you have asked before. Your questions should be related to the topic you want to write.\n\n---\n\nFollow the following format.\n\nTopic you want to write: ${topic}\n\nYour persona besides being a Wikipedia writer: ${persona}\n\nConversation history:\n${conv}\n\nReasoning: Let's think step by step in order to ${produce the question}. We ...\n\nQuestion: ${question}\n\n---\n\nTopic you want to write: CRW telesystem \n\nYour persona besides being a Wikipedia writer: Telecommunications Expert: Description\n\nConversation history:\nYou: Can you provide an overview of what the CRW telesystem is and its primary functions?\nExpert: The CRW Telesystem-Mesko is a modern organization in Poland that specializes in the development and production of advanced military technology, particularly in the field of missile systems and related components. Established as part of the Mesko S.A. conglomerate, the company has a strong focus on research and development, enabling the effective transfer of research results into practical industrial applications.\nOne of the primary functions of CRW Telesystem is the design and manufacture of various missile systems, including the GROM and PIORUN portable anti-aircraft missile systems. The GROM system is particularly notable as it has undergone multiple modernizations, resulting in the enhanced PIORUN variant, which reflects advancements in military technology and operational capabilities. Additionally, CRW Telesystem has developed components such as electronic guidance systems and launch mechanisms for these missile systems, ensuring they meet contemporary military standards and requirements.\nAnother significant project undertaken by CRW Telesystem is the \"Pirat,\" a light anti-tank guided missile (ATGM). The Pirat system is notable for its laser guidance technology, which has been developed in collaboration with Mesko S.A. This project is particularly relevant to the needs of the Polish Armed Forces, as it aims to fulfill specific operational requirements outlined within the Pustelnik program.\nThe organization is recognized for its capacity to produce military equipment using domestic components, which enhances Poland's independence in defense manufacturing and places the country among a select group of nations capable of producing such technology. As a result of consistent growth and development, CRW Telesystem-Mesko has expanded its workforce and scientific research capabilities, solidifying its position in the defense industry.\nOverall, CRW Telesystem plays a crucial role in the Polish defense sector, contributing to both national security and the advancement of military technology through its innovative products and research initiatives.\nYou: Can you provide detailed information on the technological advancements and specific capabilities of the GROM and PIORUN missile systems developed by CRW Telesystem?\nExpert: The GROM and PIORUN missile systems, developed by CRW Telesystem, represent significant advancements in portable air-defense technology. The GROM, a man-portable air-defense system (MANPADS), is rooted in the design of the Soviet 9K38 Igla and features a 72 mm anti-aircraft missile capable of reaching flight speeds of 650 m/s. Its design includes a single-use launcher and a reusable gripstock, complemented by a thermal battery coolant assembly electric unit, which enhance its operational efficiency and usability in the field .\nOne of the key technological advancements in the GROM system is its optoelectronic tracking capabilities. CRW Telesystem produces essential components for both the GROM and PIORUN systems, particularly focusing on the development of unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors, along with hybrid preamplifiers. This positions CRW Telesystem among the top producers of guidance heads for missile systems and makes it one of the few manufacturers globally capable of producing detectors with such exceptional parameters, rivaling major industry players from Russia and the USA .\nThe evolution from GROM to the PIORUN missile system introduced several enhancements aimed at increasing effectiveness against various aerial threats. The PIORUN features an upgraded missile that offers an extended range and a proximity fuse designed to improve target engagement capabilities, particularly against smaller aerial targets. Additionally, the PIORUN includes a sophisticated control system that features a mini keyboard adjacent to the trigger, allowing operators to select target types, environmental conditions, and operational modes seamlessly .\nFurthermore, CRW Telesystem has expanded its capabilities through collaborative projects, including the development of the mobile MSR KUSZA anti-aircraft system. This innovative system is built on an off-road platform that can carry up to six GROM/PIORUN missile launchers, integrated with advanced day and night tracking and firing systems. This reflects the company's commitment to enhancing the versatility and deployability of its missile systems in various operational contexts .\nOverall, the GROM and PIORUN missile systems not only demonstrate CRW Telesystem's commitment to advanced missile technology but also underline the company's significant role in modern air defense capabilities through innovative engineering and strategic collaborations.\n\nReasoning: Let's think step by step in order to", "response": {"id": "chatcmpl-ADVP1RMrDCrlkVJkmaxH1P1IBXzyN", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "Reasoning: Let's think step by step in order to gather more comprehensive information about the CRW Telesystem and its projects. We have already covered the general overview and the specifics of the GROM and PIORUN missile systems. It would be beneficial to learn about other key projects and collaborations undertaken by CRW Telesystem to provide a more detailed picture of their work.\n\nQuestion: Can you elaborate on the \"Pirat\" light anti-tank guided missile system, particularly its development, features, and significance in the context of the Pustelnik program?", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782339, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_c17d3befe7", "usage": {"completion_tokens": 114, "prompt_tokens": 1091, "total_tokens": 1205, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write an outline for a Wikipedia page.\n    Here is the format of your writing:\n    1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n    2. Do not include other information.\n    3. Do not include topic name itself in the outline.\n\n---\n\nFollow the following format.\n\nThe topic you want to write: ${topic}\n\nWrite the Wikipedia page outline:\n${outline}\n\n---\n\nThe topic you want to write: CRW telesystem \n\nWrite the Wikipedia page outline:", "response": {"id": "chatcmpl-ADVPEdFUvOsszj1UP8PpDZO9POzvU", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# Introduction\n# History\n## Origins\n## Expansion and Growth\n## Present Day\n# Technology and Infrastructure\n## Satellite Technology\n## Ground Stations\n## Network Architecture\n# Services Offered\n## Television Broadcasting\n## Internet Services\n## Telephony\n## Business Solutions\n# Geographic Coverage\n## Domestic\n## International\n# Regulatory and Legal Environment\n## Licensing\n## Compliance Issues\n## Privacy and Security\n# Partnerships and Collaborations\n## Media Companies\n## Technology Partners\n## Government Agencies\n# Future Developments\n## Technological Advances\n## Market Expansion\n## Strategic Goals\n# Criticisms and Controversies\n## Service Quality\n## Pricing and Accessibility\n## Environmental Impact\n# See Also\n# References\n# External Links", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782352, "model": "gpt-4-0125-preview", "object": "chat.completion", "service_tier": null, "system_fingerprint": null, "usage": {"completion_tokens": 153, "prompt_tokens": 131, "total_tokens": 284, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Improve an outline for a Wikipedia page. You already have a draft outline that covers the general information. Now you want to improve it based on the information learned from an information-seeking conversation to make it more informative.\n    Here is the format of your writing:\n    1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n    2. Do not include other information.\n    3. Do not include topic name itself in the outline.\n\n---\n\nFollow the following format.\n\nThe topic you want to write: ${topic}\n\nConversation history:\n${conv}\n\nCurrent outline:\n${old_outline}\n\nWrite the Wikipedia page outline (Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, ...):\n${outline}\n\n---\n\nThe topic you want to write: CRW telesystem \n\nConversation history:\nWikipedia Writer: Can you provide an overview of what the CRW telesystem is and its primary functions?\nExpert: The CRW Telesystem-Mesko is a modern organization based in Poland, specializing in the development and production of advanced military technology, particularly in the field of missile systems. Its primary functions include the research, development, and manufacturing of various defense systems, with a notable focus on anti-aircraft missile systems.\nOne of the key products developed by CRW Telesystem-Mesko is the portable anti-aircraft missile system known as GROM/PIORUN. This system is notable for its capability to utilize domestically produced components, which not only enhances Poland's defense autonomy but also positions the country among a select group of nations capable of manufacturing such military equipment independently. This capability allows for greater security and reduces reliance on foreign suppliers for critical defense technology.\nThe organization also emphasizes continuous growth and development, leveraging its intellectual potential and research capabilities to innovate and improve its products. This commitment to advancement is reflected in its participation in defense conferences, such as the DEFENSE24 DAY & SOFEAST conference, where it showcases its developments and engages with the wider defense community.\nAdditionally, CRW Telesystem-Mesko has been involved in cutting-edge projects, including the development of laser-guided systems. The company has explored various laser technologies, working on modules featuring both discharge lamp-pumped lasers and diode-pumped semiconductor lasers, indicating its commitment to pushing the boundaries of existing military technologies.\nOverall, CRW Telesystem-Mesko plays a critical role in Poland's defense sector by combining research with practical application to produce high-quality military systems, ensuring national security and contributing to the global defense landscape.\nWikipedia Writer: Can you provide more details about the current projects and technologies CRW Telesystem-Mesko is focusing on, especially those involving laser-guided systems?\nExpert: CRW Telesystem-Mesko is currently engaged in several projects focused on advanced laser-guided systems, leveraging its extensive experience in laser technology and optoelectronics. One of the key areas of development is their portable laser target designation systems, which are modular and compliant with NATO standards. These systems are designed for the precision guidance of munitions, including missiles and aerial bombs, by illuminating targets with laser beams ().\nThe company has a notable history in developing technologies that integrate laser guidance, having participated in significant defense projects. For instance, the design team has worked on fire control systems for military tanks, such as the T-55 MERIDA and PT-91 DRAWA, as well as on laser protection systems for these platforms. This experience has enabled them to create innovative solutions for \"smart\" weapon systems, which are increasingly essential in modern warfare ().\nIn addition to developing conventional laser systems, CRW Telesystem-Mesko is also exploring semiconductor laser technologies. They have been adapting their laser target designator systems to incorporate diode-pumped semiconductor lasers, following earlier work with discharge-pumped laser systems. This dual approach allows them to innovate further while addressing the changing technological landscape of laser applications (, ).\nOverall, CRW Telesystem-Mesko is committed to advancing its capabilities in laser-guided technologies, ensuring their systems meet modern military requirements and enhance operational effectiveness. The company's ongoing research and development projects illustrate their dedication to maintaining a leadership position in this critical area of defense technology.\nWikipedia Writer: Could you share specific examples or case studies where CRW Telesystem-Mesko's laser-guided systems have been successfully deployed in military operations or exercises?\nExpert: CRW Telesystem-Mesko has developed several advanced laser-guided systems that have been integrated into military operations and exercises. One notable example is the anti-tank guided missile Pirat, which utilizes a guidance system based on a reflected laser beam. This system has been enhanced with the ZMO-1 optoelectronic module, which includes a laser rangefinder designated LPD-A, showcasing the sophisticated technology developed by the company.\nAdditionally, the GROM/PIORUN portable anti-aircraft missile system is another significant product of CRW Telesystem-Mesko. This system was developed by a team that included Dr. Eng. Janusz Noga, who has a background in missile system modernization, contributing to the capabilities of modern anti-aircraft defense. The advancements in the GROM and PIORUN systems reflect the ongoing commitment of CRW Telesystem-Mesko to improve the effectiveness of missile systems through research and technological innovation.\nWhile specific case studies of these systems' deployment in military operations or exercises are not detailed in the available information, the presence of such advanced guidance technologies in military systems suggests their integration into tactical scenarios, enhancing the operational effectiveness of armed forces equipped with these solutions.\nOverall, CRW Telesystem-Mesko's focus on cutting-edge technology and their expertise in developing guided missile systems highlight their important role in modern military capabilities, although further specific examples of operational deployments would require additional sources or documentation.\nWikipedia Writer: Can you provide a general overview of what the CRW telesystem is and its primary function?\nExpert: The CRW Telesystem-Mesko is a modern organization specializing in defense technologies, particularly in the development and production of advanced military systems. Its primary function revolves around providing innovative solutions for the Polish Armed Forces, particularly through the integration of optical and electronic systems in defense applications.\nOne of the key products associated with CRW Telesystem-Mesko is the \"Pirat,\" a light anti-tank guided missile (ATGM) that utilizes a laser guidance system co-developed with CRW Telesystem. This project is part of the broader Pustelnik program, which aims to enhance the capabilities of the Polish military by focusing on domestic production and technological independence in missile systems, allowing Poland to manufacture these weapons from entirely domestic components (sources and ).\nAdditionally, CRW Telesystem-Mesko is involved in the development of electronic components for self-guiding heads, which play a critical role in modern missile systems. The company focuses on leveraging both traditional and semiconductor laser technologies to enhance the performance of these guidance systems, showcasing their commitment to ongoing technological advancements (source ).\nWith a strong emphasis on research and development, CRW Telesystem-Mesko aims to transfer scientific innovations directly into practical military applications, thus supporting the growth and modernization of the Polish defense industry (source ). The organization not only caters to specific military needs but also contributes to the overall enhancement of national security through advanced technological solutions.\nWikipedia Writer: When was CRW Telesystem-Mesko established, and what were the key milestones in its development?\nExpert: CRW Telesystem-Mesko Sp. z o.o. was established as a key player in the defense sector, particularly known for its contributions to portable anti-aircraft missile systems. While the gathered information does not specify the exact date of establishment, the company's development has been significantly tied to the evolution of the GROM missile system, which has undergone modernization leading to the development of the PIORUN missile.\nOne of the key milestones in CRW Telesystem-Mesko's development was its involvement in the product development team for the GROM portable anti-aircraft missile system. This system has been recognized for its effectiveness and has been modernized multiple times, culminating in the introduction of the PIORUN missile, which is a critical enhancement of the original GROM system. Dr. Eng. Janusz Noga, who serves as the President of the Management Board, was notably part of this team, indicating the continuity of expertise and leadership within the company.\nIn addition to missile development, CRW Telesystem-Mesko has also focused on the development and implementation of key components for modernizing the GROM missile system, which reflects the company\u2019s commitment to innovation and adapting to contemporary defense needs. The success of these projects showcases the intellectual potential and technological capabilities that the company has fostered over time.\nOverall, while specific establishment details are lacking, the evolution of CRW Telesystem-Mesko is marked by its pivotal role in advancing missile technology, specifically through the GROM/PIORUN systems.\nWikipedia Writer: Could you provide details on the major products developed by CRW Telesystem-Mesko and their technological features?\nExpert: CRW Telesystem-Mesko has developed a range of advanced military products, primarily focusing on portable air defense systems and associated technologies. One of the notable products is the \"KUSZA\" system, which was created in collaboration with Mesko SA and the Institute of Optoelectronics at the Military University of Technology. The KUSZA is characterized by its modularity and compactness, enabling it to be mounted on light vehicles weighing up to 3.5 tonnes and various other platforms, which enhances its operational flexibility in diverse military applications .\nIn addition to the KUSZA, CRW Telesystem-Mesko is known for its involvement in the development of the GROM/PIORUN portable anti-aircraft missile systems. The GROM system, along with its modernization into the PIORUN missile, incorporates advanced guidance technologies such as the electronics block for the guidance system (GSN) and the start mechanisms specifically designed for these missile systems .\nMoreover, the company has worked on laser technology, particularly in the development of the LPC-1, the first Polish laser target illuminator. This device is entirely based on Polish technical expertise and utilizes a laser illumination point to enhance targeting accuracy. Parallel to this project, CRW Telesystem-Mesko is also engaged in creating a laser head module that employs a discharge lamp-pumped laser, alongside an analogous module utilizing a diode-pumped semiconductor laser .\nOverall, the major products from CRW Telesystem-Mesko highlight a commitment to enhancing the capabilities of air defense systems through modular design, advanced guidance technologies, and innovative laser systems, marking the company as a key player in the field of military technology in Poland.\nWikipedia Writer: Can you provide an overview of what the CRW telesystem is and its primary function?\nExpert: The CRW Telesystem is a modern organization that operates as a subsidiary of Mesko S.A., primarily involved in the development and production of advanced technological equipment and systems for the defense industry. Its core focus is on enhancing military capabilities through innovation, specifically in the realm of missile technology and guidance systems.\nOne of the notable projects associated with CRW Telesystem is the development of the Pirat anti-tank guided missile (ATGM), which has been specifically designed to meet the requirements of the Polish Armed Forces. This missile utilizes a laser guidance system that was developed in collaboration with CRW Telesystem-Mesko, showcasing the company's capability to create sophisticated military solutions that align with modern warfare demands. The Pirat project is part of the broader Pustelnik program, indicating its strategic importance to Polish defense efforts.\nCRW Telesystem also plays a significant role in the production of components for the GROM/PIORUN portable anti-aircraft missile system. The company has contributed to the development of key elements, such as electronic guidance units, which enhance the operational effectiveness of these missile systems. The GROM missile system has undergone multiple modernizations, leading to the introduction of the PIORUN missile, which has further improved its capabilities.\nIn addition to missile systems, CRW Telesystem-Mesko has also been involved in the development of guided artillery missiles, such as the APR 120 and APR 155. These projects illustrate the company's expertise in creating a range of advanced defense technologies.\nOverall, CRW Telesystem-Mesko is recognized for its commitment to research and development, fostering technological advancement within the defense sector. The organization is dedicated to transferring research outcomes to practical applications in the industry, thereby contributing to national and international security efforts. Its emphasis on innovation, backed by a competent management team, positions CRW Telesystem as a key player in the Polish defense industry.\nWikipedia Writer: Can you provide a brief history of CRW Telesystem's founding and its evolution over the years?\nExpert: CRW Telesystem-Mesko Sp. z o.o. has a noteworthy history that is intertwined with advancements in defense technology, particularly in missile systems. The company's origins can be traced back to its founders, one of whom was Simon Sirois, an entrepreneur known for establishing various local businesses. Among these was Setelco, which specialized in paging devices and was later transformed into Telesystem. In 1978, management of Telesystem was taken over by Simon's son, Charles Sirois, marking a significant transition in the company's trajectory.\nAs CRW Telesystem evolved, it began focusing on developing advanced military technologies, particularly in the area of portable anti-aircraft systems. A pivotal figure in this evolution is Dr. Eng. Janusz Noga, the current President of the Management Board, who was instrumental in the product development of the GROM portable anti-aircraft missile system. His contributions have been crucial in the subsequent modernization efforts that led to the development of the PIORUN missile, showcasing the company's commitment to innovation in defense technologies.\nThe continuous and consistent development of CRW Telesystem has resulted in increased employment and the expansion of its scientific and research capabilities. The company has positioned itself as a modern organization capable of transferring research outcomes into practical industrial applications, producing technologically advanced equipment and devices. This focus on technological advancement and research integration has solidified CRW Telesystem\u2019s reputation within the defense industry and exemplifies its role in Poland's military technology sector.\nThrough its various products, including components for the GROM/PIORUN missile systems, CRW Telesystem has become a key player in the market, highlighting its ongoing commitment to innovation and excellence in the field.\nWikipedia Writer: Can you provide more details on the technological innovations introduced in the Pirat anti-tank guided missile project and its impact on the defense capabilities of the Polish Armed Forces?\nExpert: The Pirat anti-tank guided missile project represents a significant advancement in the defense capabilities of the Polish Armed Forces, focusing on enhancing anti-tank defense, which has historically been an underdeveloped area within the military. The project is being undertaken by a collaboration of Polish companies, including MESKO S.A. and CRW Telesystem Mesko, alongside the Ukrainian enterprise DerzhKKB Luch. This collaboration leverages the strengths of domestic industry to bolster Poland's military readiness.\nOne of the key technological innovations in the Pirat project is the development of a gyroscopically stabilized guidance head, which is crucial for achieving accuracy and effectiveness in various operational scenarios. This guidance system, along with an advanced autopilot developed in cooperation with DerzhKKB \u201cRay,\u201d allows the missile to maintain stability and precision during flight, enhancing its effectiveness against armored targets (Sources , ).\nThe missile system includes a semi-active guidance mechanism and is designed to be adaptable for use in both regular operational units and the newly formed Territorial Defense component. The project has considered two variants, Pirat-1 and Pirat-2, which share several common components, including the guidance system, further optimizing production and operational efficiency (Source ).\nIn addition to direct targeting capabilities, the Pirat system's integration with the Perun unmanned ground vehicle (UGV) enhances its operational versatility. This integration allows for the engagement of targets not only through the Pirat missile but also enables the guidance of precision munitions from other platforms, including artillery and drones, by reflecting laser guidance (Source , ). This multifunctional approach significantly amplifies the tactical options available to Polish forces in combat situations.\nThe introduction of the Pirat missile system, as part of the PUSTELNIK program, signifies a strategic move to upgrade Poland's anti-tank capabilities in light of contemporary security challenges. This modernization effort aligns with the Polish Ministry of Defence's goals to improve overall military effectiveness and readiness against potential threats (Source ).\nOverall, the technological innovations introduced through the Pirat project not only enhance the Polish Armed Forces' anti-tank defense but also represent a critical step towards more comprehensive military modernization through collaboration with domestic and international partners.\nWikipedia Writer: Can you provide an overview of what the CRW telesystem is and its primary functions?\nExpert: The CRW Telesystem-Mesko is a modern organization in Poland that specializes in the development and production of advanced military technology, particularly in the field of missile systems and related components. Established as part of the Mesko S.A. conglomerate, the company has a strong focus on research and development, enabling the effective transfer of research results into practical industrial applications.\nOne of the primary functions of CRW Telesystem is the design and manufacture of various missile systems, including the GROM and PIORUN portable anti-aircraft missile systems. The GROM system is particularly notable as it has undergone multiple modernizations, resulting in the enhanced PIORUN variant, which reflects advancements in military technology and operational capabilities. Additionally, CRW Telesystem has developed components such as electronic guidance systems and launch mechanisms for these missile systems, ensuring they meet contemporary military standards and requirements.\nAnother significant project undertaken by CRW Telesystem is the \"Pirat,\" a light anti-tank guided missile (ATGM). The Pirat system is notable for its laser guidance technology, which has been developed in collaboration with Mesko S.A. This project is particularly relevant to the needs of the Polish Armed Forces, as it aims to fulfill specific operational requirements outlined within the Pustelnik program.\nThe organization is recognized for its capacity to produce military equipment using domestic components, which enhances Poland's independence in defense manufacturing and places the country among a select group of nations capable of producing such technology. As a result of consistent growth and development, CRW Telesystem-Mesko has expanded its workforce and scientific research capabilities, solidifying its position in the defense industry.\nOverall, CRW Telesystem plays a crucial role in the Polish defense sector, contributing to both national security and the advancement of military technology through its innovative products and research initiatives.\nWikipedia Writer: Can you provide detailed information on the technological advancements and specific capabilities of the GROM and PIORUN missile systems developed by CRW Telesystem?\nExpert: The GROM and PIORUN missile systems, developed by CRW Telesystem, represent significant advancements in portable air-defense technology. The GROM, a man-portable air-defense system (MANPADS), is rooted in the design of the Soviet 9K38 Igla and features a 72 mm anti-aircraft missile capable of reaching flight speeds of 650 m/s. Its design includes a single-use launcher and a reusable gripstock, complemented by a thermal battery coolant assembly electric unit, which enhance its operational efficiency and usability in the field .\nOne of the key technological advancements in the GROM system is its optoelectronic tracking capabilities. CRW Telesystem produces essential components for both the GROM and PIORUN systems, particularly focusing on the development of unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors, along with hybrid preamplifiers. This positions CRW Telesystem among the top producers of guidance heads for missile systems and makes it one of the few manufacturers globally capable of producing detectors with such exceptional parameters, rivaling major industry players from Russia and the USA .\nThe evolution from GROM to the PIORUN missile system introduced several enhancements aimed at increasing effectiveness against various aerial threats. The PIORUN features an upgraded missile that offers an extended range and a proximity fuse designed to improve target engagement capabilities, particularly against smaller aerial targets. Additionally, the PIORUN includes a sophisticated control system that features a mini keyboard adjacent to the trigger, allowing operators to select target types, environmental conditions, and operational modes seamlessly .\nFurthermore, CRW Telesystem has expanded its capabilities through collaborative projects, including the development of the mobile MSR KUSZA anti-aircraft system. This innovative system is built on an off-road platform that can carry up to six GROM/PIORUN missile launchers, integrated with advanced day and night tracking and firing systems. This reflects the company's commitment to enhancing the versatility and deployability of its missile systems in various operational contexts .\nOverall, the GROM and PIORUN missile systems not only demonstrate CRW Telesystem's commitment to advanced missile technology but also underline the company's significant role in modern air defense capabilities through innovative engineering and strategic collaborations.\nWikipedia Writer: Can you elaborate on the \"Pirat\" light anti-tank guided missile system, particularly its development, features, and significance in the context of the Pustelnik program?\nExpert: The \"Pirat\" light anti-tank guided missile (ATGM) system is a Polish-made missile developed under the Pustelnik program, which was initiated by the Polish armed forces to fill the operational gap between anti-tank grenade launchers and heavier anti-tank systems like Spike-LR and Brimstone missiles. This initiative reflects a strategic need to modernize and diversify Poland's anti-tank capabilities, particularly in the context of evolving threats on the battlefield.\nThe Pirat missile system has been developed collaboratively by Polish defense companies, including CRW Telesystem-Mesko and PCO. Notably, the companies have recently completed work on a new laser illumination and guidance system, enhancing the missile's targeting and operational effectiveness. The design goals for Pirat align with the expectations articulated by the Polish Armed Forces, highlighting its suitability as the primary solution offered in response to the requirements set out in the Pustelnik program.\nOne of the significant advantages of the Pirat system is its versatility; it is designed to not only engage armored combat vehicles but also to target a variety of other structures, such as fortifications. This broad capability is essential for modern military operations, where flexibility in targeting is often critical. The Pustelnik program aims for high quantities of missiles and launchers, emphasizing the operational need for a robust anti-tank arsenal that can adapt to various combat scenarios.\nMoreover, the Pirat missile system represents a qualitative leap in Poland's indigenous defense technology, demonstrating the country\u2019s commitment to enhancing its military capabilities through domestic production. This is particularly significant given the competitive landscape of military procurement, where various entities, both domestic and foreign, have expressed interest in participating in the Pustelnik program, underscoring the importance of Pirat as a contender in this market.\nOverall, the development of the Pirat ATGM is a critical component of Poland's broader strategy to modernize its armed forces and ensure effective deterrence against potential threats, reinforcing the country's defense posture in a rapidly changing security environment.\n\nCurrent outline:\n# Introduction\n# History\n## Origins\n## Expansion and Growth\n## Present Day\n# Technology and Infrastructure\n## Satellite Technology\n## Ground Stations\n## Network Architecture\n# Services Offered\n## Television Broadcasting\n## Internet Services\n## Telephony\n## Business Solutions\n# Geographic Coverage\n## Domestic\n## International\n# Regulatory and Legal Environment\n## Licensing\n## Compliance Issues\n## Privacy and Security\n# Partnerships and Collaborations\n## Media Companies\n## Technology Partners\n## Government Agencies\n# Future Developments\n## Technological Advances\n## Market Expansion\n## Strategic Goals\n# Criticisms and Controversies\n## Service Quality\n## Pricing and Accessibility\n## Environmental Impact\n\n\nWrite the Wikipedia page outline (Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, ...):", "response": {"id": "chatcmpl-ADVPKcHtKDreu1Ba6dF8DqqXXL0re", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# Introduction\n# Overview of CRW Telesystem\n## Primary Functions and Objectives\n## Role in the Polish Defense Sector\n# History and Development\n## Establishment and Evolution\n## Key Milestones and Achievements\n### Development of the GROM and PIORUN Missile Systems\n### Participation in the Pustelnik Program\n# Technological Innovations and Products\n## Portable Anti-Aircraft Missile Systems\n### GROM Missile System\n### PIORUN Missile System\n## Anti-Tank Guided Missile Systems\n### Pirat ATGM\n### Technological Features and Capabilities\n## Laser-Guided Systems\n### Laser Target Designation Systems\n### Development of Laser Protection Systems\n## Advanced Laser Technology\n### Semiconductor Laser Technologies\n### Integration in Military Operations\n# Projects and Collaborations\n## Key Projects\n### Pirat Anti-Tank Guided Missile Project\n### APR 120 and APR 155 Guided Artillery Missiles\n## Collaborations\n### Domestic and International Partnerships\n### Role in DEFENSE24 DAY & SOFEAST Conference\n# Impact and Contributions\n## Enhancing Poland's Defense Capabilities\n## Contributions to National and International Security\n## Technological Independence and Innovation\n# Future Directions\n## Ongoing Research and Development Projects\n### Focus on Advanced Laser-Guided Technologies\n## Strategic Goals and Market Expansion\n# Criticisms and Challenges\n## Challenges in Defense Technology Development\n## Addressing Technological and Operational Limitations", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782358, "model": "gpt-4-0125-preview", "object": "chat.completion", "service_tier": null, "system_fingerprint": null, "usage": {"completion_tokens": 298, "prompt_tokens": 5009, "total_tokens": 5307, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write a Wikipedia section based on the collected information.\n\n    Here is the format of your writing:\n        1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n        2. Use [1], [2], ..., [n] in line (for example, \"The capital of the United States is Washington, D.C.[1][3].\"). You DO NOT need to include a References or Sources section to list the sources at the end.\n\n---\n\nFollow the following format.\n\nThe collected information:\n${info}\n\nThe topic of the page: ${topic}\n\nThe section you need to write: ${section}\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):\n${output}\n\n---\n\nThe collected information:\n[1]\nAnti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened through the coordinated implementation of programs - mostly using domestic industry.\n[2]\nIn order to increase the effectiveness, the countermeasures shall be varied and interconnected and fused into a single fighting system, due to the presence of active and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could also be utilized in order to fight against targets other than combat vehicles, such as fortifications.\n[3]\nThe above makes it possible to use the system during joint allied operations, as the allied fire control systems remain compatible with the missile. The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now. Tests carried out at the Military Institute of Armament Technology range in Nowa D\u0119ba were to confirm the correctness of the assumptions adopted and to verify the R&D solutions applied in practice. ... Pirat ATGM Mock-up showcased in Kielce.\n[4]\nThe Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.\n[5]\nNextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\nThis makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\n[6]\nU.S. Counter-UAS Systems ... Air Defense of U.S. Partners ... April 12th, 2022 U.S. Missile Defense \u2013 An Overview of Past, Current, and Future Roles and Responsibilities\n[7]\nThe company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\nManufacturer of guiding heads (GSN) and starting mechanisms for the Grom, Piorun, SZP Poprad, ZUR-23-2KG Jodek-G, ZUR-23-2SP and ZSU-23-4MP Bia\u0142a missile sets and the KUSZA missile system. Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.\nManufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.\nThe top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;\n\nThe topic of the page: CRW telesystem \n\nThe section you need to write: Criticisms and Challenges\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):", "response": {"id": "chatcmpl-ADVPlacdS95pXa1F2zP64FbXcNakg", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# Criticisms and Challenges\n\nCRW Telesystem-Mesko has faced criticism for its role in addressing the anti-tank defense capabilities of the Polish Army, which remains one of the most neglected areas in the military sector[1]. Despite ongoing analytical work and attempts to introduce new battle platforms, a generational breakthrough has yet to be achieved, raising concerns about the effectiveness and timeliness of their projects[1].\n\nAnother challenge lies in the necessity for the coordinated implementation of varied and interconnected countermeasures to form a cohesive fighting system. The presence of active and passive protection systems demands advanced tactics tailored to specific anti-tank weaponry, a complex task that the company must navigate carefully[2].\n\nThe Pirat program, although promising in terms of possessing a high quantity of missiles and launchers for diverse combat applications, has faced scrutiny regarding its alignment with allied fire control systems. While tests have been carried out to confirm the assumptions and verify R&D solutions, the project remains in its final stages, leaving some uncertainties about its full operational capabilities[3].\n\nMoreover, the Armament Agency's announcement of seven entities submitting proposals for the Pustelnik ATGM has sparked competition both domestically and internationally. This adds another layer of complexity for CRW Telesystem-Mesko as it seeks to secure its place in the market amid strong foreign contenders like Raytheon Missiles & Defense and Lockheed Martin Co.[4].\n\nDespite these challenges, the company has emphasized its expertise in laser technology and optoelectronics, which has been instrumental in past significant defense programs. However, ensuring the seamless integration of these technologies into current and future systems remains an ongoing challenge[7].", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782385, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_057232b607", "usage": {"completion_tokens": 337, "prompt_tokens": 1261, "total_tokens": 1598, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write a Wikipedia section based on the collected information.\n\n    Here is the format of your writing:\n        1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n        2. Use [1], [2], ..., [n] in line (for example, \"The capital of the United States is Washington, D.C.[1][3].\"). You DO NOT need to include a References or Sources section to list the sources at the end.\n\n---\n\nFollow the following format.\n\nThe collected information:\n${info}\n\nThe topic of the page: ${topic}\n\nThe section you need to write: ${section}\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):\n${output}\n\n---\n\nThe collected information:\n[1]\nIn order to increase the effectiveness, the countermeasures shall be varied and interconnected and fused into a single fighting system, due to the presence of active and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could also be utilized in order to fight against targets other than combat vehicles, such as fortifications.\nOne of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.\n[2]\nThe above makes it possible to use the system during joint allied operations, as the allied fire control systems remain compatible with the missile. The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now. Tests carried out at the Military Institute of Armament Technology range in Nowa D\u0119ba were to confirm the correctness of the assumptions adopted and to verify the R&D solutions applied in practice. ... Pirat ATGM Mock-up showcased in Kielce.\nLPC-1 laser target designator is required for the munitions to function efficiently. The system is a product resulting from a joint R&D project executed by Mesko S.A. in collaboration with CRW Telesystem Mesko. The laser beam is encoded and exhibits full NATO compliance.\nPolish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.\nPirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us.\nThe project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now.\n[3]\nNextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\nOn September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.\nLaser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs. The prototype CLU-P targeting and guidance unit for the Pirat set, developed by TELESYSTEM-Mesko and PCO SA, also had its premiere at the XXIX MSPO.\n[4]\nPolish companies CRW Telesystem-Mesko and PCO have completed work on a qualitatively new laser illumination and guidance system for the anti-tank guided missile Pirat.\nThe project of a new light anti-tank missile complex Pirat is one of the areas of cooperation between the Ukrainian enterprise DerzhKKB Luch and a number of Polish companies.\n[5]\nThe top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;\nIn the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:\nThese include: the ability to comprehensively design and test opto-electronic systems, technologies of precise assembly of optical elements, production technologies of photodetectors based on InSb and PbS with high detection (D*> 10^10 (cm*Hz^0.5/W). Manufacturing of electronics, e.g., processing modules for the seeker head (GSN), electronics of the starting mechanism, proximity sensor and the fuse, and unauthorized use prevention system. CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.\nThe company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\nCRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.\n[6]\nThe Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.\n[7]\nThus, PERUN became the first armed robot in Poland, which enables effective and safe fire from machine guns and the PIRAT ATGM. It is worth emphasising that the consolidation of the military, scientific and Polish industry around the subject of combat robots is also a success. The unique knowledge gained during the project implementation allows for further development in the field of unmanned armed land platforms.\u201d Damian Jarosz, Project Manager.\n\nThe topic of the page: CRW telesystem \n\nThe section you need to write: Future Directions\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):", "response": {"id": "chatcmpl-ADVPkXGCgO97fdZC2NUBqj60asqaP", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# Future Directions\n\nCRW Telesystem-Mesko is actively involved in advancing laser and optoelectronic technologies, particularly in support of Poland's defense capabilities. A significant aspect of the company's future endeavors focuses on the Pirat anti-tank guided missile (ATGM) program. This project, a collaborative effort between Mesko S.A., the Military University of Technology, and Ukrainian partner DKKB Luch, is in its final stages, with tests confirming the validity of the adopted assumptions and the practical application of R&D solutions[2].\n\nOne of the notable aspects of the Pirat program is its emphasis on developing a cost-effective and versatile weapon system. Unlike more expensive missiles guided by optical fiber or advanced optronic systems, the Pirat program aims to produce a high quantity of missiles and launchers that can target not only combat vehicles but also fortifications. This aligns with the broader strategy of integrating various countermeasures into a unified combat system, increasing overall effectiveness[1].\n\nIn addition to the Pirat ATGM, CRW Telesystem-Mesko has developed the LPC-1 laser target designator, a crucial component for the missile's operational efficiency. This laser system is NATO-compliant, ensuring its compatibility with allied fire control systems, thereby enhancing its utility in joint operations[2]. Further, the company showcased a prototype targeting and guidance unit, CLU-P, at the XXIX International Defence Industry Exhibition in Kielce, indicating ongoing innovations in this domain[3].\n\nCRW Telesystem-Mesko also leverages its extensive experience in laser and optoelectronic technologies to develop new systems for both military and civilian applications. The company's expertise spans the creation of fire control systems, laser protection systems, and advanced photodetector production technologies. These technologies are crucial for developing modern \"smart\" weapon systems, which are expected to play a significant role in future combat scenarios[5].\n\nAnother innovative direction for CRW Telesystem-Mesko is the development of unmanned armed land platforms. The PERUN project, Poland's first armed robot capable of operating machine guns and the PIRAT ATGM, highlights the potential for integrating advanced weaponry with robotic platforms. This project reflects a broader trend of consolidating military, scientific, and industrial efforts in the field of combat robotics, positioning CRW Telesystem-Mesko at the forefront of this emerging technology[7].", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782384, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_057232b607", "usage": {"completion_tokens": 484, "prompt_tokens": 1690, "total_tokens": 2174, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write a Wikipedia section based on the collected information.\n\n    Here is the format of your writing:\n        1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n        2. Use [1], [2], ..., [n] in line (for example, \"The capital of the United States is Washington, D.C.[1][3].\"). You DO NOT need to include a References or Sources section to list the sources at the end.\n\n---\n\nFollow the following format.\n\nThe collected information:\n${info}\n\nThe topic of the page: ${topic}\n\nThe section you need to write: ${section}\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):\n${output}\n\n---\n\nThe collected information:\n[1]\nThe above makes it possible to use the system during joint allied operations, as the allied fire control systems remain compatible with the missile. The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now. Tests carried out at the Military Institute of Armament Technology range in Nowa D\u0119ba were to confirm the correctness of the assumptions adopted and to verify the R&D solutions applied in practice. ... Pirat ATGM Mock-up showcased in Kielce.\nPolish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.\n[2]\nThe Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.\n[3]\nThe top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\nThe top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;\nThe company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\nBy participating in 1993 in the Strategic Government Program \u201cModern technologies for the development of the air defence system of troops and facilities\u201d, TELESYSTEM-MESKO Sp. z o. o. became a leader in innovation in the design and production of the most critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM).\n[4]\nIt is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced. At the moment, the anti-tank capabilities of the Polish Army are based on the medium range Spike-LR anti tank guided missiles which are also expected to be integrated with the armoured combat vehicles, including the Rosomak APC and - further down the road \u2013 the new IFV.\nPolish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.\n[5]\nAt the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko. The tradition of the fair is the 9th edition of the State Security Leader Gala, where prestigious awards are granted for innovation and special achievements in the field of supporting the defence system and capabilities, as well as for actions taken for the benefit of state security.\nThis makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\nThe jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\n[6]\nU.S. Counter-UAS Systems ... Air Defense of U.S. Partners ... April 12th, 2022 U.S. Missile Defense \u2013 An Overview of Past, Current, and Future Roles and Responsibilities\nDecember 2016: Poland\u2019s Defence Ministry signs a contract with Mesko for 1,300 Piorun missiles and 420 launchers[v] September 2015: The Piorun is first presented at the MSPO 2015 International Defense Exhibition[vi] 2014: Lithuania signed a 34 million Euro contract for Grom systems at the MSPO 2014 International Defense Exhibition in Poland[vii] [i]https://www.armyrecognition.com/polish_missile_vehicles_systems_weapons_poland_uk/grom_manpads_man-portable_air_defense_missile_system_technical_data_sheet_specifications_pictures.html\n[7]\nInstead of being used as a system to defend a significant area against enemy air attack, it was now used to defend much smaller \"point\" targets, which needed to lie within the system's TBM \"footprint\". The footprint is the area on the ground that Patriot can defend against inbound ballistic missiles. During the 1980s, Patriot was upgraded in relatively minor ways, mostly via its software. The most significant of these was a special upgrade to discriminate and intercept artillery rockets in the vein of the multiple rocket launcher, which was seen as a significant threat from North Korea. This feature has not been used in combat and has since been deleted from U.S.\n[8]\nThus, PERUN became the first armed robot in Poland, which enables effective and safe fire from machine guns and the PIRAT ATGM. It is worth emphasising that the consolidation of the military, scientific and Polish industry around the subject of combat robots is also a success. The unique knowledge gained during the project implementation allows for further development in the field of unmanned armed land platforms.\u201d Damian Jarosz, Project Manager.\n\nThe topic of the page: CRW telesystem \n\nThe section you need to write: Impact and Contributions\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):", "response": {"id": "chatcmpl-ADVPlsJarDMGD41l7gnRZLrsgJOK5", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# Impact and Contributions\n\nCRW Telesystem-Mesko has played a pivotal role in advancing Poland's defense capabilities through a range of innovative research and development programs. The organization has made significant contributions in the field of laser technology and optoelectronics, with its top engineers participating in crucial projects for the Polish military[3]. Notably, CRW Telesystem-Mesko has developed fire control systems for T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, and laser protection systems such as BOBRAWA and OBRA for these tanks. These efforts have led to the production of world-class weapons and equipment[3].\n\nOne of the most critical achievements was their involvement in the Strategic Government Program \"Modern technologies for the development of the air defence system of troops and facilities\" in 1993, which positioned TELESYSTEM-MESKO as a leader in innovation. This program led to the development of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM), a key element in Poland's air defense arsenal[3].\n\nMoreover, CRW Telesystem-Mesko has been integral in the creation of several advanced missile systems. These include the \"Piorun\" portable anti-aircraft missile system and the \"Pirat\" anti-tank guided missile (ATGM), as well as the APR 120 and APR 155 guided artillery missiles[5]. The Pirat ATGM, in particular, is designed to complement existing systems like the Spike-LR missiles and the upcoming generation of anti-tank grenade launchers, enhancing Poland's anti-tank capabilities[1][4]. Importantly, the Pirat can be produced entirely from domestic components, thereby reducing dependency on foreign supplies and bolstering Poland\u2019s defense industry[5].\n\nCRW Telesystem-Mesko's innovations extend beyond traditional weaponry. The organization was instrumental in the development of PERUN, Poland's first armed robot capable of effective and safe fire from machine guns and the PIRAT ATGM. This project not only represents a significant leap in unmanned armed land platforms but also underscores the successful collaboration between the military, scientific community, and Polish industry[8].\n\nThe collective efforts and technological advancements by CRW Telesystem-Mesko have significantly strengthened Poland's defense systems, making the country more self-reliant and capable in terms of military technology.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782385, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_057232b607", "usage": {"completion_tokens": 484, "prompt_tokens": 1808, "total_tokens": 2292, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write a Wikipedia section based on the collected information.\n\n    Here is the format of your writing:\n        1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n        2. Use [1], [2], ..., [n] in line (for example, \"The capital of the United States is Washington, D.C.[1][3].\"). You DO NOT need to include a References or Sources section to list the sources at the end.\n\n---\n\nFollow the following format.\n\nThe collected information:\n${info}\n\nThe topic of the page: ${topic}\n\nThe section you need to write: ${section}\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):\n${output}\n\n---\n\nThe collected information:\n[1]\nThe top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;\nIn the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:\nThe company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\nNATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.\nThe top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\n[2]\nThe above makes it possible to use the system during joint allied operations, as the allied fire control systems remain compatible with the missile. The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now. Tests carried out at the Military Institute of Armament Technology range in Nowa D\u0119ba were to confirm the correctness of the assumptions adopted and to verify the R&D solutions applied in practice. ... Pirat ATGM Mock-up showcased in Kielce.\nThe project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now.\n[3]\nThis light anti-tank missile complex was born in close cooperation with the Ukrainian state enterprise DerzhKKB Luch, Defense Express reports. Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat).\nThe project of a new light anti-tank missile complex Pirat is one of the areas of cooperation between the Ukrainian enterprise DerzhKKB Luch and a number of Polish companies.\n[4]\nThe Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.\n[5]\nThe missile would be capable of penetrating up to 550 mm of steel armor covered by ERA (Explosive Reactive Armor). The Pirat 2 is a light short-range ATGM weapons system with a manually-launched missile that is self-guided after launch following the target-reflected laser beam trajectory.\nThe Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle. The Pirat is an ATGM (Anti-Tank Guided Missile) jointly developed by the defense industry of Ukraine and Poland.\nPolish-made Pirat ATGM Anti-Tank Guided Missile. (Picture source Army Recognition) The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle.\n[6]\nThe quantity of the missiles does not make it possible though to fully meet the requirements of the Army, thus, 9M14 Malyutka missiles which are becoming obsolete are also being used. One of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.\nOne of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.\n[7]\nThe integration of PERUN with the PIRAT anti-tank guided missile launcher and their guidance system allows not only to hit targets directly, but also to guide precision-guided ammunition (APR 155 mm and APR 120 mm) or other weapons compliant with STANAG 3733 (including bombs and guided missiles) on reflected laser radiation from fighters and drones).\u201d Damian Jarosz, Project Manager.\n[8]\nNextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\nOn September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.\nThis makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\nAt the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko.\n[9]\nAccording to press releases during the Russo-Georgian War, Polish-made GROM missiles targeted Russian planes and helicopters 20 times, 12 missiles were fired out of which 9 hit their targets, and most likely shot down a Su-25. The Indonesian Army bought around 152 Grom missiles as part of Kobra (Aster) V-SHORAD system, including four Poprad mobile launchers, 12 ZUR-23-2 kg-I launchers and 76 missiles delivered in 2007 and the second such system ordered in 2006.\n[10]\nU.S. Counter-UAS Systems ... Air Defense of U.S. Partners ... April 12th, 2022 U.S. Missile Defense \u2013 An Overview of Past, Current, and Future Roles and Responsibilities\n\nThe topic of the page: CRW telesystem \n\nThe section you need to write: Projects and Collaborations\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):", "response": {"id": "chatcmpl-ADVPl4HRsWmlmThFaOXmsL1bYwELF", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# Projects and Collaborations\n\nCRW Telesystem-Mesko has been pivotal in numerous research and development programs, particularly those of significant importance for defense. The company's expertise spans across various high-tech fields including laser technology and optoelectronics, which has allowed it to develop advanced technical solutions for \"smart\" weapons systems[1]. Their work includes the development of fire control systems for T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as BOBRAWA and OBRA laser protection systems for these tanks. They have also been involved in the construction of lasers for both military and civilian use[1].\n\nOne of the notable projects is the Pirat anti-tank guided missile (ATGM), a collaborative effort involving Mesko S.A., the Military University of Technology, CRW Telesystem-Mesko, and the Ukrainian partner DKKB Luch[2]. The Pirat project, which is in its final stages, includes a new control and guidance system developed by Telesystem-Mesko and PCO, known as the CLU-P (Command Launch Unit \u2013 Pirat)[3]. The Pirat missile system is designed to be compatible with allied fire control systems, making it suitable for joint allied operations[2].\n\nCRW Telesystem-Mesko also contributes to the Pustelnik program, initiated by the Polish armed forces to fill the gap between anti-tank grenade launchers and heavier ATGMs like the Spike-LR and Brimstone missiles[5]. The Pirat 2, another development within this program, is a light short-range ATGM capable of penetrating up to 550 mm of steel armor covered by Explosive Reactive Armor (ERA)[5].\n\nThe integration of the PERUN system with the PIRAT launcher enhances the versatility of the missile system, allowing it to guide precision-guided ammunition such as the APR 155 mm and APR 120 mm, as well as other compliant weapons[7]. This capability extends the effectiveness of the system to include precision targeting from fighters and drones, utilizing reflected laser radiation[7].\n\nAdditionally, CRW Telesystem-Mesko has showcased its products at significant defense industry events. For example, at the XXIX International Defence Industry Exhibition in Kielce in 2021, the company presented various products, including the \"Piorun\" portable anti-aircraft missile system, the \"Pirat\" ATGM, and the APR 120 and APR 155 guided artillery missiles, which were developed with their participation[8].\n\nThrough these projects and collaborations, CRW Telesystem-Mesko not only contributes to the advancement of military technology but also reinforces Poland's position as a key player in the production of advanced military equipment[8].", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782385, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_057232b607", "usage": {"completion_tokens": 559, "prompt_tokens": 2085, "total_tokens": 2644, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write a Wikipedia section based on the collected information.\n\n    Here is the format of your writing:\n        1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n        2. Use [1], [2], ..., [n] in line (for example, \"The capital of the United States is Washington, D.C.[1][3].\"). You DO NOT need to include a References or Sources section to list the sources at the end.\n\n---\n\nFollow the following format.\n\nThe collected information:\n${info}\n\nThe topic of the page: ${topic}\n\nThe section you need to write: ${section}\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):\n${output}\n\n---\n\nThe collected information:\n[1]\nConsistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.\nCRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry. It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems.\nIt develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. It creates and manufactures the world-unique InSb and PbS photodetectors, specialised optics and modern hybrid preamplifiers. As a result of many years of work on homing warheads (GSN) for MANPADS, CRW TELESYSTEM-MESKO has developed and implemented a number of critical technologies.\n[2]\nTELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers. Thanks to this, the Company is among the leading producers of guidance heads for missile systems and, next to the giants from Russia and the USA, the only serial manufacturer of detectors with such exceptional parameters;\nCRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:\n[3]\nPirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us.\nLPC-1 laser target designator is required for the munitions to function efficiently. The system is a product resulting from a joint R&D project executed by Mesko S.A. in collaboration with CRW Telesystem Mesko. The laser beam is encoded and exhibits full NATO compliance.\nPolish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.\n[4]\nIn order to increase the effectiveness, the countermeasures shall be varied and interconnected and fused into a single fighting system, due to the presence of active and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could also be utilized in order to fight against targets other than combat vehicles, such as fortifications.\nIt is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced. At the moment, the anti-tank capabilities of the Polish Army are based on the medium range Spike-LR anti tank guided missiles which are also expected to be integrated with the armoured combat vehicles, including the Rosomak APC and - further down the road \u2013 the new IFV.\nThe initiative would make use of the expertise gathered before, during the works pertaining to semi-actively laser guided precision munitions, especially the guidance systems. This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system.\nPolish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.\n[5]\nThe Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.\n[6]\nAnti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened through the coordinated implementation of programs - mostly using domestic industry.\n[7]\nThis makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\n\nThe topic of the page: CRW telesystem \n\nThe section you need to write: Overview of CRW Telesystem\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):", "response": {"id": "chatcmpl-ADVPkBljGSz6Y9c2w2IOpR5Vyy2VS", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# Overview of CRW Telesystem\n\nCRW TELESYSTEM-Mesko is a modern organization specializing in research and development (R&D) and production within the defense industry. The company has experienced consistent growth in staff and expansion of its scientific and research potential over the years. CRW TELESYSTEM-Mesko excels in transferring research results to industrial applications, producing technologically advanced equipment and devices[1].\n\nThe company's primary focus is on developing, implementing, and producing optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. Notably, CRW TELESYSTEM-Mesko has developed and manufactured world-unique indium antimonide (InSb) and lead sulfide (PbS) photodetectors, specialized optics, and modern hybrid preamplifiers. These technologies are a result of extensive work on homing warheads (GSN) for Man-Portable Air Defense Systems (MANPADS), leading to the implementation of several critical technologies[1].\n\nCRW TELESYSTEM-Mesko is also a producer of key components for the GROM and PIORUN MANPADS, specifically the coordinator with an emphasis on the optoelectronic track. This includes the globally unique InSb and PbS photodetectors and hybrid preamplifiers. Due to these advancements, the company is recognized as one of the leading producers of guidance heads for missile systems. It stands alongside major producers from Russia and the USA as one of the few serial manufacturers of detectors with exceptional parameters[2].\n\nIn addition to MANPADS, CRW TELESYSTEM-Mesko is involved in the development of the Pirat anti-tank guided missile (ATGM) system. The Pirat system has been designed to meet the requirements of the Polish Armed Forces, specifically within the context of the Pustelnik program. The LPC-1 laser target designator, a critical component for the system's effectiveness, was developed through a joint R&D project between Mesko S.A. and CRW Telesystem Mesko. The system is fully NATO compliant and features an encoded laser beam[3].\n\nThe Pirat ATGM is intended to complement the existing Spike-LR missiles in Poland's arsenal and the forthcoming new generation anti-tank grenade launchers. The system aims to enhance anti-tank capabilities by incorporating both active and passive protection systems and adaptable tactics against specific anti-tank weaponry. The Polish defense industry is working on multiple variants of the Pirat system, with Pirat-1 and Pirat-2 sharing numerous common components, including a gyro-stabilized laser guidance system[4]. \n\nThrough these efforts, CRW TELESYSTEM-Mesko contributes significantly to Poland's defense capabilities, ensuring independence from foreign suppliers and positioning Poland among the few countries with the capacity to produce such advanced military equipment[7].", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782384, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_057232b607", "usage": {"completion_tokens": 579, "prompt_tokens": 1348, "total_tokens": 1927, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write a Wikipedia section based on the collected information.\n\n    Here is the format of your writing:\n        1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n        2. Use [1], [2], ..., [n] in line (for example, \"The capital of the United States is Washington, D.C.[1][3].\"). You DO NOT need to include a References or Sources section to list the sources at the end.\n\n---\n\nFollow the following format.\n\nThe collected information:\n${info}\n\nThe topic of the page: ${topic}\n\nThe section you need to write: ${section}\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):\n${output}\n\n---\n\nThe collected information:\n[1]\nBy participating in 1993 in the Strategic Government Program \u201cModern technologies for the development of the air defence system of troops and facilities\u201d, TELESYSTEM-MESKO Sp. z o. o. became a leader in innovation in the design and production of the most critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM).\nConsistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.\nThe top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;\nThe initiator of creation of the company in 1993, The Development and Implementation Centre Telesystem -Mesko Sp. z o.o. was a team of scientists and constructors led by professor Zbigniew Puzewicz, all with previous background in the Military University of Technology and operating within the Mikroel company.\nHe participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:\nThe company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\nHe managed the group executing the project for the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round. He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:\n[2]\nOn January 1, 2013, Bumar Amunicja manufactured their 2,000th Grom missile set. Grom was later improved into what became known as the Piorun, with a new seeker and rocket motor. The system is designed to be operated by one soldier. It consists of a single-stage projectile, a single-use tubular launcher, a starting mechanism, and an on-ground power supply.\nBecause of that, in late 1992 various Polish works and design bureaus (among them the Zielonka-based Military Institute of Armament Technology, the WAT Military University of Technology and the Skar\u017cysko Rocket Design Bureau) started working on a new Igla-like design. These were allegedly helped by the Polish intelligence services able to buy the design plans of the original 9K38 Igla missile system in the LOMO works in Leningrad (modern St. Petersburg) during the turmoil following the dissolution of the Soviet Union. By 1995 the first batch (marked as GROM-1) entered service.\n[3]\nSimon Sirois was an entrepreneur through and through, getting several local businesses off the ground in a variety of sectors. One of the companies he founded, Setelco - which later evolved to become Telesystem -, was bought out by his son Charles, who took over the management reins of this family business specializing in paging devices in 1978.\n[4]\nPirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us.\nThe project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now.\n[5]\nPRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[6]\nAt the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko. The tradition of the fair is the 9th edition of the State Security Leader Gala, where prestigious awards are granted for innovation and special achievements in the field of supporting the defence system and capabilities, as well as for actions taken for the benefit of state security.\nThe jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\n[7]\nIts design and operation are an original Polish development. Thanks to it, it became possible to install GROM/PIORUN missiles on various launch platforms. CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:\nThis device was created in cooperation with specialists from the Quantum Electronics Team of the Military University of Technology. Its design and operation are an original Polish development. Thanks to it, it became possible to install GROM/PIORUN missiles on various launch platforms. CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:\n[8]\nThe system consists of the missile, a single-use launcher, a starting mechanism, and an on-ground power supply.[i]The Grom uses an infrared homing system with a dual-band seeker and can also be equipped with an Identification Friend-or-Foe device or a thermal imaging sight.[ii]\nThe only variant of the Grom is the Piorun MANPADS. The Piorun is a modern version of the system with multiple changes. These include: a day/night optical sight added to the tube launcher, a new missile with an increased range and a proximity fuse to make it more effective against small aerial targets, and a new control system.[iii]The control system is a mini keyboard next to the trigger that can be used to select types of targets, environments, and work modes.[iv]\n[9]\nThe Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.\nMBDA Missile System Inc. Zak\u0142ady Sprz\u0119tu Precyzyjnego Niewiad\u00f3w Sp. z o.o. Wojskowy Instytut Techniczny Uzbrojenia (Military Institute of Armament Technology) ... Pustelnik is a light ATGM programme that has been going on since at least 2017.\n[10]\nThe Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle. The Pirat is an ATGM (Anti-Tank Guided Missile) jointly developed by the defense industry of Ukraine and Poland.\n\nThe topic of the page: CRW telesystem \n\nThe section you need to write: History and Development\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):", "response": {"id": "chatcmpl-ADVPl2VnabJa30TQl8sgK73rpbnzE", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# History and Development\n\nCRW TELESYSTEM-MESKO Sp. z o.o., established in 1993, emerged as a leader in the field of air defense technologies by participating in the Strategic Government Program \"Modern technologies for the development of the air defence system of troops and facilities\" [1]. This participation marked the beginning of its innovation journey, particularly in the design and production of critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM) [1]. The company's consistent development led to an increase in staff and expansion of its scientific and research capabilities [1].\n\nCRW TELESYSTEM-MESKO, a modern organization, has effectively transferred research results to the industry, producing technologically advanced equipment and devices [1]. The company's top engineers have contributed significantly to defense-related research and development programs. Notable projects include the development of fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as the BOBRAWA and OBRA laser protection systems for these tanks [1]. Additionally, they have been involved in the construction of lasers for both military and civilian applications, developing modern technical solutions for \"smart\" weapons systems [1].\n\nThe initiative to create the company in 1993 was led by a team of scientists and constructors, including Professor Zbigniew Puzewicz, who had a background in the Military University of Technology and worked within the Mikroel company [1]. Professor Puzewicz also contributed to the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy, enhancing the missiles' parameters and extending their service life [1]. Between 2008 and 2017, he managed teams working on development projects implemented by IOE MUT and CRW TELESYSTEM-MESKO, including the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round [1].\n\nBy 1995, the first batch of GROM missiles entered service, thanks to the collaborative efforts of various Polish design bureaus, including the Zielonka-based Military Institute of Armament Technology, the WAT Military University of Technology, and the Skar\u017cysko Rocket Design Bureau [2]. These efforts were reportedly aided by Polish intelligence services that acquired design plans of the original 9K38 Igla missile system during the post-Soviet Union dissolution turmoil [2]. The GROM system was later improved into the PIORUN, featuring a new seeker and rocket motor, with the system designed to be operated by a single soldier [2]. The PIORUN system consists of a missile, a single-use launcher, a starting mechanism, and an on-ground power supply [2][8].\n\nIn addition to its missile systems, CRW TELESYSTEM-MESKO has also been involved in other significant defense projects, such as the PIRAT anti-tank guided missile, developed in cooperation with the Military University of Technology and the Ukrainian company DKKB Luch [4]. The PIRAT missile meets the Polish Armed Forces' requirements and is designed to fill the gap between anti-tank grenade launchers and heavier ATGMs [4][10]. The system is noted for its ability to be manufactured using domestic components, reducing dependence on foreign suppliers [6].", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782385, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_057232b607", "usage": {"completion_tokens": 670, "prompt_tokens": 2179, "total_tokens": 2849, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write a Wikipedia section based on the collected information.\n\n    Here is the format of your writing:\n        1. Use \"#\" Title\" to indicate section title, \"##\" Title\" to indicate subsection title, \"###\" Title\" to indicate subsubsection title, and so on.\n        2. Use [1], [2], ..., [n] in line (for example, \"The capital of the United States is Washington, D.C.[1][3].\"). You DO NOT need to include a References or Sources section to list the sources at the end.\n\n---\n\nFollow the following format.\n\nThe collected information:\n${info}\n\nThe topic of the page: ${topic}\n\nThe section you need to write: ${section}\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):\n${output}\n\n---\n\nThe collected information:\n[1]\nBy participating in 1993 in the Strategic Government Program \u201cModern technologies for the development of the air defence system of troops and facilities\u201d, TELESYSTEM-MESKO Sp. z o. o. became a leader in innovation in the design and production of the most critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM).\nThe top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;\n\u201cDevelopment and implementation of a light system with a guided missile with a range of 2.5 km, codenamed PIRAT.\nTechnologies for both the opto-mechanical module and the integration of electronic tribrach modules, compass, azimuth and target elevation measurement, coding (STANAG 3733). The production profile includes various components for portable anti-aircraft and anti-tank missile systems and precision-guided ammunition.\nHe participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:\nThe company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .\nThese include: the ability to comprehensively design and test opto-electronic systems, technologies of precise assembly of optical elements, production technologies of photodetectors based on InSb and PbS with high detection (D*> 10^10 (cm*Hz^0.5/W). Manufacturing of electronics, e.g., processing modules for the seeker head (GSN), electronics of the starting mechanism, proximity sensor and the fuse, and unauthorized use prevention system. CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.\nCRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.\n[2]\nPRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO\n[3]\nThus, PERUN became the first armed robot in Poland, which enables effective and safe fire from machine guns and the PIRAT ATGM. It is worth emphasising that the consolidation of the military, scientific and Polish industry around the subject of combat robots is also a success. The unique knowledge gained during the project implementation allows for further development in the field of unmanned armed land platforms.\u201d Damian Jarosz, Project Manager.\nPIRAT is a light, portable short-range anti-tank missile (up to 2.5 km) self-guiding to laser radiation reflected from the target, fired from the shoulder or from a universal, modular position for detection, tracking, identification and targeting (CLU \u2013 developed by CRW Telesystem -Mesko and PCO SA), containing a tripod launcher. The system uses precise guidance of the reflected laser beam illuminating the target, which the missile attacks from the so-called \u2018upper hemisphere\u2019, which guarantees very high combat effectiveness.\n[4]\nautonomous Launch Mechanisms for launching missiles from the KUSZA MSR;\nhunting (ambush action) against targets on anticipated flight paths at ceilings of up to 4 km (aircraft, helicopters, missiles with flight speeds of up to 320 m/s (cruise missiles, anti-radiation missiles, air-to-ground missiles), unmanned aerial vehicles and other aerial targets. PrevControl and measurement equipment of the GROM/PIORUN missile system\nadditional 2 Launch Mechanisms for launching the missile \u201cfrom the shoulder\u201d; \u00b7 8-12 Ground Power Blocks with high-pressure nitrogen. \u00b7 The launcher set can be integrated with various Command Systems (including the possibility of using the REGA anti-aircraft defence command automation kit) and the \u201cFriend-Foe\u201d ID system. ... \u201cCrossbow\u201d sets, by their light weight and high mobility, are very easy to hide in the field, and by the passivity of their operation they cannot be detected by technical observation systems.\n[5]\nThe quantity of the missiles does not make it possible though to fully meet the requirements of the Army, thus, 9M14 Malyutka missiles which are becoming obsolete are also being used. One of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.\nIt is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced. At the moment, the anti-tank capabilities of the Polish Army are based on the medium range Spike-LR anti tank guided missiles which are also expected to be integrated with the armoured combat vehicles, including the Rosomak APC and - further down the road \u2013 the new IFV.\nOne of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.\nThe initiative would make use of the expertise gathered before, during the works pertaining to semi-actively laser guided precision munitions, especially the guidance systems. This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system.\nThe said missile could be used to neutralize machine gun stations, points of resistance, gathering points for the military units, logistics equipment, helicopters or small vessels. The technology demonstrator of the Pirat-2 missile has already gone through the initial field tests. For the purpose of providing a proper guidance measure, LPC-1 laser target illumination device has been developed too.\n[6]\nIn the presented module, it was installed above the original ZMO-1, and the final version is to use a variant of the CLU-P targeting and guidance system of the Pirat set (TELESYSTEM-Mesko, PCO SA). Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs.\nThis makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE\nLaser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs. The prototype CLU-P targeting and guidance unit for the Pirat set, developed by TELESYSTEM-Mesko and PCO SA, also had its premiere at the XXIX MSPO.\nAt the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko.\n[7]\nThe system consists of the missile, a single-use launcher, a starting mechanism, and an on-ground power supply.[i]The Grom uses an infrared homing system with a dual-band seeker and can also be equipped with an Identification Friend-or-Foe device or a thermal imaging sight.[ii]\n[8]\nOn January 1, 2013, Bumar Amunicja manufactured their 2,000th Grom missile set. Grom was later improved into what became known as the Piorun, with a new seeker and rocket motor. The system is designed to be operated by one soldier. It consists of a single-stage projectile, a single-use tubular launcher, a starting mechanism, and an on-ground power supply.\nThe full name of the system is PZR\n\nThe topic of the page: CRW telesystem \n\nThe section you need to write: Technological Innovations and Products\n\nWrite the section with proper inline citations (Start your writing with # section title. Don't include the page title or try to write other sections):", "response": {"id": "chatcmpl-ADVPlvzwJb2lWpVb9wJhaPHGhPovZ", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "# Technological Innovations and Products\n\nCRW Telesystem-Mesko has established itself as a leader in innovation within the defense sector, particularly through its involvement in the 1993 Strategic Government Program, \u201cModern technologies for the development of the air defence system of troops and facilities\u201d[1]. The company has focused on the design and production of critical elements for the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM), contributing significantly to the advancement of Polish defense technology.\n\n## Key Research and Development Projects\n\nThe top engineers at CRW Telesystem-Mesko have been integral to numerous high-stakes research and development programs. These include fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as BOBRAWA and OBRA laser protection systems for these tanks[1]. Additionally, the company has been involved in the construction of lasers for both military and civilian purposes, highlighting their versatility and expertise in laser technology and optoelectronics[1].\n\n## Missile Systems\n\nThe company has been particularly successful in the field of missile technology. They have developed and implemented missile flight control and flight path simulation algorithms, alongside a guided missile system with a range of 2.5 km, codenamed PIRAT[1]. The PIRAT is a light, portable short-range anti-tank missile that uses laser radiation for target guidance, ensuring high combat effectiveness[3]. It can be fired from the shoulder or from a modular position equipped with a tripod launcher[3].\n\n## Anti-Aircraft Systems\n\nCRW Telesystem-Mesko has also made significant strides in anti-aircraft defense systems. The GROM/PIORUN missile system is one of their standout products, featuring an infrared homing system with a dual-band seeker[7]. This system has been upgraded to include an Identification Friend-or-Foe device and a thermal imaging sight, improving its operational capabilities[7]. Additionally, the Piorun variant includes a new seeker and rocket motor, making it a more advanced iteration of the original Grom system[8].\n\n## Laser and Optoelectronic Technologies\n\nThe company has extensive experience in the fields of laser technology and optoelectronics. They have mastered the production of Nd:YAG lasers used in target designators and laser rangefinders, which meet stringent military environmental requirements for battlefield conditions[1]. CRW Telesystem-Mesko has also developed precise assembly technologies for optical elements and production technologies for photodetectors, including InSb and PbS-based detectors with high detection capabilities[1].\n\n## Collaborative Projects\n\nCRW Telesystem-Mesko has worked on various collaborative projects, such as the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy[1]. They have also been involved in creating the PERUN, Poland\u2019s first armed robot capable of firing machine guns and the PIRAT ATGM, marking a significant achievement in unmanned armed land platforms[3].\n\nIn summary, CRW Telesystem-Mesko\u2019s extensive experience and innovative approach have led to the development of world-class defense technologies, solidifying their position as a leader in the field. Their contributions span across various domains, including missile systems, laser and optoelectronic technologies, and collaborative defense projects.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782385, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_057232b607", "usage": {"completion_tokens": 674, "prompt_tokens": 2376, "total_tokens": 3050, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
+{"prompt": "Write a lead section for the given Wikipedia page with the following guidelines:\n    1. The lead should stand on its own as a concise overview of the article's topic. It should identify the topic, establish context, explain why the topic is notable, and summarize the most important points, including any prominent controversies.\n    2. The lead section should be concise and contain no more than four well-composed paragraphs.\n    3. The lead section should be carefully sourced as appropriate. Add inline citations (e.g., \"Washington, D.C., is the capital of the United States.[1][3].\") where necessary.\n\n---\n\nThe topic of the page: CRW telesystem \n\nThe draft page:\n# Overview of CRW Telesystem\n\nCRW TELESYSTEM-Mesko is a modern organization specializing in research and development (R&D) and production within the defense industry. The company has experienced consistent growth in staff and expansion of its scientific and research potential over the years. CRW TELESYSTEM-Mesko excels in transferring research results to industrial applications, producing technologically advanced equipment and devices[1].\nThe company's primary focus is on developing, implementing, and producing optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. Notably, CRW TELESYSTEM-Mesko has developed and manufactured world-unique indium antimonide (InSb) and lead sulfide (PbS) photodetectors, specialized optics, and modern hybrid preamplifiers. These technologies are a result of extensive work on homing warheads (GSN) for Man-Portable Air Defense Systems (MANPADS), leading to the implementation of several critical technologies[1].\nCRW TELESYSTEM-Mesko is also a producer of key components for the GROM and PIORUN MANPADS, specifically the coordinator with an emphasis on the optoelectronic track. This includes the globally unique InSb and PbS photodetectors and hybrid preamplifiers. Due to these advancements, the company is recognized as one of the leading producers of guidance heads for missile systems. It stands alongside major producers from Russia and the USA as one of the few serial manufacturers of detectors with exceptional parameters[2].\nIn addition to MANPADS, CRW TELESYSTEM-Mesko is involved in the development of the Pirat anti-tank guided missile (ATGM) system. The Pirat system has been designed to meet the requirements of the Polish Armed Forces, specifically within the context of the Pustelnik program. The LPC-1 laser target designator, a critical component for the system's effectiveness, was developed through a joint R&D project between Mesko S.A. and CRW Telesystem Mesko. The system is fully NATO compliant and features an encoded laser beam[3].\nThe Pirat ATGM is intended to complement the existing Spike-LR missiles in Poland's arsenal and the forthcoming new generation anti-tank grenade launchers. The system aims to enhance anti-tank capabilities by incorporating both active and passive protection systems and adaptable tactics against specific anti-tank weaponry. The Polish defense industry is working on multiple variants of the Pirat system, with Pirat-1 and Pirat-2 sharing numerous common components, including a gyro-stabilized laser guidance system[4].\nThrough these efforts, CRW TELESYSTEM-Mesko contributes significantly to Poland's defense capabilities, ensuring independence from foreign suppliers and positioning Poland among the few countries with the capacity to produce such advanced military equipment[5].\n\n# History and Development\n\nCRW TELESYSTEM-MESKO Sp. z o.o., established in 1993, emerged as a leader in the field of air defense technologies by participating in the Strategic Government Program \"Modern technologies for the development of the air defence system of troops and facilities\" [1]. This participation marked the beginning of its innovation journey, particularly in the design and production of critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM) [1]. The company's consistent development led to an increase in staff and expansion of its scientific and research capabilities [1].\nCRW TELESYSTEM-MESKO, a modern organization, has effectively transferred research results to the industry, producing technologically advanced equipment and devices [1]. The company's top engineers have contributed significantly to defense-related research and development programs. Notable projects include the development of fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as the BOBRAWA and OBRA laser protection systems for these tanks [1]. Additionally, they have been involved in the construction of lasers for both military and civilian applications, developing modern technical solutions for \"smart\" weapons systems [1].\nThe initiative to create the company in 1993 was led by a team of scientists and constructors, including Professor Zbigniew Puzewicz, who had a background in the Military University of Technology and worked within the Mikroel company [1]. Professor Puzewicz also contributed to the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy, enhancing the missiles' parameters and extending their service life [1]. Between 2008 and 2017, he managed teams working on development projects implemented by IOE MUT and CRW TELESYSTEM-MESKO, including the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round [1].\nBy 1995, the first batch of GROM missiles entered service, thanks to the collaborative efforts of various Polish design bureaus, including the Zielonka-based Military Institute of Armament Technology, the WAT Military University of Technology, and the Skar\u017cysko Rocket Design Bureau [6]. These efforts were reportedly aided by Polish intelligence services that acquired design plans of the original 9K38 Igla missile system during the post-Soviet Union dissolution turmoil [6]. The GROM system was later improved into the PIORUN, featuring a new seeker and rocket motor, with the system designed to be operated by a single soldier [6]. The PIORUN system consists of a missile, a single-use launcher, a starting mechanism, and an on-ground power supply [6][7].\nIn addition to its missile systems, CRW TELESYSTEM-MESKO has also been involved in other significant defense projects, such as the PIRAT anti-tank guided missile, developed in cooperation with the Military University of Technology and the Ukrainian company DKKB Luch [3]. The PIRAT missile meets the Polish Armed Forces' requirements and is designed to fill the gap between anti-tank grenade launchers and heavier ATGMs [3][8]. The system is noted for its ability to be manufactured using domestic components, reducing dependence on foreign suppliers [5].\n\n# Technological Innovations and Products\n\nCRW Telesystem-Mesko has established itself as a leader in innovation within the defense sector, particularly through its involvement in the 1993 Strategic Government Program, \u201cModern technologies for the development of the air defence system of troops and facilities\u201d[1]. The company has focused on the design and production of critical elements for the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM), contributing significantly to the advancement of Polish defense technology.\n\n## Key Research and Development Projects\n\nThe top engineers at CRW Telesystem-Mesko have been integral to numerous high-stakes research and development programs. These include fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as BOBRAWA and OBRA laser protection systems for these tanks[1]. Additionally, the company has been involved in the construction of lasers for both military and civilian purposes, highlighting their versatility and expertise in laser technology and optoelectronics[1].\n\n## Missile Systems\n\nThe company has been particularly successful in the field of missile technology. They have developed and implemented missile flight control and flight path simulation algorithms, alongside a guided missile system with a range of 2.5 km, codenamed PIRAT[1]. The PIRAT is a light, portable short-range anti-tank missile that uses laser radiation for target guidance, ensuring high combat effectiveness[9]. It can be fired from the shoulder or from a modular position equipped with a tripod launcher[9].\n\n## Anti-Aircraft Systems\n\nCRW Telesystem-Mesko has also made significant strides in anti-aircraft defense systems. The GROM/PIORUN missile system is one of their standout products, featuring an infrared homing system with a dual-band seeker[7]. This system has been upgraded to include an Identification Friend-or-Foe device and a thermal imaging sight, improving its operational capabilities[7]. Additionally, the Piorun variant includes a new seeker and rocket motor, making it a more advanced iteration of the original Grom system[6].\n\n## Laser and Optoelectronic Technologies\n\nThe company has extensive experience in the fields of laser technology and optoelectronics. They have mastered the production of Nd:YAG lasers used in target designators and laser rangefinders, which meet stringent military environmental requirements for battlefield conditions[1]. CRW Telesystem-Mesko has also developed precise assembly technologies for optical elements and production technologies for photodetectors, including InSb and PbS-based detectors with high detection capabilities[1].\n\n## Collaborative Projects\n\nCRW Telesystem-Mesko has worked on various collaborative projects, such as the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy[1]. They have also been involved in creating the PERUN, Poland\u2019s first armed robot capable of firing machine guns and the PIRAT ATGM, marking a significant achievement in unmanned armed land platforms[9].\n\n# Projects and Collaborations\n\nCRW Telesystem-Mesko has been pivotal in numerous research and development programs, particularly those of significant importance for defense. The company's expertise spans across various high-tech fields including laser technology and optoelectronics, which has allowed it to develop advanced technical solutions for \"smart\" weapons systems[1]. Their work includes the development of fire control systems for T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as BOBRAWA and OBRA laser protection systems for these tanks. They have also been involved in the construction of lasers for both military and civilian use[1].\nOne of the notable projects is the Pirat anti-tank guided missile (ATGM), a collaborative effort involving Mesko S.A., the Military University of Technology, CRW Telesystem-Mesko, and the Ukrainian partner DKKB Luch[3]. The Pirat project, which is in its final stages, includes a new control and guidance system developed by Telesystem-Mesko and PCO, known as the CLU-P (Command Launch Unit \u2013 Pirat)[10]. The Pirat missile system is designed to be compatible with allied fire control systems, making it suitable for joint allied operations[3].\nCRW Telesystem-Mesko also contributes to the Pustelnik program, initiated by the Polish armed forces to fill the gap between anti-tank grenade launchers and heavier ATGMs like the Spike-LR and Brimstone missiles[8]. The Pirat 2, another development within this program, is a light short-range ATGM capable of penetrating up to 550 mm of steel armor covered by Explosive Reactive Armor (ERA)[8].\nThe integration of the PERUN system with the PIRAT launcher enhances the versatility of the missile system, allowing it to guide precision-guided ammunition such as the APR 155 mm and APR 120 mm, as well as other compliant weapons[9]. This capability extends the effectiveness of the system to include precision targeting from fighters and drones, utilizing reflected laser radiation[9].\nAdditionally, CRW Telesystem-Mesko has showcased its products at significant defense industry events. For example, at the XXIX International Defence Industry Exhibition in Kielce in 2021, the company presented various products, including the \"Piorun\" portable anti-aircraft missile system, the \"Pirat\" ATGM, and the APR 120 and APR 155 guided artillery missiles, which were developed with their participation[5].\nThrough these projects and collaborations, CRW Telesystem-Mesko not only contributes to the advancement of military technology but also reinforces Poland's position as a key player in the production of advanced military equipment[5].\n\n# Impact and Contributions\n\nCRW Telesystem-Mesko has played a pivotal role in advancing Poland's defense capabilities through a range of innovative research and development programs. The organization has made significant contributions in the field of laser technology and optoelectronics, with its top engineers participating in crucial projects for the Polish military[1]. Notably, CRW Telesystem-Mesko has developed fire control systems for T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, and laser protection systems such as BOBRAWA and OBRA for these tanks. These efforts have led to the production of world-class weapons and equipment[1].\nOne of the most critical achievements was their involvement in the Strategic Government Program \"Modern technologies for the development of the air defence system of troops and facilities\" in 1993, which positioned TELESYSTEM-MESKO as a leader in innovation. This program led to the development of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM), a key element in Poland's air defense arsenal[1].\nMoreover, CRW Telesystem-Mesko has been integral in the creation of several advanced missile systems. These include the \"Piorun\" portable anti-aircraft missile system and the \"Pirat\" anti-tank guided missile (ATGM), as well as the APR 120 and APR 155 guided artillery missiles[5]. The Pirat ATGM, in particular, is designed to complement existing systems like the Spike-LR missiles and the upcoming generation of anti-tank grenade launchers, enhancing Poland's anti-tank capabilities[3][4]. Importantly, the Pirat can be produced entirely from domestic components, thereby reducing dependency on foreign supplies and bolstering Poland\u2019s defense industry[5].\nCRW Telesystem-Mesko's innovations extend beyond traditional weaponry. The organization was instrumental in the development of PERUN, Poland's first armed robot capable of effective and safe fire from machine guns and the PIRAT ATGM. This project not only represents a significant leap in unmanned armed land platforms but also underscores the successful collaboration between the military, scientific community, and Polish industry[9].\nThe collective efforts and technological advancements by CRW Telesystem-Mesko have significantly strengthened Poland's defense systems, making the country more self-reliant and capable in terms of military technology.\n\n# Future Directions\n\nCRW Telesystem-Mesko is actively involved in advancing laser and optoelectronic technologies, particularly in support of Poland's defense capabilities. A significant aspect of the company's future endeavors focuses on the Pirat anti-tank guided missile (ATGM) program. This project, a collaborative effort between Mesko S.A., the Military University of Technology, and Ukrainian partner DKKB Luch, is in its final stages, with tests confirming the validity of the adopted assumptions and the practical application of R&D solutions[3].\nOne of the notable aspects of the Pirat program is its emphasis on developing a cost-effective and versatile weapon system. Unlike more expensive missiles guided by optical fiber or advanced optronic systems, the Pirat program aims to produce a high quantity of missiles and launchers that can target not only combat vehicles but also fortifications. This aligns with the broader strategy of integrating various countermeasures into a unified combat system, increasing overall effectiveness[4].\nIn addition to the Pirat ATGM, CRW Telesystem-Mesko has developed the LPC-1 laser target designator, a crucial component for the missile's operational efficiency. This laser system is NATO-compliant, ensuring its compatibility with allied fire control systems, thereby enhancing its utility in joint operations[3]. Further, the company showcased a prototype targeting and guidance unit, CLU-P, at the XXIX International Defence Industry Exhibition in Kielce, indicating ongoing innovations in this domain[5].\nCRW Telesystem-Mesko also leverages its extensive experience in laser and optoelectronic technologies to develop new systems for both military and civilian applications. The company's expertise spans the creation of fire control systems, laser protection systems, and advanced photodetector production technologies. These technologies are crucial for developing modern \"smart\" weapon systems, which are expected to play a significant role in future combat scenarios[1].\nAnother innovative direction for CRW Telesystem-Mesko is the development of unmanned armed land platforms. The PERUN project, Poland's first armed robot capable of operating machine guns and the PIRAT ATGM, highlights the potential for integrating advanced weaponry with robotic platforms. This project reflects a broader trend of consolidating military, scientific, and industrial efforts in the field of combat robotics, positioning CRW Telesystem-Mesko at the forefront of this emerging technology[9].\n\n# Criticisms and Challenges\n\nCRW Telesystem-Mesko has faced criticism for its role in addressing the anti-tank defense capabilities of the Polish Army, which remains one of the most neglected areas in the military sector[11]. Despite ongoing analytical work and attempts to introduce new battle platforms, a generational breakthrough has yet to be achieved, raising concerns about the effectiveness and timeliness of their projects[11].\nAnother challenge lies in the necessity for the coordinated implementation of varied and interconnected countermeasures to form a cohesive fighting system. The presence of active and passive protection systems demands advanced tactics tailored to specific anti-tank weaponry, a complex task that the company must navigate carefully[4].\nThe Pirat program, although promising in terms of possessing a high quantity of missiles and launchers for diverse combat applications, has faced scrutiny regarding its alignment with allied fire control systems. While tests have been carried out to confirm the assumptions and verify R&D solutions, the project remains in its final stages, leaving some uncertainties about its full operational capabilities[3].\nMoreover, the Armament Agency's announcement of seven entities submitting proposals for the Pustelnik ATGM has sparked competition both domestically and internationally. This adds another layer of complexity for CRW Telesystem-Mesko as it seeks to secure its place in the market amid strong foreign contenders like Raytheon Missiles & Defense and Lockheed Martin Co.[12].\nDespite these challenges, the company has emphasized its expertise in laser technology and optoelectronics, which has been instrumental in past significant defense programs. However, ensuring the seamless integration of these technologies into current and future systems remains an ongoing challenge[1].\n\nWrite the lead section:", "response": {"id": "chatcmpl-ADVPuPP3yIkrIO3ocuI06Fx8Laeh4", "choices": [{"finish_reason": "stop", "index": 0, "logprobs": null, "message": {"content": "**CRW Telesystem-Mesko** is a prominent organization specializing in research and development (R&D) and production within the defense industry, based in Poland. Founded in 1993, the company has gained recognition for its innovative contributions to military technology, particularly in the fields of optoelectronics and laser systems. CRW Telesystem-Mesko is notable for its role in developing advanced missile systems and photodetectors, which have significantly bolstered Poland's defense capabilities.\n\nThe company's expertise lies in producing critical components for portable anti-aircraft and anti-tank systems, such as the GROM and PIORUN Man-Portable Air Defense Systems (MANPADS). These systems feature unique indium antimonide (InSb) and lead sulfide (PbS) photodetectors, making CRW Telesystem-Mesko one of the few manufacturers capable of producing such advanced technology. The company also collaborates on various projects, including the Pirat anti-tank guided missile (ATGM), which is designed to enhance the Polish Armed Forces' anti-tank capabilities.\n\nDespite its achievements, CRW Telesystem-Mesko faces several challenges. The company has been criticized for delays in achieving significant breakthroughs in anti-tank defense technology and for the complex task of integrating various countermeasures into a cohesive fighting system. Additionally, the competitive landscape, with strong contenders like Raytheon Missiles & Defense and Lockheed Martin Co., adds pressure on the company to maintain its market position.\n\nOverall, CRW Telesystem-Mesko continues to play a crucial role in advancing Poland's defense technology, striving for innovation while navigating the complexities and challenges inherent in the defense sector. The company's contributions not only ensure Poland's defense self-reliance but also position it as a key player in the global defense industry.", "refusal": null, "role": "assistant", "function_call": null, "tool_calls": null}}], "created": 1727782394, "model": "gpt-4o-2024-05-13", "object": "chat.completion", "service_tier": null, "system_fingerprint": "fp_057232b607", "usage": {"completion_tokens": 372, "prompt_tokens": 3878, "total_tokens": 4250, "completion_tokens_details": {"reasoning_tokens": 0}}}, "raw_kwargs": {}}
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+{"https://telesystem.eu/en/": {"url": "https://telesystem.eu/en/", "description": "PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM ...", "snippets": ["PRODUCTS Przeno\u015bny przeciwlotniczy zestaw rakietowy GROM/PIORUN Czytaj dalej Bloki elektroniki g\u0142owicy samonaprowadzaj\u0105cej GSN Czytaj dalej Obiektyw koordynatora GSN Czytaj dalej Mechanizmy startowe GROM/PIORUN Czytaj dalej View all products INTELLECTUAL POTENTIAL COMPONENTS OF CRW TELESYSTEM MESKO"], "title": "Main - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, "https://telesystem.eu/en/about-us-2/": {"url": "https://telesystem.eu/en/about-us-2/", "description": "NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM...", "snippets": ["By participating in 1993 in the Strategic Government Program \u201cModern technologies for the development of the air defence system of troops and facilities\u201d, TELESYSTEM-MESKO Sp. z o. o. became a leader in innovation in the design and production of the most critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM).", "Manufacturer of guiding heads (GSN) and starting mechanisms for the Grom, Piorun, SZP Poprad, ZUR-23-2KG Jodek-G, ZUR-23-2SP and ZSU-23-4MP Bia\u0142a missile sets and the KUSZA missile system. Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "The design of the System allowed for obtaining a low signature in every spectrum, from radar through visible, infrared and acoustic. MSR \u201cKUSZA\u201d fully uses the capabilities and parameters of the GROM/PIORUN missile \u2013 autonomous interception and target tracking. The day and night optoelectronic sights used increase the combat capabilities of the missile. CRW-Telesystem with the participation of prof.", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.", "\u201cDevelopment and implementation of a light system with a guided missile with a range of 2.5 km, codenamed PIRAT.", "He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "The company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies Janusz NOGA President of the Management Board Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile", "CRW-Telesystem with the participation of prof. Zbigniew Puzewicz conducted research on new methods of balancing the homing head coordinator. The proposed solution was implemented, which allowed for a radical improvement in the quality of the homing heads. Centrum Rozwojowo-Wdro\u017ceniowe Telesystem-Mesko Sp. z o. o. employs over 100 staff, most of them with higher technical education. The company employs senior and experienced engineers, constructors, technologists in the field of optoelectronics, analogue and digital electronics and precision mechanics.", "Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry. It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems.", "These include: the ability to comprehensively design and test opto-electronic systems, technologies of precise assembly of optical elements, production technologies of photodetectors based on InSb and PbS with high detection (D*> 10^10 (cm*Hz^0.5/W). Manufacturing of electronics, e.g., processing modules for the seeker head (GSN), electronics of the starting mechanism, proximity sensor and the fuse, and unauthorized use prevention system. CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "Technologies for both the opto-mechanical module and the integration of electronic tribrach modules, compass, azimuth and target elevation measurement, coding (STANAG 3733). The production profile includes various components for portable anti-aircraft and anti-tank missile systems and precision-guided ammunition.", "He managed the group executing the project for the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round. He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.", "It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. It creates and manufactures the world-unique InSb and PbS photodetectors, specialised optics and modern hybrid preamplifiers. As a result of many years of work on homing warheads (GSN) for MANPADS, CRW TELESYSTEM-MESKO has developed and implemented a number of critical technologies.", "Management Board CRW Telesystem Mesko Sp. z o.o. The company's history Working area Research Projects Personnel Potential Competencies Technologies \u00b7 Dr Eng. Janusz Noga was a member of the product development team working on the GROM portable anti-aircraft missile system, and its subsequent modernizations, resulting with the PIORUN missile program.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;", "The initiator of creation of the company in 1993, The Development and Implementation Centre Telesystem -Mesko Sp. z o.o. was a team of scientists and constructors led by professor Zbigniew Puzewicz, all with previous background in the Military University of Technology and operating within the Mikroel company.", "Currently, it designs and manufactures various types of homing warheads, launch mechanisms for anti-aircraft systems used by the Polish Army, authorization systems, control and measurement stations. At the same time, it carries out various projects for the national defence industry.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .", "CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:"], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/": {"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW ...", "snippets": ["NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "The ZSMU-1276 A3B module is armed with a 12.7 mm HGM, WKM \u2013 Bm (made by WZM \u201cTarn\u00f3w\u201d) and the anti-tank guided missile Pirat (made by: MESKO SA, TELESYSTEM \u2013 Mesko). Due to the ATGM guidance system using reflected laser beam, the integrated optoelectronic module ZMO-1 (PCO SA) was expanded with a laser rangefinder -LPD-A designator (TELESYSTEM-Mesko).", "We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology. The features of the whole set are its modularity and compactness, allowing the \u201cKUSZA\u201d to be mounted on light vehicles, including those weighing up to 3.5 tonnes, and on platforms.", "At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko. The tradition of the fair is the 9th edition of the State Security Leader Gala, where prestigious awards are granted for innovation and special achievements in the field of supporting the defence system and capabilities, as well as for actions taken for the benefit of state security.", "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "In the presented module, it was installed above the original ZMO-1, and the final version is to use a variant of the CLU-P targeting and guidance system of the Pirat set (TELESYSTEM-Mesko, PCO SA). Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs.", "This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "We have also exhibited the MSR \u201cKusza\u201d mobile missile system with Grom / Piorun anti-aircraft guided missiles. On the second day of MSPO 2021, our stand was visited by Brig. Kazimierz Dy\u0144ski, commander of the 3rd Warsaw Air Defence Missile Brigade. The \u201cKUSZA\u201d mobile missile system can provide autonomous anti-aircraft defence for independently operating military units. We developed \u201cKUSZA\u201d in cooperation with Mesko SA and the Institute of Optoelectronics of the Military University of Technology.", "Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs. The prototype CLU-P targeting and guidance unit for the Pirat set, developed by TELESYSTEM-Mesko and PCO SA, also had its premiere at the XXIX MSPO.", "At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko."], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, "https://milmag.pl/crw-telesystem-mesko-na-mspo-2024/": {"url": "https://milmag.pl/crw-telesystem-mesko-na-mspo-2024/", "description": "Sp\u00f3\u0142ka CRW Telesystem-Mesko, specjalizuj\u0105ca si\u0119 w pracach B+R oraz produkcji dla przemys\u0142u obronnego, podczas XXXII MSPO 2024 w Kielcach zaprezentowa\u0142a Zintegrowane Optoelektroniczne \u015arodowisko Wsparcia Wsp\u00f3\u0142czesnego Pola Walki (LRF/IFF/FSO/LWS).", "snippets": ["This category only includes cookies that ensures basic functionalities and security features of the website.", "We use cookies on our website to give you the most relevant experience by remembering your preferences and repeat visits. By clicking \u201cAccept\u201d, you consent to the use of ALL the cookies. ... This website uses cookies to improve your experience while you navigate through the website. Out of these, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website.", "We also use third-party cookies that help us analyze and understand how you use this website. These cookies will be stored in your browser only with your consent. You also have the option to opt-out of these cookies. But opting out of some of these cookies may affect your browsing experience. ... Necessary cookies are absolutely essential for the website to function properly."], "title": "CRW Telesystem-Mesko na MSPO 2024 \u2013 MILMAG", "meta": {"query": "CRW telesystem functions and features"}, "citation_uuid": -1}, "https://www.linkedin.com/in/mariusz-wiatr-629760127/": {"url": "https://www.linkedin.com/in/mariusz-wiatr-629760127/", "description": "Experience: CRW Telesystem \u00b7 Education: Politechnika Warszawska \u00b7 Location: Warsaw. View Mariusz Wiatr\u2019s profile on LinkedIn, a professional community of 1 billion members.", "snippets": ["By clicking Continue to join or sign in, you agree to LinkedIn\u2019s User Agreement, Privacy Policy, and Cookie Policy."], "title": "Mariusz Wiatr - CRW Telesystem | LinkedIn", "meta": {"query": "CRW telesystem functions and features"}, "citation_uuid": -1}, "https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/": {"url": "https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/", "description": "Laserowe nowo\u015bci CRW Telesystem-Mesko. W styczniowym numerze \u201eWojska i Techniki\u201d przypomnieli\u015bmy polskie osi\u0105gni\u0119cia w sferze wojskowych zastosowa\u0144 techniki laserowej, zwi\u0105zane przede wszystkim z osob\u0105 prof. dr. in\u017c. Zbigniewa Puzewicza i jego wsp\u00f3\u0142pracownik\u00f3w.", "snippets": ["Mo\u017ce by\u0107 wykorzystany tak\u017ce jako urz\u0105dzenie przeno\u015bne o jeszcze bardziej zredukowanych rozmiarach lub zintegrowany z zespo\u0142ami celowniczo-startowymi system\u00f3w uzbrojenia np. przeciwpancernych pocisk\u00f3w kierowanych naprowadzanych na odbite \u015bwiat\u0142o laserowe.", "Przyj\u0119to natomiast, \u017ce aparatura naziemna niezb\u0119dna do wykorzystania takiej amunicji \u2013 laserowy pod\u015bwietlacz celu, mia\u0142a powsta\u0107 w kraju. Zadania opracowania laserowego pod\u015bwietlacza celu oraz g\u0142owic naprowadzaj\u0105cych do amunicji precyzyjnej kalibr\u00f3w 120 i 155 mm podj\u0119\u0142o si\u0119 CRW Telesystem-Mesko.", "W 2016 r., po pomy\u015blnym uko\u0144czeniu prototypu lasera pompowanego diodowo wraz z uk\u0142adami zasilania i sterowania, kt\u00f3ry m\u00f3g\u0142 zosta\u0107 wyposa\u017cony jako g\u0142\u00f3wny podzesp\u00f3\u0142 pod\u015bwietlacza laserowego, w CRW Telesystem-Mesko podj\u0119to decyzj\u0119 o rozpocz\u0119ciu projektowania i budowy nowej generacji pod\u015bwietlaczy.", "W 2016 r., po pomy\u015blnym uko\u0144czeniu prototypu lasera pompowanego diodowo wraz z uk\u0142adami zasilania i sterowania, kt\u00f3ry m\u00f3g\u0142 zosta\u0107 wyposa\u017cony jako g\u0142\u00f3wny podzesp\u00f3\u0142 pod\u015bwietlacza laserowego, w CRW Telesystem-Mesko podj\u0119to decyzj\u0119 o rozpocz\u0119ciu projektowania i budowy nowej generacji pod\u015bwietlaczy. Charakterystyki gabarytowo-masowe nowego modu\u0142u laserowego z laserem p\u00f3\u0142przewodnikowym, a tak\u017ce ci\u0105g\u0142a miniaturyzacja i rozw\u00f3j element\u00f3w elektronicznych pozwoli\u0142y na opracowanie dalmierza-pod\u015bwietlacza celu o ponad po\u0142ow\u0119 mniejszego pod wzgl\u0119dem rozmiar\u00f3w od LPC-1 i znacz\u0105co od niego l\u017cejszego, a zarazem o parametrach przewy\u017cszaj\u0105cych poprzednika.", "R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW Telesystem-Mesko podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo. Z racji dost\u0119pnych przed dekad\u0105 mo\u017cliwo\u015bci technologicznych skoncentrowano si\u0119 na module z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105, niemniej prace nad laserami p\u00f3\u0142przewodnikowymi kontynuowano."], "title": "Laserowe nowo\u015bci CRW Telesystem-Mesko", "meta": {"query": "CRW telesystem overview"}, "citation_uuid": -1}, "https://telesystem.eu/laserowe-nowosci-crw-telesystem-mesko/": {"url": "https://telesystem.eu/laserowe-nowosci-crw-telesystem-mesko/", "description": "CRW TELESYSTEM-MESKO, podj\u0119\u0142o si\u0119 opracowania laserowego pod\u015bwietlacza celu oraz g\u0142owic naprowadzaj\u0105cych do amunicji precyzyjnej kalibr\u00f3w 120 i 155 mm.W wyniku tych prac, finansowanych samodzielnie, powsta\u0142 modu\u0142 g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105.", "snippets": ["https://zbiam.pl/artykuly/laserowe-nowosci-crw-telesystem-mesko/", "Oferowane przez CRW TELESYSTEM-MESKO systemy Laserowego Pod\u015bwietlania Celu s\u0105 modu\u0142owymi, zgodnymi ze standardami NATO, przeno\u015bnymi zespo\u0142ami przyrz\u0105d\u00f3w wskazywania celu do naprowadzania amunicji precyzyjnej, rakiet i bomb lotniczych przez pod\u015bwietlenie wi\u0105zk\u0105 laserow\u0105.", "Laserowy Pod\u015bwietlacz Diodowy LPD-A do naprowadzania \u00b7 Oferowane przez CRW TELESYSTEM-MESKO systemy Laserowego Pod\u015bwietlania Celu s\u0105 modu\u0142owymi, zgodnymi ze standardami NATO, przeno\u015bnymi zespo\u0142ami przyrz\u0105d\u00f3w wskazywania celu do naprowadzania amunicji precyzyjnej, rakiet i bomb lotniczych przez pod\u015bwietlenie wi\u0105zk\u0105 laserow\u0105.", "P\u00f3\u017aniej zaadaptowano go do u\u017cycia w laserowym pod\u015bwietlaczu celu LPC-1, czyli pierwszym polskim urz\u0105dzeniu laserowym do pod\u015bwietlania celu plamk\u0105 laserow\u0105, ca\u0142kowicie opartym na polskiej my\u015bli technicznej. R\u00f3wnolegle z pracami nad modu\u0142em g\u0142owicy laserowej z laserem pompowanym lamp\u0105 wy\u0142adowcz\u0105 w CRW TELESYSTEM-MESKO, podj\u0119to si\u0119 tak\u017ce realizacji projektu analogicznego modu\u0142u, ale z p\u00f3\u0142przewodnikowym laserem pompowanym diodowo."], "title": "Laserowe nowo\u015bci CRW TELESYSTEM-MESKO - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW TelesystemMesko technologies laserguided systems"}, "citation_uuid": -1}, "https://telesystem.eu/dokumenty/nr-1-2023/": {"url": "https://telesystem.eu/dokumenty/nr-1-2023/", "description": "Centrum Rozwojowo-Wdro\u017ceniowe TELESYSTEM-MESKO Sp. z o.o. z siedzib\u0105 w Lubiczowie, specjalizuje si\u0119 w pracach badawczo-rozwojowych i produkcyjnych na rzecz przemys\u0142u obronnego.", "snippets": [], "title": "Nr 1/2023 - CRW Telesystem-Mesko Sp. z ...", "meta": {"query": "CRW Telesystem current projects 2023"}, "citation_uuid": -1}, "https://www.wnp.pl/tematy/crw-telesystem-mesko,31373.html": {"url": "https://www.wnp.pl/tematy/crw-telesystem-mesko,31373.html", "description": "CRW Telesystem-Mesko - wszystkie artyku\u0142y i wiadomo\u015bci przygotowane przez portal wnp.pl na temat CRW Telesystem-Mesko. Czytaj i b\u0105d\u017a na bie\u017c\u0105co", "snippets": [], "title": "CRW Telesystem-Mesko - wiadomo\u015bci i popularne artyku\u0142y na wnp.pl", "meta": {"query": "CRW Telesystem Mesko deployment success stories"}, "citation_uuid": -1}, "https://defence24.pl/strona-tagow/crw-telesystem-mesko": {"url": "https://defence24.pl/strona-tagow/crw-telesystem-mesko", "description": "Moje konto \u00b7 CRW Telesystem-Mesko \u00b7 11.09.2023 \u00b7 Nowe polskie rakiety na bazie do\u015bwiadcze\u0144 Pioruna [SKANER Defence24] \u00b7 30.06.2023 \u00b7 USA: emeryci przy produkcji Stinger\u00f3w \u00b7 02.06.2023 \u00b7 Defence24 DAY: Zniwelowa\u0107 przewag\u0119 liczebn\u0105 przeciwnika: zdolno\u015bci operacyjne Wojsk Rakietowych ...", "snippets": [], "title": "CRW Telesystem-Mesko", "meta": {"query": "CRW Telesystem Mesko deployment success stories"}, "citation_uuid": -1}, "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success": {"url": "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success", "description": "Pirat meets the requirements and ... the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Me...", "snippets": ["PGZ Group announced that it has successfully tested the Pirat ATGM developed by Mesko working with Telesystem-Mesko, among other entities. The Pirat missile is being offered by PGZ in the Polish Pustelnik procurement programme. The tests involved test launches of the Pirat missile and verified the functioning of the guidance system, with the use of the LPC-1 designator.", "The above makes it possible to use the system during joint allied operations, as the allied fire control systems remain compatible with the missile. The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now. Tests carried out at the Military Institute of Armament Technology range in Nowa D\u0119ba were to confirm the correctness of the assumptions adopted and to verify the R&D solutions applied in practice. ... Pirat ATGM Mock-up showcased in Kielce.", "LPC-1 laser target designator is required for the munitions to function efficiently. The system is a product resulting from a joint R&D project executed by Mesko S.A. in collaboration with CRW Telesystem Mesko. The laser beam is encoded and exhibits full NATO compliance.", "Polish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.", "Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko.", "Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us.", "The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now.", "The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Mesko. The digital guidance system is fully controlled by the Polish industry and it allows the user to conduct direct (frontal) and top-attack engagements - this extends the missile\u2019s performance envelope when it is employed against heavy armour, or even main battle tanks."], "title": "Pirat ATGM Precisely Hits the Target: Tests Success | Defence24.com", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, "https://telesystem.eu/kariera/": {"url": "https://telesystem.eu/kariera/", "description": "PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie ...", "snippets": ["PRACA W TELESYSTEM Chcesz do nas do\u0142\u0105czy\u0107? Sprawd\u017a aktualne oferty pracy i aplikuj! NASZA OfertA Zapoznaj si\u0119 naszymi aktualnymi ofertami pracy. OPTYK-TECHNIK / MECHANIK OBOWI\u0104ZKI:przygotowanie materia\u0142\u00f3w i element\u00f3w optycznych do monta\u017cu;wykonywanie element\u00f3w optycznych;montowanie i demontowanie element\u00f3w uk\u0142ad\u00f3w optycznych;naprawianie i justowanie element\u00f3w uk\u0142ad\u00f3w optycznych;obr\u00f3bka szk\u0142a optycznego (szlifowanie/polerowanie).WYMAGANIA:wykszta\u0142cenie \u015brednie \u2013 mile widziane o profilu: optyka, mechatronika, mechanika"], "title": "Kariera - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, "https://zbiam.pl/tag/crw-telesystem-mesko/": {"url": "https://zbiam.pl/tag/crw-telesystem-mesko/", "description": "Nasze wydawnictwa \u00b7 Wojsko i Technika \u00b7 Lotnictwo Aviation International \u00b7 Wojsko i Technika - Historia \u00b7 Morze \u00b7 ARTYKU\u0141Y \u00b7 Przemys\u0142 zbrojeniowy \u00b7 Wojska l\u0105dowe \u00b7 Wozy bojowe \u00b7 Artyleria l\u0105dowa", "snippets": [], "title": "CRW Telesystem-Mesko - Wydawnictwo militarne ZBIAM", "meta": {"query": "CRW Telesystem Mesko establishment date"}, "citation_uuid": -1}, "https://telesystem.eu/en/products/grom-piorun-portable-anti-aircraft-missile-system/": {"url": "https://telesystem.eu/en/products/grom-piorun-portable-anti-aircraft-missile-system/", "description": "TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers.", "snippets": ["TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers. Thanks to this, the Company is among the leading producers of guidance heads for missile systems and, next to the giants from Russia and the USA, the only serial manufacturer of detectors with such exceptional parameters;", "Its design and operation are an original Polish development. Thanks to it, it became possible to install GROM/PIORUN missiles on various launch platforms. CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:", "CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:", "The TELESYSTEM-MESKO Development and Implementation Center has developed and implemented into production all the most important optoelectronic and electronic assemblies of the GROM/PIORUN system.", "This device was created in cooperation with specialists from the Quantum Electronics Team of the Military University of Technology. Its design and operation are an original Polish development. Thanks to it, it became possible to install GROM/PIORUN missiles on various launch platforms. CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:"], "title": "GROM / PIORUN Man-Portable Air-Defense System - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "key milestones in CRW Telesystem Mesko development"}, "citation_uuid": -1}, "https://telesystem.eu/page/o_firmie": {"url": "https://telesystem.eu/page/o_firmie", "description": "Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, ...", "snippets": ["Zesp\u00f3\u0142 pracownik\u00f3w CRW Telesystem-Mesko tworzy nowoczesne rozwi\u0105zania techniczne dedykowane dla \"inteligentnego\" uzbrojenia, za\u015b osi\u0105gni\u0119te rezultaty pozwalaj\u0105 realizowa\u0107 produkcje element\u00f3w uzbrojenia i sprz\u0119tu obiektywnie najwy\u017cszej \u015bwiatowej jako\u015bci.", "W ramach w\u0142asnych program\u00f3w rozwojowych CRW Telesystem-Mesko Sp. z o.o. opracowa\u0142o Mobilny System Rakietowy \u201eKusza\". Zosta\u0142 on zaprezentowany w trakcie XIX Mi\u0119dzynarodowego Salonu Przemys\u0142u Obronnego w Kielcach w 2011 roku i spotka\u0142 si\u0119 z zainteresowaniem u\u017cytkownik\u00f3w krajowych i kontrahent\u00f3w zagranicznych.", "Dynamicznie rozwijaj\u0105cym si\u0119 kierunkiem dzia\u0142alno\u015bci sp\u00f3\u0142ki CRW Telesystem-Mesko s\u0105 prace naukowo-badawcze i projektowe oraz opanowanie i wdro\u017cenie technologii w dziedzinie elektroniki, mikroelektroniki, optyki i optoelektroniki.", "Konsekwentny i sta\u0142y rozw\u00f3j zaowocowa\u0142 zwi\u0119kszaniem zatrudnienia oraz rozbudow\u0105 potencja\u0142u naukowo-badawczego Sp\u00f3\u0142ki. CRW Telesystem-Mesko jest nowoczesn\u0105 organizacj\u0105, kt\u00f3ra dokonuje realnego transferu wynik\u00f3w bada\u0144 do przemys\u0142u. Bazuj\u0105c na wieloletnim do\u015bwiadczeniu i kompetencjach, jeste\u015bmy podmiotem produkuj\u0105cym zaawansowane technologicznie sprz\u0119t i urz\u0105dzenia."], "title": "CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "overview of CRW telesystem"}, "citation_uuid": -1}, "https://telesystem.ca/about-us/history/": {"url": "https://telesystem.ca/about-us/history/", "description": "Simon Sirois was an entrepreneur through and through, getting several local businesses off the ground in a variety of sectors. One of the companies he founded, Setelco - which later evolved to become Telesystem -, was bought out by his son Charles, who took over the management reins of this ...", "snippets": ["In 1994, Telesystem and Ted Rogers of Rogers Communications founded Telesystem International Wireless (TIW) with a mandate to invest in the global wireless telecom industry. Within three years, the Company launched an IPO for TIW.", "Simon Sirois was an entrepreneur through and through, getting several local businesses off the ground in a variety of sectors. One of the companies he founded, Setelco - which later evolved to become Telesystem -, was bought out by his son Charles, who took over the management reins of this family business specializing in paging devices in 1978.", "Also in 1992, Telesystem founded Microcell Telecommunications, which went on to build a nation-wide digital mobile communications network, launched under the Fido brand at the end of 1996. In 1997, Microcell (Fido) issued an initial public offering. Barely four years later, Fido had already grown its subscriber base beyond the 1-million mark."], "title": "History | Telesystem", "meta": {"query": "CRW Telesystem founding date"}, "citation_uuid": -1}, "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/": {"url": "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/", "description": "In turn, CRW Telesystem-Mesko is ... guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU). In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine ...", "snippets": ["Polish companies CRW Telesystem-Mesko and PCO have completed work on a qualitatively new laser illumination and guidance system for the anti-tank guided missile Pirat.", "The project of a new light anti-tank missile complex Pirat is one of the areas of cooperation between the Ukrainian enterprise DerzhKKB Luch and a number of Polish companies.", "Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat). Prototype CLU-P (right) and the design of the standard CLU-P with reduced weight and dimensions (left). Photo by PCO / Telesystem-Mesko.", "The Pirat light anti-tank missile complex project is being implemented by the Polish companies MESKO S.A., CRW Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch. In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU).", "In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine and is exported.", "This light anti-tank missile complex was born in close cooperation with the Ukrainian state enterprise DerzhKKB Luch, Defense Express reports. Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat).", "The Pirate anti-tank missile is aimed at the target by means of a laser illuminator.", "Observation using the CLU-P thermal imaging system, wide field of view. Photo by PCO / Telesystem-Mesko.", "In turn, CRW Telesystem-Mesko is responsible for the gyroscopically stabilized guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU). In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine and is exported.", "The Pirat light anti-tank missile complex project is being implemented by the Polish companies MESKO S.A., CRW Telesystem Mesko, and the Military Technological University in cooperation with the Ukrainian DerzhKKB Luch.", "However, the Ukrainian anti-tank missile system \u201cCorsair\u201d uses a scheme to control the missile with a laser beam that shines in the tail of the R-3 missile. The operator must keep the target in sight until the moment the missile hits. In the Polish \u201cPirat\u201d, the missile is aimed at the target with the help of a laser illuminator, the beam of which forms a point on the target, which should hit the missile."], "title": "The Ukrainian-Polish anti-tank missile complex Pirat can now fight day and night | Association of Ukrainian Defense Manufactures", "meta": {"query": "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"}, "citation_uuid": -1}, "https://defence24.com/armed-forces/poland-has-the-potential-to-strengthen-anti-tank-defence-opinion": {"url": "https://defence24.com/armed-forces/poland-has-the-potential-to-strengthen-anti-tank-defence-opinion", "description": "Anti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened ...", "snippets": ["Polish industry, and more specifically the Mesko company, cooperating in the scope of guidance systems with Telesystem-Mesko, is also conducting advanced work on its own light Pirat (Pirate) guided missile system. Established since 2014, this system will use a common, digital guidance system using a reflected laser beam with artillery precision strike ammunition, for Krab / Kryl howitzers (APR 155) and mortars Rak (APR 120). The latter has an effective cumulative (HEAT) warhead and is intended to combat armored targets. Pirate is completely under Polish control and can be freely developed, has solutions that ensure high resistance to interference.", "In turn, current BWP-1 units operating today, those that will ultimately receive Borsuk tracked vehicles, could be strengthened by integrating parts of the vehicles (whether they serve as infantry fighting vehicles, or e.g. tank destroyers that could reach support units) with a modern anti-tank guided missile system. At the MSPO 2019, Wojskowe Zak\u0142ady Motoryzacyjne from Pozna\u0144 presented a variant concept for the modernization of the BWP-1, both through the integration of the combat module with the Polish Army, as well as the creation of a tank destroyer on the basis of this vehicle, with larger range missiles. Introduction of Pirat anti-tank missile and Precise Armaments.", "Anti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened through the coordinated implementation of programs - mostly using domestic industry.", "Anti-tank defence may also be supported by the increasing number of Krab howitzers introduced into the Polish Army, under the condition of having appropriate ammunition and reconnaissance systems. Fig. J. Reszczy\u0144ski \u00b7 The possibility of introducing fire coordinators with laser indicators that can indicate targets for Pirate missile, precision ammunition for Rak and Krab as well as various other allied laser-guided weapon systems (e.g."], "title": "Poland has the Potential to Reinforce Anti-Tank Defence [OPINION] | Defence24.com", "meta": {"query": "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"}, "citation_uuid": -1}, "https://www.armyrecognition.com/weapons_defence_industry_military_technology_uk/poland_demonstrates_launching_of_pirat_anti-tank_missile_from_perun_ugv.html": {"url": "https://www.armyrecognition.com/weapons_defence_industry_military_technology_uk/poland_demonstrates_launching_of_pirat_anti-tank_missile_from_perun_ugv.html", "description": "Polish defense company Zaklady Mechaniczne Tarnow, the Perun combat wheeled UGV (Unmanned Ground Vehicle) has been demonstrated with Anti-Tank Guided Missile (ATGM) Pirate mounted on the vehicle.", "snippets": ["According to pictures released by the Polish defense company Zaklady Mechaniczne Tarnow, the Perun combat wheeled UGV (Unmanned Ground Vehicle) has been demonstrated with Anti-Tank Guided Missile (ATG", "According to pictures released by the Polish defense company Zaklady Mechaniczne Tarnow, the Perun combat wheeled UGV (Unmanned Ground Vehicle) has been demonstrated with Anti-Tank Guided Missile (ATGM) Pirate mounted on the vehicle. Follow Army Recognition on Google News at this link", "The Perun UGV can be equipped with the ZSMU A3C remote-controlled weapon station which can be armed with one 7.62mm UKM 2000C or one 12.7 mm WKM-B heavy machine. With the Pirat missile mounted on the robot, the Perun UGV has now anti-tank capabilities. The Pirat is ATGM (Anti-Tank Guided Missile) jointly developed by the defense industry of Ukraine and Poland.", "Perun wheeled UGV Unmanned Ground Vehicle fitted with the ZSMU A3C weapon station armed with Pirat Anti-Tank Guided Missile. (Picture source Zaklady Mechaniczne Tarnow) Citing information published by the Polish Online Defense Magazine \"Defence-24\", the Polish company Zak\u0142ady Mechaniczne Tarn\u00f3w has conducted firing tests with the ATGM (Anti-Tank Guided Missile) Pirat using a remotely controlled ZSMU A3C weapon station mounted on a Perun 4x4 UGV (Unmanned Ground Vehicle)."], "title": "Poland demonstrates launching of Pirat anti-tank missile from Perun ...", "meta": {"query": "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"}, "citation_uuid": -1}, "https://defence24.com/pirat-atgm-a-nexus-between-spike-and-anti-tank-grenade-launchers": {"url": "https://defence24.com/pirat-atgm-a-nexus-between-spike-and-anti-tank-grenade-launchers", "description": "This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system. The consortium, formed by CRW Telesystem-Mesko and the Military University of Technology ...", "snippets": ["This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system. The consortium, formed by CRW Telesystem-Mesko and the Military University of Technology is in the process of developing, among other components, a semi-active guidance system and launch solutions for the newly developed missiles offered to the Polish Ministry of Defence.", "The quantity of the missiles does not make it possible though to fully meet the requirements of the Army, thus, 9M14 Malyutka missiles which are becoming obsolete are also being used. One of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.", "It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced. At the moment, the anti-tank capabilities of the Polish Army are based on the medium range Spike-LR anti tank guided missiles which are also expected to be integrated with the armoured combat vehicles, including the Rosomak APC and - further down the road \u2013 the new IFV.", "Polish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.", "In order to increase the effectiveness, the countermeasures shall be varied and interconnected and fused into a single fighting system, due to the presence of active and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could also be utilized in order to fight against targets other than combat vehicles, such as fortifications.", "One of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system.", "The initiative would make use of the expertise gathered before, during the works pertaining to semi-actively laser guided precision munitions, especially the guidance systems. This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system.", "The said missile could be used to neutralize machine gun stations, points of resistance, gathering points for the military units, logistics equipment, helicopters or small vessels. The technology demonstrator of the Pirat-2 missile has already gone through the initial field tests. For the purpose of providing a proper guidance measure, LPC-1 laser target illumination device has been developed too."], "title": "Pirat ATGM \u2013 A Nexus Between Spike and Anti-Tank Grenade Launchers | Defence24.com", "meta": {"query": "CRW telesystem Pirat antitank guided missile technological innovations"}, "citation_uuid": -1}, "https://armyrecognition.com/news/army-news/2023/poland-plans-to-acquire-pirat-new-local-made-anti-tank-guided-missiles": {"url": "https://armyrecognition.com/news/army-news/2023/poland-plans-to-acquire-pirat-new-local-made-anti-tank-guided-missiles", "description": "According to information published by the Polish Defense website \"Defence24\", on March 10, 2023, the Polish Deputy Minister and Secretary of State, Wojciec", "snippets": ["According to information published by the Polish Defense website \"Defence24\", on March 10, 2023, the Polish Deputy Minister and Secretary of State, Wojciech Skurkiewicz confirmed a plan to acquire PIRAT, the latest generation of Anti-Tank Guided Missile (ATGM) developed by the Polish Defense Industry in the framework of the PUSTELNIK program Follow Army Recognition on Google News at this link", "The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle. The Pirat is an ATGM (Anti-Tank Guided Missile) jointly developed by the defense industry of Ukraine and Poland.", "Polish Deputy Minister and Secretary of State, Wojciech Skurkiewicz confirmed a plan to acquire PIRAT, the latest generation of anti-tank guided missile developed by the Polish Defense Industry in the framework of the PUSTELNIK program", "Polish-made Pirat ATGM Anti-Tank Guided Missile. (Picture source Army Recognition) The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle.", "The missile would be capable of penetrating up to 550 mm of steel armor covered by ERA (Explosive Reactive Armor). The Pirat 2 is a light short-range ATGM weapons system with a manually-launched missile that is self-guided after launch following the target-reflected laser beam trajectory.", "The Pirat missile was unveiled for the first time to the public during MSPO, a defense exhibition in Poland. The Pirat-1 project is based on the Ukrainian R-3 Korsar missile offered by the KKB Luch company, nonetheless, the collaboration with Ukraine is focused primarily on the aerodynamic component."], "title": "Poland plans to acquire Pirat new local-made anti-tank guided missiles", "meta": {"query": "Pirat missile project details and advancements"}, "citation_uuid": -1}, "https://www.joint-forces.com/defence-equipment-news/50094-integration-of-perun-ugv-with-pirat-atgm": {"url": "https://www.joint-forces.com/defence-equipment-news/50094-integration-of-perun-ugv-with-pirat-atgm", "description": "ZMT (Zak\u0142ady Mechaniczne Tarn\u00f3w) of Poland has announced the successful integration of the PERUN UGV with the PIRAT ATGM.", "snippets": ["Thus, PERUN became the first armed robot in Poland, which enables effective and safe fire from machine guns and the PIRAT ATGM. It is worth emphasising that the consolidation of the military, scientific and Polish industry around the subject of combat robots is also a success. The unique knowledge gained during the project implementation allows for further development in the field of unmanned armed land platforms.\u201d Damian Jarosz, Project Manager.", "At this year\u2019s MSPO in Kielce, a demonstrator of an unmanned vehicle with the PIRAT ATGM was presented (together with MESKO SA and CRW TELESYSTEM-MESKO).", "PIRAT is a light, portable short-range anti-tank missile (up to 2.5 km) self-guiding to laser radiation reflected from the target, fired from the shoulder or from a universal, modular position for detection, tracking, identification and targeting (CLU \u2013 developed by CRW Telesystem -Mesko and PCO SA), containing a tripod launcher. The system uses precise guidance of the reflected laser beam illuminating the target, which the missile attacks from the so-called \u2018upper hemisphere\u2019, which guarantees very high combat effectiveness.", "The integration of PERUN with the PIRAT anti-tank guided missile launcher and their guidance system allows not only to hit targets directly, but also to guide precision-guided ammunition (APR 155 mm and APR 120 mm) or other weapons compliant with STANAG 3733 (including bombs and guided missiles) on reflected laser radiation from fighters and drones).\u201d Damian Jarosz, Project Manager."], "title": "Integration of PERUN UGV with PIRAT ATGM | Joint Forces News", "meta": {"query": "Pirat missile project details and advancements"}, "citation_uuid": -1}, "https://telesystem.eu/en/products/control-and-measurement-equipment-of-the-grom-piorun-missile-system/": {"url": "https://telesystem.eu/en/products/control-and-measurement-equipment-of-the-grom-piorun-missile-system/", "description": "Since 2010, we have been participating in development work on the modernization of GROM MANPAD to the GROM/PIORUN standard. Telesystem has developed and implemented all the crucial optoelectronics and electronics units of the GROM/PIORUN rocket and has become their manufacturer.", "snippets": ["Currently, their individual types are installed in GROM/PIORUN, IODIDE, POPRAD, and BIA\u0141A products.", "It is worth mentioning the use of the surface mount assembly line for the production of, among others, PCBs of the electronics block of the GROM rocket and electronics boards of the starting mechanisms, which ensures high quality and fault-free operation of the products. Telesystem-Mesko cooperates with or performs work for such companies as MESKO SA, PIT-RADWAR, ZM TARN\u00d3W. Close cooperation with the Institute of Optoelectronics of the Military University of Technology is continued, especially with the Quantum Electronics Group.", "We have developed and manufacture various types of launch mechanisms for all anti-aircraft systems based on the GROM MANPAD family."], "title": "Control and measurement equipment of the GROM/PIORUN missile system - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem GROM missile system technological advancements"}, "citation_uuid": -1}, "https://telesystem.eu/en/products/kusza-crossbow-mobile-missile-system/": {"url": "https://telesystem.eu/en/products/kusza-crossbow-mobile-missile-system/", "description": "GROM/PIORUN missiles, along with Ground Power Blocks, are mounted on a rigid frame equipped with autonomous Launch Mechanisms, optoelectronic targeting systems and a control panel. Thanks to its lightweight and well-balanced design, the operator can accurately aim and track the target.", "snippets": ["additional 2 Launch Mechanisms for launching the missile \u201cfrom the shoulder\u201d;  \u00b7 8-12 Ground Power Blocks with high-pressure nitrogen.  \u00b7 The launcher set can be integrated with various Command Systems (including the possibility of using the REGA anti-aircraft defence command automation kit) and the \u201cFriend-Foe\u201d ID system. ... \u201cCrossbow\u201d sets, by their light weight and high mobility, are very easy to hide in the field, and by the passivity of their operation they cannot be detected by technical observation systems.", "Prototype of the Mobile KUSZA System on a light all-terrain vehicle Polaris Defence Ranger 800 6\u00d76 in combat position ... collimator sight with emergency mechanical sight integrated with a monitor for displaying camera images and system status;  \u00b7 optoelectronic camera for daytime combat operation;  \u00b7 thermal imaging camera for day and night combat operations;  \u00b7 autonomous Launch Mechanisms for launching missiles from the KUSZA MSR;", "The TELESYSTEM-MESKO Development and Implementation Center has developed a mobile MSR KUSZA anti-aircraft system. The creators' assumption was to create a system consisting of an off-road platform capable of carrying up to 6 GROM/PIORUN missile launchers along with a day and night tracking and firing system.", "autonomous Launch Mechanisms for launching missiles from the KUSZA MSR;", "hunting (ambush action) against targets on anticipated flight paths at ceilings of up to 4 km (aircraft, helicopters, missiles with flight speeds of up to 320 m/s (cruise missiles, anti-radiation missiles, air-to-ground missiles), unmanned aerial vehicles and other aerial targets. PrevControl and measurement equipment of the GROM/PIORUN missile system", "The use of a swivel connector allows the shooter to operate at n\u00d7360\u02da. The system\u2019s electronics are powered by a high-capacity carrier battery or a power generator, allowing the system to operate autonomously for hours. The KUSZA Mobile Missile System (MSR) is a lightweight anti-aircraft set that operates completely passively, making it much more difficult for the enemy to detect compared to other solutions."], "title": "KUSZA (Crossbow)- Mobile Missile System - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "CRW Telesystem PIORUN missile system capabilities"}, "citation_uuid": -1}, "https://en.wikipedia.org/wiki/Hrim-2": {"url": "https://en.wikipedia.org/wiki/Hrim-2", "description": "Hr\u0456m-2, Grom or OTRK Sapsan (Ukrainian: \u041e\u0422\u0420\u041a \"\u0421\u0430\u043f\u0441\u0430\u043d\", lit. 'peregrine falcon'), also known as Operational-Tactical Missile System Hrim (Ukrainian: \u041e\u043f\u0435\u0440\u0430\u0442\u0438\u0432\u043d\u043e-\u0442\u0430\u043a\u0442\u0438\u0447\u043d\u0438\u0439 \u0440\u0430\u043a\u0435\u0442\u043d\u0438\u0439 \u043a\u043e\u043c\u043f\u043b\u0435\u043a\u0441 \u00ab\u0413\u0440\u0456\u043c\u00bb, romanized: Operatyvno-taktychnyi raketnyi kompleks \"Hrim\", lit. 'thunder'), is a Ukrainian short-range ballistic missile system being developed by KB Pivdenne and PA Pivdenmash, designed to combine the features ...", "snippets": ["On May 6, 2023, Russian officials claimed that their air defenses shot down two Hrim-2 missiles over Crimea, without them causing casualties or damage. The Institute for the Study of War, a Washington-based think tank, noted that the officials did not specify the Hrim-2's target and that Russian sources amplified footage of alleged Hrim-2 remnants in a field.", "A photograph of the chassis of a Hrim-2 transporter erector launcher appeared in May 2017; each vehicle could carry and launch two missiles. In April 2019 it was announced that two Hrim-2 prototypes had been produced, one for testing by Saudi Arabia and the other to be tested by the Armed Forces of Ukraine. Saudi Arabia was expected to test their test article one later in 2019, with the system planned to enter service in 2022.", "In August 2024, Ukraine claimed to have successfully tested its first domestically-produced ballistic missile. While the specific missile-type was not disclosed, some commentators have speculated that the missile being referred to is the Hrim-2.", "Hr\u0456m-2, Grom or OTRK Sapsan (Ukrainian: \u041e\u0422\u0420\u041a \"\u0421\u0430\u043f\u0441\u0430\u043d\", lit. 'peregrine falcon'), also known as Operational-Tactical Missile System Hrim (Ukrainian: \u041e\u043f\u0435\u0440\u0430\u0442\u0438\u0432\u043d\u043e-\u0442\u0430\u043a\u0442\u0438\u0447\u043d\u0438\u0439 \u0440\u0430\u043a\u0435\u0442\u043d\u0438\u0439 \u043a\u043e\u043c\u043f\u043b\u0435\u043a\u0441 \u00ab\u0413\u0440\u0456\u043c\u00bb, romanized: Operatyvno-taktychnyi raketnyi kompleks \"Hrim\", lit. 'thunder'), is a Ukrainian short-range ballistic missile system being developed by KB Pivdenne and PA Pivdenmash, designed to combine the features of a tactical missile system and a multiple rocket launcher.", "In 2006 the National Security and Defense Council of Ukraine recognised the need for a missile system that would be better than Ukraine's aging Soviet Tochka-U, which had a maximum range of 120 km and could only be overhauled and upgraded by Russian companies."], "title": "Hrim-2 - Wikipedia", "meta": {"query": "GROM missile system specifications and features"}, "citation_uuid": -1}, "https://en.wikipedia.org/wiki/Grom_(missile)": {"url": "https://en.wikipedia.org/wiki/Grom_(missile)", "description": "The Grom (meaning \"thunder\" in Polish) is a man-portable air-defense system produced in Poland and based on the Soviet man-portable infrared homing surface-to-air missile (SAM) 9K38 Igla. It consists of a 72 mm anti-aircraft missile set with a flight speed of 650 m/s, as well as a single-use ...", "snippets": ["On January 1, 2013, Bumar Amunicja manufactured their 2,000th Grom missile set. Grom was later improved into what became known as the Piorun, with a new seeker and rocket motor. The system is designed to be operated by one soldier. It consists of a single-stage projectile, a single-use tubular launcher, a starting mechanism, and an on-ground power supply.", "The full name of the system is PZR Grom, PZR standing for Przeciwlotniczy Zestaw Rakietowy (literally anti-air rocket-propelled set). It is designed to target low-flying helicopters and aeroplanes. As such, the Grom missile is used by other surface-to-air defence systems of Polish design, including ZSU-23-4MP Bia\u0142a, ZUR-23-2 kg and Poprad self-propelled artillery system.", "Because of that, in late 1992 various Polish works and design bureaus (among them the Zielonka-based Military Institute of Armament Technology, the WAT Military University of Technology and the Skar\u017cysko Rocket Design Bureau) started working on a new Igla-like design. These were allegedly helped by the Polish intelligence services able to buy the design plans of the original 9K38 Igla missile system in the LOMO works in Leningrad (modern St. Petersburg) during the turmoil following the dissolution of the Soviet Union. By 1995 the first batch (marked as GROM-1) entered service.", "According to press releases during the Russo-Georgian War, Polish-made GROM missiles targeted Russian planes and helicopters 20 times, 12 missiles were fired out of which 9 hit their targets, and most likely shot down a Su-25. The Indonesian Army bought around 152 Grom missiles as part of Kobra (Aster) V-SHORAD system, including four Poprad mobile launchers, 12 ZUR-23-2 kg-I launchers and 76 missiles delivered in 2007 and the second such system ordered in 2006.", "The Grom (meaning \"thunder\" in Polish) is a man-portable air-defense system produced in Poland and based on the Soviet man-portable infrared homing surface-to-air missile (SAM) 9K38 Igla. It consists of a 72 mm anti-aircraft missile set with a flight speed of 650 m/s, as well as a single-use launcher, re-usable gripstock and thermal battery coolant assembly electric unit."], "title": "Grom (missile) - Wikipedia", "meta": {"query": "GROM missile system specifications and features"}, "citation_uuid": -1}, "https://missiledefenseadvocacy.org/defense-systems/grom-missile-system/": {"url": "https://missiledefenseadvocacy.org/defense-systems/grom-missile-system/", "description": "The only variant of the Grom is the Piorun MANPADS. The Piorun is a modern version of the system with multiple changes. These include: a day/night optical sight added to the tube launcher, a new missile with an increased range and a proximity fuse to make it more effective against small aerial ...", "snippets": ["The system consists of the missile, a single-use launcher, a starting mechanism, and an on-ground power supply.[i]The Grom uses an infrared homing system with a dual-band seeker and can also be equipped with an Identification Friend-or-Foe device or a thermal imaging sight.[ii]", "The only variant of the Grom is the Piorun MANPADS. The Piorun is a modern version of the system with multiple changes. These include: a day/night optical sight added to the tube launcher, a new missile with an increased range and a proximity fuse to make it more effective against small aerial targets, and a new control system.[iii]The control system is a mini keyboard next to the trigger that can be used to select types of targets, environments, and work modes.[iv]", "U.S. Counter-UAS Systems ... Air Defense of U.S. Partners ... April 12th, 2022 U.S. Missile Defense \u2013 An Overview of Past, Current, and Future Roles and Responsibilities", "December 2016: Poland\u2019s Defence Ministry signs a contract with Mesko for 1,300 Piorun missiles and 420 launchers[v] September 2015: The Piorun is first presented at the MSPO 2015 International Defense Exhibition[vi] 2014: Lithuania signed a 34 million Euro contract for Grom systems at the MSPO 2014 International Defense Exhibition in Poland[vii] [i]https://www.armyrecognition.com/polish_missile_vehicles_systems_weapons_poland_uk/grom_manpads_man-portable_air_defense_missile_system_technical_data_sheet_specifications_pictures.html"], "title": "Grom Missile System \u2013 Missile Defense Advocacy Alliance", "meta": {"query": "GROM missile system specifications and features"}, "citation_uuid": -1}, "https://defence24.com/armed-forces/land-forces/pustelnik-atgm-programme-participants-unveiled": {"url": "https://defence24.com/armed-forces/land-forces/pustelnik-atgm-programme-participants-unveiled", "description": "The Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones.", "snippets": ["The Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co.", "The programme would be an intermediary element between the anti-tank grenade launchers, and heavier ATGMs, such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza tank destroyer programme. ... The Polish defence industry is also offering the Pirat ATGM that could potentially be used in the Pustelnik programme.", "Pirat also offers a top-attack capability. It utilizes a guidance unit that is common for APR 155 and APR 120 artillery munitions, destined for the Krab/Kryl howitzers, and Rak mortars respectively. And this, most probably, is the weapon offered by Mesko. LIG Nex1 is a South Korean company that offers a FLIR-guided Raybolt ATGM. Stunner Consulting Lucjan Mucha represents the Rafael company, promoting the light Spike-SR missile on the Polish market.", "MBDA Missile System Inc. Zak\u0142ady Sprz\u0119tu Precyzyjnego Niewiad\u00f3w Sp. z o.o. Wojskowy Instytut Techniczny Uzbrojenia (Military Institute of Armament Technology) ... Pustelnik is a light ATGM programme that has been going on since at least 2017."], "title": "Pustelnik ATGM Programme Participants Unveiled | Defence24.com", "meta": {"query": "significance of Pirat missile system in Pustelnik program"}, "citation_uuid": -1}, "https://en.wikipedia.org/wiki/MIM-104_Patriot": {"url": "https://en.wikipedia.org/wiki/MIM-104_Patriot", "description": "The PAC-3 missile is a new interceptor, featuring a Ka band active radar seeker, employing \"hit-to-kill\" interception, in contrast to previous interceptors' method of exploding in the vicinity of the target, destroying it with shrapnel, and several other enhancements which dramatically increase its lethality against ballistic missiles. The specific ...", "snippets": ["This upgrade program produced missiles known as the GEM-T and the GEM-C, the \"T\" designator referring to tactical ballistic missiles, and the \"C\" designator referring to cruise missiles. These missiles were both given a totally new nose section, which was designed specifically to be more effective against low altitude, low RCS targets like cruise missiles.", "The MIM-104 Patriot is a surface-to-air missile (SAM) system, the primary such system used by the United States Army and several allied states. It is manufactured by the U.S. defense contractor Raytheon and derives its name from the radar component of the weapon system.", "The Patriot missile batteries are also seeing active service in Ukraine, where there are three batteries in service. To refill US stockpiles, Japan has modified its export rules to allow export of missiles to the United States. Previously only specific components could be exported now entire missiles can be exported.", "Instead of being used as a system to defend a significant area against enemy air attack, it was now used to defend much smaller \"point\" targets, which needed to lie within the system's TBM \"footprint\". The footprint is the area on the ground that Patriot can defend against inbound ballistic missiles. During the 1980s, Patriot was upgraded in relatively minor ways, mostly via its software. The most significant of these was a special upgrade to discriminate and intercept artillery rockets in the vein of the multiple rocket launcher, which was seen as a significant threat from North Korea. This feature has not been used in combat and has since been deleted from U.S.", "The PAC-3 missile is a new interceptor, featuring a Ka band active radar seeker, employing \"hit-to-kill\" interception, in contrast to previous interceptors' method of exploding in the vicinity of the target, destroying it with shrapnel, and several other enhancements which dramatically increase its lethality against ballistic missiles. The specific information for these different kinds of missiles are discussed in the \"Variants\" section."], "title": "MIM-104 Patriot - Wikipedia", "meta": {"query": "Pirat missile system features and specifications"}, "citation_uuid": -1}, "https://en.wikipedia.org/wiki/RIM-162_ESSM": {"url": "https://en.wikipedia.org/wiki/RIM-162_ESSM", "description": "Block 2 features enhanced communications systems that allow mid-course guidance correction, making the missiles easy to network into the Navy's emerging Cooperative Engagement Capability. Unlike Block 1, Block 2's active radar homing seeker supports terminal engagement without the launch ship's ...", "snippets": ["Mk 29 launchers provide on-mount stowage and launching capability for firing up to eight missiles in a self-contained environmentally controlled trainable launcher design. The Mark 41 Vertical Launching System is the primary launch system for the Evolved SeaSparrow Missile.", "The ESSM is quadpacked within a Mk 41 cell allowing a significantly increased missile load over SM-2. In addition to the Mk 29 GMLS and Mk 41 VLS, the other primary launcher is Mk 48 VLS. The 2-cell module of Mk 48 makes the system very versatile and enables it to be installed on board in spaces that otherwise cannot be utilized.", "The RIM-162 Evolved SeaSparrow Missile (ESSM) is a development of the RIM-7 Sea Sparrow missile used to protect ships from attacking missiles and aircraft. ESSM is designed to counter supersonic maneuvering anti-ship missiles. ESSM also has the ability to be \"quad-packed\" in the Mark 41 Vertical Launch System, allowing up to four ESSMs to be carried in a single cell.", "The ultimate version in this line was the R model, which introduced a new dual-seeker homing system and many other upgrades. In the air-to-air role, however, this was passed over in favor of the AIM-120 AMRAAM, which offered much higher performance from a smaller and lighter missile.", "Block 2 features enhanced communications systems that allow mid-course guidance correction, making the missiles easy to network into the Navy's emerging Cooperative Engagement Capability. Unlike Block 1, Block 2's active radar homing seeker supports terminal engagement without the launch ship's target illumination radars."], "title": "RIM-162 ESSM - Wikipedia", "meta": {"query": "Pirat missile system features and specifications"}, "citation_uuid": -1}}
\ No newline at end of file
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+{"conv_simulator_lm": {"temperature": 1.0, "max_tokens": 500, "top_p": 0.9, "frequency_penalty": 0, "presence_penalty": 0, "n": 1, "model": "gpt-4o-mini-2024-07-18"}, "question_asker_lm": {"temperature": 1.0, "max_tokens": 500, "top_p": 0.9, "frequency_penalty": 0, "presence_penalty": 0, "n": 1, "model": "gpt-4o"}, "outline_gen_lm": {"temperature": 1.0, "max_tokens": 400, "top_p": 0.9, "frequency_penalty": 0, "presence_penalty": 0, "n": 1, "model": "gpt-4-0125-preview"}, "article_gen_lm": {"temperature": 1.0, "max_tokens": 700, "top_p": 0.9, "frequency_penalty": 0, "presence_penalty": 0, "n": 1, "model": "gpt-4o-2024-05-13"}, "article_polish_lm": {"temperature": 1.0, "max_tokens": 4000, "top_p": 0.9, "frequency_penalty": 0, "presence_penalty": 0, "n": 1, "model": "gpt-4o-2024-05-13"}}
\ No newline at end of file
diff --git a/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/storm_gen_article.txt b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/storm_gen_article.txt
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+# Overview of CRW Telesystem
+
+CRW TELESYSTEM-Mesko is a modern organization specializing in research and development (R&D) and production within the defense industry. The company has experienced consistent growth in staff and expansion of its scientific and research potential over the years. CRW TELESYSTEM-Mesko excels in transferring research results to industrial applications, producing technologically advanced equipment and devices[1].
+The company's primary focus is on developing, implementing, and producing optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. Notably, CRW TELESYSTEM-Mesko has developed and manufactured world-unique indium antimonide (InSb) and lead sulfide (PbS) photodetectors, specialized optics, and modern hybrid preamplifiers. These technologies are a result of extensive work on homing warheads (GSN) for Man-Portable Air Defense Systems (MANPADS), leading to the implementation of several critical technologies[1].
+CRW TELESYSTEM-Mesko is also a producer of key components for the GROM and PIORUN MANPADS, specifically the coordinator with an emphasis on the optoelectronic track. This includes the globally unique InSb and PbS photodetectors and hybrid preamplifiers. Due to these advancements, the company is recognized as one of the leading producers of guidance heads for missile systems. It stands alongside major producers from Russia and the USA as one of the few serial manufacturers of detectors with exceptional parameters[2].
+In addition to MANPADS, CRW TELESYSTEM-Mesko is involved in the development of the Pirat anti-tank guided missile (ATGM) system. The Pirat system has been designed to meet the requirements of the Polish Armed Forces, specifically within the context of the Pustelnik program. The LPC-1 laser target designator, a critical component for the system's effectiveness, was developed through a joint R&D project between Mesko S.A. and CRW Telesystem Mesko. The system is fully NATO compliant and features an encoded laser beam[3].
+The Pirat ATGM is intended to complement the existing Spike-LR missiles in Poland's arsenal and the forthcoming new generation anti-tank grenade launchers. The system aims to enhance anti-tank capabilities by incorporating both active and passive protection systems and adaptable tactics against specific anti-tank weaponry. The Polish defense industry is working on multiple variants of the Pirat system, with Pirat-1 and Pirat-2 sharing numerous common components, including a gyro-stabilized laser guidance system[4].
+Through these efforts, CRW TELESYSTEM-Mesko contributes significantly to Poland's defense capabilities, ensuring independence from foreign suppliers and positioning Poland among the few countries with the capacity to produce such advanced military equipment[5].
+
+# History and Development
+
+CRW TELESYSTEM-MESKO Sp. z o.o., established in 1993, emerged as a leader in the field of air defense technologies by participating in the Strategic Government Program "Modern technologies for the development of the air defence system of troops and facilities" [1]. This participation marked the beginning of its innovation journey, particularly in the design and production of critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM) [1]. The company's consistent development led to an increase in staff and expansion of its scientific and research capabilities [1].
+CRW TELESYSTEM-MESKO, a modern organization, has effectively transferred research results to the industry, producing technologically advanced equipment and devices [1]. The company's top engineers have contributed significantly to defense-related research and development programs. Notable projects include the development of fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as the BOBRAWA and OBRA laser protection systems for these tanks [1]. Additionally, they have been involved in the construction of lasers for both military and civilian applications, developing modern technical solutions for "smart" weapons systems [1].
+The initiative to create the company in 1993 was led by a team of scientists and constructors, including Professor Zbigniew Puzewicz, who had a background in the Military University of Technology and worked within the Mikroel company [1]. Professor Puzewicz also contributed to the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy, enhancing the missiles' parameters and extending their service life [1]. Between 2008 and 2017, he managed teams working on development projects implemented by IOE MUT and CRW TELESYSTEM-MESKO, including the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round [1].
+By 1995, the first batch of GROM missiles entered service, thanks to the collaborative efforts of various Polish design bureaus, including the Zielonka-based Military Institute of Armament Technology, the WAT Military University of Technology, and the Skarżysko Rocket Design Bureau [6]. These efforts were reportedly aided by Polish intelligence services that acquired design plans of the original 9K38 Igla missile system during the post-Soviet Union dissolution turmoil [6]. The GROM system was later improved into the PIORUN, featuring a new seeker and rocket motor, with the system designed to be operated by a single soldier [6]. The PIORUN system consists of a missile, a single-use launcher, a starting mechanism, and an on-ground power supply [6][7].
+In addition to its missile systems, CRW TELESYSTEM-MESKO has also been involved in other significant defense projects, such as the PIRAT anti-tank guided missile, developed in cooperation with the Military University of Technology and the Ukrainian company DKKB Luch [3]. The PIRAT missile meets the Polish Armed Forces' requirements and is designed to fill the gap between anti-tank grenade launchers and heavier ATGMs [3][8]. The system is noted for its ability to be manufactured using domestic components, reducing dependence on foreign suppliers [5].
+
+# Technological Innovations and Products
+
+CRW Telesystem-Mesko has established itself as a leader in innovation within the defense sector, particularly through its involvement in the 1993 Strategic Government Program, “Modern technologies for the development of the air defence system of troops and facilities”[1]. The company has focused on the design and production of critical elements for the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM), contributing significantly to the advancement of Polish defense technology.
+
+## Key Research and Development Projects
+
+The top engineers at CRW Telesystem-Mesko have been integral to numerous high-stakes research and development programs. These include fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as BOBRAWA and OBRA laser protection systems for these tanks[1]. Additionally, the company has been involved in the construction of lasers for both military and civilian purposes, highlighting their versatility and expertise in laser technology and optoelectronics[1].
+
+## Missile Systems
+
+The company has been particularly successful in the field of missile technology. They have developed and implemented missile flight control and flight path simulation algorithms, alongside a guided missile system with a range of 2.5 km, codenamed PIRAT[1]. The PIRAT is a light, portable short-range anti-tank missile that uses laser radiation for target guidance, ensuring high combat effectiveness[9]. It can be fired from the shoulder or from a modular position equipped with a tripod launcher[9].
+
+## Anti-Aircraft Systems
+
+CRW Telesystem-Mesko has also made significant strides in anti-aircraft defense systems. The GROM/PIORUN missile system is one of their standout products, featuring an infrared homing system with a dual-band seeker[7]. This system has been upgraded to include an Identification Friend-or-Foe device and a thermal imaging sight, improving its operational capabilities[7]. Additionally, the Piorun variant includes a new seeker and rocket motor, making it a more advanced iteration of the original Grom system[6].
+
+## Laser and Optoelectronic Technologies
+
+The company has extensive experience in the fields of laser technology and optoelectronics. They have mastered the production of Nd:YAG lasers used in target designators and laser rangefinders, which meet stringent military environmental requirements for battlefield conditions[1]. CRW Telesystem-Mesko has also developed precise assembly technologies for optical elements and production technologies for photodetectors, including InSb and PbS-based detectors with high detection capabilities[1].
+
+## Collaborative Projects
+
+CRW Telesystem-Mesko has worked on various collaborative projects, such as the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy[1]. They have also been involved in creating the PERUN, Poland’s first armed robot capable of firing machine guns and the PIRAT ATGM, marking a significant achievement in unmanned armed land platforms[9].
+
+# Projects and Collaborations
+
+CRW Telesystem-Mesko has been pivotal in numerous research and development programs, particularly those of significant importance for defense. The company's expertise spans across various high-tech fields including laser technology and optoelectronics, which has allowed it to develop advanced technical solutions for "smart" weapons systems[1]. Their work includes the development of fire control systems for T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as BOBRAWA and OBRA laser protection systems for these tanks. They have also been involved in the construction of lasers for both military and civilian use[1].
+One of the notable projects is the Pirat anti-tank guided missile (ATGM), a collaborative effort involving Mesko S.A., the Military University of Technology, CRW Telesystem-Mesko, and the Ukrainian partner DKKB Luch[3]. The Pirat project, which is in its final stages, includes a new control and guidance system developed by Telesystem-Mesko and PCO, known as the CLU-P (Command Launch Unit – Pirat)[10]. The Pirat missile system is designed to be compatible with allied fire control systems, making it suitable for joint allied operations[3].
+CRW Telesystem-Mesko also contributes to the Pustelnik program, initiated by the Polish armed forces to fill the gap between anti-tank grenade launchers and heavier ATGMs like the Spike-LR and Brimstone missiles[8]. The Pirat 2, another development within this program, is a light short-range ATGM capable of penetrating up to 550 mm of steel armor covered by Explosive Reactive Armor (ERA)[8].
+The integration of the PERUN system with the PIRAT launcher enhances the versatility of the missile system, allowing it to guide precision-guided ammunition such as the APR 155 mm and APR 120 mm, as well as other compliant weapons[9]. This capability extends the effectiveness of the system to include precision targeting from fighters and drones, utilizing reflected laser radiation[9].
+Additionally, CRW Telesystem-Mesko has showcased its products at significant defense industry events. For example, at the XXIX International Defence Industry Exhibition in Kielce in 2021, the company presented various products, including the "Piorun" portable anti-aircraft missile system, the "Pirat" ATGM, and the APR 120 and APR 155 guided artillery missiles, which were developed with their participation[5].
+Through these projects and collaborations, CRW Telesystem-Mesko not only contributes to the advancement of military technology but also reinforces Poland's position as a key player in the production of advanced military equipment[5].
+
+# Impact and Contributions
+
+CRW Telesystem-Mesko has played a pivotal role in advancing Poland's defense capabilities through a range of innovative research and development programs. The organization has made significant contributions in the field of laser technology and optoelectronics, with its top engineers participating in crucial projects for the Polish military[1]. Notably, CRW Telesystem-Mesko has developed fire control systems for T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, and laser protection systems such as BOBRAWA and OBRA for these tanks. These efforts have led to the production of world-class weapons and equipment[1].
+One of the most critical achievements was their involvement in the Strategic Government Program "Modern technologies for the development of the air defence system of troops and facilities" in 1993, which positioned TELESYSTEM-MESKO as a leader in innovation. This program led to the development of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM), a key element in Poland's air defense arsenal[1].
+Moreover, CRW Telesystem-Mesko has been integral in the creation of several advanced missile systems. These include the "Piorun" portable anti-aircraft missile system and the "Pirat" anti-tank guided missile (ATGM), as well as the APR 120 and APR 155 guided artillery missiles[5]. The Pirat ATGM, in particular, is designed to complement existing systems like the Spike-LR missiles and the upcoming generation of anti-tank grenade launchers, enhancing Poland's anti-tank capabilities[3][4]. Importantly, the Pirat can be produced entirely from domestic components, thereby reducing dependency on foreign supplies and bolstering Poland’s defense industry[5].
+CRW Telesystem-Mesko's innovations extend beyond traditional weaponry. The organization was instrumental in the development of PERUN, Poland's first armed robot capable of effective and safe fire from machine guns and the PIRAT ATGM. This project not only represents a significant leap in unmanned armed land platforms but also underscores the successful collaboration between the military, scientific community, and Polish industry[9].
+The collective efforts and technological advancements by CRW Telesystem-Mesko have significantly strengthened Poland's defense systems, making the country more self-reliant and capable in terms of military technology.
+
+# Future Directions
+
+CRW Telesystem-Mesko is actively involved in advancing laser and optoelectronic technologies, particularly in support of Poland's defense capabilities. A significant aspect of the company's future endeavors focuses on the Pirat anti-tank guided missile (ATGM) program. This project, a collaborative effort between Mesko S.A., the Military University of Technology, and Ukrainian partner DKKB Luch, is in its final stages, with tests confirming the validity of the adopted assumptions and the practical application of R&D solutions[3].
+One of the notable aspects of the Pirat program is its emphasis on developing a cost-effective and versatile weapon system. Unlike more expensive missiles guided by optical fiber or advanced optronic systems, the Pirat program aims to produce a high quantity of missiles and launchers that can target not only combat vehicles but also fortifications. This aligns with the broader strategy of integrating various countermeasures into a unified combat system, increasing overall effectiveness[4].
+In addition to the Pirat ATGM, CRW Telesystem-Mesko has developed the LPC-1 laser target designator, a crucial component for the missile's operational efficiency. This laser system is NATO-compliant, ensuring its compatibility with allied fire control systems, thereby enhancing its utility in joint operations[3]. Further, the company showcased a prototype targeting and guidance unit, CLU-P, at the XXIX International Defence Industry Exhibition in Kielce, indicating ongoing innovations in this domain[5].
+CRW Telesystem-Mesko also leverages its extensive experience in laser and optoelectronic technologies to develop new systems for both military and civilian applications. The company's expertise spans the creation of fire control systems, laser protection systems, and advanced photodetector production technologies. These technologies are crucial for developing modern "smart" weapon systems, which are expected to play a significant role in future combat scenarios[1].
+Another innovative direction for CRW Telesystem-Mesko is the development of unmanned armed land platforms. The PERUN project, Poland's first armed robot capable of operating machine guns and the PIRAT ATGM, highlights the potential for integrating advanced weaponry with robotic platforms. This project reflects a broader trend of consolidating military, scientific, and industrial efforts in the field of combat robotics, positioning CRW Telesystem-Mesko at the forefront of this emerging technology[9].
+
+# Criticisms and Challenges
+
+CRW Telesystem-Mesko has faced criticism for its role in addressing the anti-tank defense capabilities of the Polish Army, which remains one of the most neglected areas in the military sector[11]. Despite ongoing analytical work and attempts to introduce new battle platforms, a generational breakthrough has yet to be achieved, raising concerns about the effectiveness and timeliness of their projects[11].
+Another challenge lies in the necessity for the coordinated implementation of varied and interconnected countermeasures to form a cohesive fighting system. The presence of active and passive protection systems demands advanced tactics tailored to specific anti-tank weaponry, a complex task that the company must navigate carefully[4].
+The Pirat program, although promising in terms of possessing a high quantity of missiles and launchers for diverse combat applications, has faced scrutiny regarding its alignment with allied fire control systems. While tests have been carried out to confirm the assumptions and verify R&D solutions, the project remains in its final stages, leaving some uncertainties about its full operational capabilities[3].
+Moreover, the Armament Agency's announcement of seven entities submitting proposals for the Pustelnik ATGM has sparked competition both domestically and internationally. This adds another layer of complexity for CRW Telesystem-Mesko as it seeks to secure its place in the market amid strong foreign contenders like Raytheon Missiles & Defense and Lockheed Martin Co.[12].
+Despite these challenges, the company has emphasized its expertise in laser technology and optoelectronics, which has been instrumental in past significant defense programs. However, ensuring the seamless integration of these technologies into current and future systems remains an ongoing challenge[1].
\ No newline at end of file
diff --git a/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/storm_gen_article_polished.txt b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/storm_gen_article_polished.txt
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--- /dev/null
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+# summary
+
+**CRW Telesystem-Mesko** is a prominent organization specializing in research and development (R&D) and production within the defense industry, based in Poland. Founded in 1993, the company has gained recognition for its innovative contributions to military technology, particularly in the fields of optoelectronics and laser systems. CRW Telesystem-Mesko is notable for its role in developing advanced missile systems and photodetectors, which have significantly bolstered Poland's defense capabilities.
+The company's expertise lies in producing critical components for portable anti-aircraft and anti-tank systems, such as the GROM and PIORUN Man-Portable Air Defense Systems (MANPADS). These systems feature unique indium antimonide (InSb) and lead sulfide (PbS) photodetectors, making CRW Telesystem-Mesko one of the few manufacturers capable of producing such advanced technology. The company also collaborates on various projects, including the Pirat anti-tank guided missile (ATGM), which is designed to enhance the Polish Armed Forces' anti-tank capabilities.
+Despite its achievements, CRW Telesystem-Mesko faces several challenges. The company has been criticized for delays in achieving significant breakthroughs in anti-tank defense technology and for the complex task of integrating various countermeasures into a cohesive fighting system. Additionally, the competitive landscape, with strong contenders like Raytheon Missiles & Defense and Lockheed Martin Co., adds pressure on the company to maintain its market position.
+Overall, CRW Telesystem-Mesko continues to play a crucial role in advancing Poland's defense technology, striving for innovation while navigating the complexities and challenges inherent in the defense sector. The company's contributions not only ensure Poland's defense self-reliance but also position it as a key player in the global defense industry.
+
+# Overview of CRW Telesystem
+
+CRW TELESYSTEM-Mesko is a modern organization specializing in research and development (R&D) and production within the defense industry. The company has experienced consistent growth in staff and expansion of its scientific and research potential over the years. CRW TELESYSTEM-Mesko excels in transferring research results to industrial applications, producing technologically advanced equipment and devices[1].
+The company's primary focus is on developing, implementing, and producing optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. Notably, CRW TELESYSTEM-Mesko has developed and manufactured world-unique indium antimonide (InSb) and lead sulfide (PbS) photodetectors, specialized optics, and modern hybrid preamplifiers. These technologies are a result of extensive work on homing warheads (GSN) for Man-Portable Air Defense Systems (MANPADS), leading to the implementation of several critical technologies[1].
+CRW TELESYSTEM-Mesko is also a producer of key components for the GROM and PIORUN MANPADS, specifically the coordinator with an emphasis on the optoelectronic track. This includes the globally unique InSb and PbS photodetectors and hybrid preamplifiers. Due to these advancements, the company is recognized as one of the leading producers of guidance heads for missile systems. It stands alongside major producers from Russia and the USA as one of the few serial manufacturers of detectors with exceptional parameters[2].
+In addition to MANPADS, CRW TELESYSTEM-Mesko is involved in the development of the Pirat anti-tank guided missile (ATGM) system. The Pirat system has been designed to meet the requirements of the Polish Armed Forces, specifically within the context of the Pustelnik program. The LPC-1 laser target designator, a critical component for the system's effectiveness, was developed through a joint R&D project between Mesko S.A. and CRW Telesystem Mesko. The system is fully NATO compliant and features an encoded laser beam[3].
+The Pirat ATGM is intended to complement the existing Spike-LR missiles in Poland's arsenal and the forthcoming new generation anti-tank grenade launchers. The system aims to enhance anti-tank capabilities by incorporating both active and passive protection systems and adaptable tactics against specific anti-tank weaponry. The Polish defense industry is working on multiple variants of the Pirat system, with Pirat-1 and Pirat-2 sharing numerous common components, including a gyro-stabilized laser guidance system[4].
+Through these efforts, CRW TELESYSTEM-Mesko contributes significantly to Poland's defense capabilities, ensuring independence from foreign suppliers and positioning Poland among the few countries with the capacity to produce such advanced military equipment[5].
+
+# History and Development
+
+CRW TELESYSTEM-MESKO Sp. z o.o., established in 1993, emerged as a leader in the field of air defense technologies by participating in the Strategic Government Program "Modern technologies for the development of the air defence system of troops and facilities" [1]. This participation marked the beginning of its innovation journey, particularly in the design and production of critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM) [1]. The company's consistent development led to an increase in staff and expansion of its scientific and research capabilities [1].
+CRW TELESYSTEM-MESKO, a modern organization, has effectively transferred research results to the industry, producing technologically advanced equipment and devices [1]. The company's top engineers have contributed significantly to defense-related research and development programs. Notable projects include the development of fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as the BOBRAWA and OBRA laser protection systems for these tanks [1]. Additionally, they have been involved in the construction of lasers for both military and civilian applications, developing modern technical solutions for "smart" weapons systems [1].
+The initiative to create the company in 1993 was led by a team of scientists and constructors, including Professor Zbigniew Puzewicz, who had a background in the Military University of Technology and worked within the Mikroel company [1]. Professor Puzewicz also contributed to the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy, enhancing the missiles' parameters and extending their service life [1]. Between 2008 and 2017, he managed teams working on development projects implemented by IOE MUT and CRW TELESYSTEM-MESKO, including the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round [1].
+By 1995, the first batch of GROM missiles entered service, thanks to the collaborative efforts of various Polish design bureaus, including the Zielonka-based Military Institute of Armament Technology, the WAT Military University of Technology, and the Skarżysko Rocket Design Bureau [6]. These efforts were reportedly aided by Polish intelligence services that acquired design plans of the original 9K38 Igla missile system during the post-Soviet Union dissolution turmoil [6]. The GROM system was later improved into the PIORUN, featuring a new seeker and rocket motor, with the system designed to be operated by a single soldier [6]. The PIORUN system consists of a missile, a single-use launcher, a starting mechanism, and an on-ground power supply [6][7].
+In addition to its missile systems, CRW TELESYSTEM-MESKO has also been involved in other significant defense projects, such as the PIRAT anti-tank guided missile, developed in cooperation with the Military University of Technology and the Ukrainian company DKKB Luch [3]. The PIRAT missile meets the Polish Armed Forces' requirements and is designed to fill the gap between anti-tank grenade launchers and heavier ATGMs [3][8]. The system is noted for its ability to be manufactured using domestic components, reducing dependence on foreign suppliers [5].
+
+# Technological Innovations and Products
+
+CRW Telesystem-Mesko has established itself as a leader in innovation within the defense sector, particularly through its involvement in the 1993 Strategic Government Program, “Modern technologies for the development of the air defence system of troops and facilities”[1]. The company has focused on the design and production of critical elements for the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM), contributing significantly to the advancement of Polish defense technology.
+
+## Key Research and Development Projects
+
+The top engineers at CRW Telesystem-Mesko have been integral to numerous high-stakes research and development programs. These include fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as BOBRAWA and OBRA laser protection systems for these tanks[1]. Additionally, the company has been involved in the construction of lasers for both military and civilian purposes, highlighting their versatility and expertise in laser technology and optoelectronics[1].
+
+## Missile Systems
+
+The company has been particularly successful in the field of missile technology. They have developed and implemented missile flight control and flight path simulation algorithms, alongside a guided missile system with a range of 2.5 km, codenamed PIRAT[1]. The PIRAT is a light, portable short-range anti-tank missile that uses laser radiation for target guidance, ensuring high combat effectiveness[9]. It can be fired from the shoulder or from a modular position equipped with a tripod launcher[9].
+
+## Anti-Aircraft Systems
+
+CRW Telesystem-Mesko has also made significant strides in anti-aircraft defense systems. The GROM/PIORUN missile system is one of their standout products, featuring an infrared homing system with a dual-band seeker[7]. This system has been upgraded to include an Identification Friend-or-Foe device and a thermal imaging sight, improving its operational capabilities[7]. Additionally, the Piorun variant includes a new seeker and rocket motor, making it a more advanced iteration of the original Grom system[6].
+
+## Laser and Optoelectronic Technologies
+
+The company has extensive experience in the fields of laser technology and optoelectronics. They have mastered the production of Nd:YAG lasers used in target designators and laser rangefinders, which meet stringent military environmental requirements for battlefield conditions[1]. CRW Telesystem-Mesko has also developed precise assembly technologies for optical elements and production technologies for photodetectors, including InSb and PbS-based detectors with high detection capabilities[1].
+
+## Collaborative Projects
+
+CRW Telesystem-Mesko has worked on various collaborative projects, such as the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy[1]. They have also been involved in creating the PERUN, Poland’s first armed robot capable of firing machine guns and the PIRAT ATGM, marking a significant achievement in unmanned armed land platforms[9].
+
+# Projects and Collaborations
+
+CRW Telesystem-Mesko has been pivotal in numerous research and development programs, particularly those of significant importance for defense. The company's expertise spans across various high-tech fields including laser technology and optoelectronics, which has allowed it to develop advanced technical solutions for "smart" weapons systems[1]. Their work includes the development of fire control systems for T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, as well as BOBRAWA and OBRA laser protection systems for these tanks. They have also been involved in the construction of lasers for both military and civilian use[1].
+One of the notable projects is the Pirat anti-tank guided missile (ATGM), a collaborative effort involving Mesko S.A., the Military University of Technology, CRW Telesystem-Mesko, and the Ukrainian partner DKKB Luch[3]. The Pirat project, which is in its final stages, includes a new control and guidance system developed by Telesystem-Mesko and PCO, known as the CLU-P (Command Launch Unit – Pirat)[10]. The Pirat missile system is designed to be compatible with allied fire control systems, making it suitable for joint allied operations[3].
+CRW Telesystem-Mesko also contributes to the Pustelnik program, initiated by the Polish armed forces to fill the gap between anti-tank grenade launchers and heavier ATGMs like the Spike-LR and Brimstone missiles[8]. The Pirat 2, another development within this program, is a light short-range ATGM capable of penetrating up to 550 mm of steel armor covered by Explosive Reactive Armor (ERA)[8].
+The integration of the PERUN system with the PIRAT launcher enhances the versatility of the missile system, allowing it to guide precision-guided ammunition such as the APR 155 mm and APR 120 mm, as well as other compliant weapons[9]. This capability extends the effectiveness of the system to include precision targeting from fighters and drones, utilizing reflected laser radiation[9].
+Additionally, CRW Telesystem-Mesko has showcased its products at significant defense industry events. For example, at the XXIX International Defence Industry Exhibition in Kielce in 2021, the company presented various products, including the "Piorun" portable anti-aircraft missile system, the "Pirat" ATGM, and the APR 120 and APR 155 guided artillery missiles, which were developed with their participation[5].
+Through these projects and collaborations, CRW Telesystem-Mesko not only contributes to the advancement of military technology but also reinforces Poland's position as a key player in the production of advanced military equipment[5].
+
+# Impact and Contributions
+
+CRW Telesystem-Mesko has played a pivotal role in advancing Poland's defense capabilities through a range of innovative research and development programs. The organization has made significant contributions in the field of laser technology and optoelectronics, with its top engineers participating in crucial projects for the Polish military[1]. Notably, CRW Telesystem-Mesko has developed fire control systems for T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, and laser protection systems such as BOBRAWA and OBRA for these tanks. These efforts have led to the production of world-class weapons and equipment[1].
+One of the most critical achievements was their involvement in the Strategic Government Program "Modern technologies for the development of the air defence system of troops and facilities" in 1993, which positioned TELESYSTEM-MESKO as a leader in innovation. This program led to the development of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM), a key element in Poland's air defense arsenal[1].
+Moreover, CRW Telesystem-Mesko has been integral in the creation of several advanced missile systems. These include the "Piorun" portable anti-aircraft missile system and the "Pirat" anti-tank guided missile (ATGM), as well as the APR 120 and APR 155 guided artillery missiles[5]. The Pirat ATGM, in particular, is designed to complement existing systems like the Spike-LR missiles and the upcoming generation of anti-tank grenade launchers, enhancing Poland's anti-tank capabilities[3][4]. Importantly, the Pirat can be produced entirely from domestic components, thereby reducing dependency on foreign supplies and bolstering Poland’s defense industry[5].
+CRW Telesystem-Mesko's innovations extend beyond traditional weaponry. The organization was instrumental in the development of PERUN, Poland's first armed robot capable of effective and safe fire from machine guns and the PIRAT ATGM. This project not only represents a significant leap in unmanned armed land platforms but also underscores the successful collaboration between the military, scientific community, and Polish industry[9].
+The collective efforts and technological advancements by CRW Telesystem-Mesko have significantly strengthened Poland's defense systems, making the country more self-reliant and capable in terms of military technology.
+
+# Future Directions
+
+CRW Telesystem-Mesko is actively involved in advancing laser and optoelectronic technologies, particularly in support of Poland's defense capabilities. A significant aspect of the company's future endeavors focuses on the Pirat anti-tank guided missile (ATGM) program. This project, a collaborative effort between Mesko S.A., the Military University of Technology, and Ukrainian partner DKKB Luch, is in its final stages, with tests confirming the validity of the adopted assumptions and the practical application of R&D solutions[3].
+One of the notable aspects of the Pirat program is its emphasis on developing a cost-effective and versatile weapon system. Unlike more expensive missiles guided by optical fiber or advanced optronic systems, the Pirat program aims to produce a high quantity of missiles and launchers that can target not only combat vehicles but also fortifications. This aligns with the broader strategy of integrating various countermeasures into a unified combat system, increasing overall effectiveness[4].
+In addition to the Pirat ATGM, CRW Telesystem-Mesko has developed the LPC-1 laser target designator, a crucial component for the missile's operational efficiency. This laser system is NATO-compliant, ensuring its compatibility with allied fire control systems, thereby enhancing its utility in joint operations[3]. Further, the company showcased a prototype targeting and guidance unit, CLU-P, at the XXIX International Defence Industry Exhibition in Kielce, indicating ongoing innovations in this domain[5].
+CRW Telesystem-Mesko also leverages its extensive experience in laser and optoelectronic technologies to develop new systems for both military and civilian applications. The company's expertise spans the creation of fire control systems, laser protection systems, and advanced photodetector production technologies. These technologies are crucial for developing modern "smart" weapon systems, which are expected to play a significant role in future combat scenarios[1].
+Another innovative direction for CRW Telesystem-Mesko is the development of unmanned armed land platforms. The PERUN project, Poland's first armed robot capable of operating machine guns and the PIRAT ATGM, highlights the potential for integrating advanced weaponry with robotic platforms. This project reflects a broader trend of consolidating military, scientific, and industrial efforts in the field of combat robotics, positioning CRW Telesystem-Mesko at the forefront of this emerging technology[9].
+
+# Criticisms and Challenges
+
+CRW Telesystem-Mesko has faced criticism for its role in addressing the anti-tank defense capabilities of the Polish Army, which remains one of the most neglected areas in the military sector[11]. Despite ongoing analytical work and attempts to introduce new battle platforms, a generational breakthrough has yet to be achieved, raising concerns about the effectiveness and timeliness of their projects[11].
+Another challenge lies in the necessity for the coordinated implementation of varied and interconnected countermeasures to form a cohesive fighting system. The presence of active and passive protection systems demands advanced tactics tailored to specific anti-tank weaponry, a complex task that the company must navigate carefully[4].
+The Pirat program, although promising in terms of possessing a high quantity of missiles and launchers for diverse combat applications, has faced scrutiny regarding its alignment with allied fire control systems. While tests have been carried out to confirm the assumptions and verify R&D solutions, the project remains in its final stages, leaving some uncertainties about its full operational capabilities[3].
+Moreover, the Armament Agency's announcement of seven entities submitting proposals for the Pustelnik ATGM has sparked competition both domestically and internationally. This adds another layer of complexity for CRW Telesystem-Mesko as it seeks to secure its place in the market amid strong foreign contenders like Raytheon Missiles & Defense and Lockheed Martin Co.[12].
+Despite these challenges, the company has emphasized its expertise in laser technology and optoelectronics, which has been instrumental in past significant defense programs. However, ensuring the seamless integration of these technologies into current and future systems remains an ongoing challenge[1].
\ No newline at end of file
diff --git a/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/storm_gen_outline.txt b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/storm_gen_outline.txt
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+# Introduction
+# Overview of CRW Telesystem
+## Primary Functions and Objectives
+## Role in the Polish Defense Sector
+# History and Development
+## Establishment and Evolution
+## Key Milestones and Achievements
+### Development of the GROM and PIORUN Missile Systems
+### Participation in the Pustelnik Program
+# Technological Innovations and Products
+## Portable Anti-Aircraft Missile Systems
+### GROM Missile System
+### PIORUN Missile System
+## Anti-Tank Guided Missile Systems
+### Pirat ATGM
+### Technological Features and Capabilities
+## Laser-Guided Systems
+### Laser Target Designation Systems
+### Development of Laser Protection Systems
+## Advanced Laser Technology
+### Semiconductor Laser Technologies
+### Integration in Military Operations
+# Projects and Collaborations
+## Key Projects
+### Pirat Anti-Tank Guided Missile Project
+### APR 120 and APR 155 Guided Artillery Missiles
+## Collaborations
+### Domestic and International Partnerships
+### Role in DEFENSE24 DAY & SOFEAST Conference
+# Impact and Contributions
+## Enhancing Poland's Defense Capabilities
+## Contributions to National and International Security
+## Technological Independence and Innovation
+# Future Directions
+## Ongoing Research and Development Projects
+### Focus on Advanced Laser-Guided Technologies
+## Strategic Goals and Market Expansion
+# Criticisms and Challenges
+## Challenges in Defense Technology Development
+## Addressing Technological and Operational Limitations
\ No newline at end of file
diff --git a/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/url_to_info.json b/frontend/demo_light/DEMO_WORKING_DIR/CRW_telesystem_/url_to_info.json
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+{"url_to_unified_index": {"https://defence24.com/armed-forces/poland-has-the-potential-to-strengthen-anti-tank-defence-opinion": 11, "https://defence24.com/pirat-atgm-a-nexus-between-spike-and-anti-tank-grenade-launchers": 4, "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success": 3, "https://defence24.com/armed-forces/land-forces/pustelnik-atgm-programme-participants-unveiled": 12, "https://telesystem.eu/en/about-us-2/": 1, "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/": 5, "https://www.joint-forces.com/defence-equipment-news/50094-integration-of-perun-ugv-with-pirat-atgm": 9, "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/": 10, "https://armyrecognition.com/news/army-news/2023/poland-plans-to-acquire-pirat-new-local-made-anti-tank-guided-missiles": 8, "https://telesystem.eu/en/products/grom-piorun-portable-anti-aircraft-missile-system/": 2, "https://en.wikipedia.org/wiki/Grom_(missile)": 6, "https://missiledefenseadvocacy.org/defense-systems/grom-missile-system/": 7}, "url_to_info": {"https://defence24.com/armed-forces/poland-has-the-potential-to-strengthen-anti-tank-defence-opinion": {"url": "https://defence24.com/armed-forces/poland-has-the-potential-to-strengthen-anti-tank-defence-opinion", "description": "Anti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened ...", "snippets": ["Anti-tank defence is one of the most neglected areas of the Polish Army. The analytical work that has been going on for years has not yet brought a generational breakthrough, and the introduction of new battle platforms is taking time. Anti-tank defence capabilities can, however, be strengthened through the coordinated implementation of programs - mostly using domestic industry."], "title": "Poland has the Potential to Reinforce Anti-Tank Defence [OPINION] | Defence24.com", "meta": {"query": "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"}, "citation_uuid": -1}, "https://defence24.com/pirat-atgm-a-nexus-between-spike-and-anti-tank-grenade-launchers": {"url": "https://defence24.com/pirat-atgm-a-nexus-between-spike-and-anti-tank-grenade-launchers", "description": "This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system. The consortium, formed by CRW Telesystem-Mesko and the Military University of Technology ...", "snippets": ["It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced. At the moment, the anti-tank capabilities of the Polish Army are based on the medium range Spike-LR anti tank guided missiles which are also expected to be integrated with the armoured combat vehicles, including the Rosomak APC and - further down the road \u2013 the new IFV.", "Polish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.", "In order to increase the effectiveness, the countermeasures shall be varied and interconnected and fused into a single fighting system, due to the presence of active and passive protection systems and options of tailoring the tactics of acting against a specific anti tank weaponry. The main assumption of the Pirat programme is to be in possession of high quantities of missiles and launchers that could also be utilized in order to fight against targets other than combat vehicles, such as fortifications.", "The initiative would make use of the expertise gathered before, during the works pertaining to semi-actively laser guided precision munitions, especially the guidance systems. This type of missiles could be introduced into use both in the operational units, as well as within the newly formed Territorial Defence component. Two variants have been considered, Pirat-1 and Pirat-2, sharing numerous common components, including the gyro-stabilized laser guidance system.", "One of the methods to enhance the anti tank capabilities, proposed by the experts, is to introduce a light, single purpose weapon into use, being placed between the Spike ATGM listed above and new anti tank grenade launchers which would ultimately replace the RPG-7 weapons system. Such solution, in line with the conceptual assumptions of the Pirat programme, would be significantly cheaper than the missiles guided with an optical fibre/optronic guidance system."], "title": "Pirat ATGM \u2013 A Nexus Between Spike and Anti-Tank Grenade Launchers | Defence24.com", "meta": {"query": "CRW telesystem Pirat antitank guided missile technological innovations"}, "citation_uuid": -1}, "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success": {"url": "https://defence24.com/pirat-atgm-precisely-hits-the-target-tests-success", "description": "Pirat meets the requirements and ... the primary solution that is offered by us. We are currently finalizing the project, getting ready to launch the manufacturing capacity next year. Pirat is a light ATGM developed by the Polish defence industry. The project is led by Mesko S.A. Pirat uses a laser guidance system developed jointly with CRW Telesystem-Me...", "snippets": ["The above makes it possible to use the system during joint allied operations, as the allied fire control systems remain compatible with the missile. The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now. Tests carried out at the Military Institute of Armament Technology range in Nowa D\u0119ba were to confirm the correctness of the assumptions adopted and to verify the R&D solutions applied in practice. ... Pirat ATGM Mock-up showcased in Kielce.", "LPC-1 laser target designator is required for the munitions to function efficiently. The system is a product resulting from a joint R&D project executed by Mesko S.A. in collaboration with CRW Telesystem Mesko. The laser beam is encoded and exhibits full NATO compliance.", "Polish defence industry is working on a family of light Pirat ATGMs. It is assumed that this weapons system is to complement both the Spike-LR missiles Poland already owns, as well as the new generation anti tank grenade launchers which are soon to be introduced.", "Pirat meets the requirements and expectations expressed by the Polish Armed Forces multiple times, within the context of the Pustelnik program for instance, where Pirat remains the primary solution that is offered by us.", "The project is pursued by Mesko S.A. working with the Military Military University of Technology, CRW Telesystem Mesko, and the foreign partner - the DKKB Luch business from Ukraine. The whole undertaking is in its final stages now."], "title": "Pirat ATGM Precisely Hits the Target: Tests Success | Defence24.com", "meta": {"query": "CRW telesystem primary function"}, "citation_uuid": -1}, "https://defence24.com/armed-forces/land-forces/pustelnik-atgm-programme-participants-unveiled": {"url": "https://defence24.com/armed-forces/land-forces/pustelnik-atgm-programme-participants-unveiled", "description": "The Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones.", "snippets": ["The Armament Agency announced that 7 entities have submitted their proposals to participate in preliminary market consultation, concerning the deliveries of the Pustelnik ATGM - both domestic, as well as foreign ones. ... The list is as follows, as provided to us by the Spokesman for the Armament Agency Krzysztof P\u0142atek: ... LIG Nex1 Co., Ltd. ... Raytheon Missiles & Defense Co., with Lockheed Martin Co."], "title": "Pustelnik ATGM Programme Participants Unveiled | Defence24.com", "meta": {"query": "significance of Pirat missile system in Pustelnik program"}, "citation_uuid": -1}, "https://telesystem.eu/en/about-us-2/": {"url": "https://telesystem.eu/en/about-us-2/", "description": "NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM...", "snippets": ["By participating in 1993 in the Strategic Government Program \u201cModern technologies for the development of the air defence system of troops and facilities\u201d, TELESYSTEM-MESKO Sp. z o. o. became a leader in innovation in the design and production of the most critical elements of the GROM Man Portable Anti-Aircraft Missile System (PPZR GROM).", "Manufacturer of guiding heads (GSN) and starting mechanisms for the Grom, Piorun, SZP Poprad, ZUR-23-2KG Jodek-G, ZUR-23-2SP and ZSU-23-4MP Bia\u0142a missile sets and the KUSZA missile system. Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems . These accomplishments resulted in the production of weapons and equipment of world-class quality. Our unique experience and software skills enables us to develop and implement the following technologies: missile flight control and flight path simulation algorithms;", "In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry. Based on many years of experience and competences, we are an entity that produces technologically advanced equipment and devices.", "\u201cDevelopment and implementation of a light system with a guided missile with a range of 2.5 km, codenamed PIRAT.", "The initiator of creation of the company in 1993, The Development and Implementation Centre Telesystem -Mesko Sp. z o.o. was a team of scientists and constructors led by professor Zbigniew Puzewicz, all with previous background in the Military University of Technology and operating within the Mikroel company.", "These include: the ability to comprehensively design and test opto-electronic systems, technologies of precise assembly of optical elements, production technologies of photodetectors based on InSb and PbS with high detection (D*> 10^10 (cm*Hz^0.5/W). Manufacturing of electronics, e.g., processing modules for the seeker head (GSN), electronics of the starting mechanism, proximity sensor and the fuse, and unauthorized use prevention system. CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield.", "He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "The company benefits from many years of experience in the fields of laser technology and optoelectronics. The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .", "He managed the group executing the project for the development and implementation of the UST-1 GROM/PIORUN Missile Simulation Round. He participated in the development of a detection system for long-range ship-to-ship missiles used by the Polish Navy. The new system significantly improved the parameters of the rocket and extended its service-life. In the years 2008-2017, he managed teams working on development projects, implemented by IOE MUT and CRW TELESYSTEM-MESKO:", "Technologies for both the opto-mechanical module and the integration of electronic tribrach modules, compass, azimuth and target elevation measurement, coding (STANAG 3733). The production profile includes various components for portable anti-aircraft and anti-tank missile systems and precision-guided ammunition.", "NATO Commercial and Government Entity 1606H issued by the Military Centre for Quality Standardization and Codification; Industrial Safety Certificate No. SBPK 001512P. Consistent and constant development resulted in staff growth and expansion of the scientific and the research potential of the Company. CRW TELESYSTEM-Mesko is a modern organization that makes a real transfer of the research results to the industry.", "It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems. It creates and manufactures the world-unique InSb and PbS photodetectors, specialised optics and modern hybrid preamplifiers. As a result of many years of work on homing warheads (GSN) for MANPADS, CRW TELESYSTEM-MESKO has developed and implemented a number of critical technologies.", "The top engineers participated in the implementation of a number of research and development programs of significant importance for defence, such as: fire control systems for the T-55 MERIDA and PT-91 (TWARDY) DRAWA tanks, BOBRAWA and OBRA laser protection systems for the mentioned tanks, construction of lasers for both military and civilian use. The design team of CRW Telesystem-Mesko creates modern technical solutions for the \u201csmart\u201d weapons systems .", "Manufacturer of guidance systems for precision-guided artillery ammunition (APR) and the \u201cPirat\u201d light anti-tank missile system. We have unique competences and we are open to wide cooperation with both industry and research centres. CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry.", "CRW TELESYSTEM-MESKO specializes in R&D and production for the defence industry. It develops, implements and produces optoelectronic and electronic units for portable anti-aircraft and anti-tank systems.", "CRW TELESYSTEM-MESKO has also mastered the technologies related to the production of Nd:YAG lasers for target designators/laser rangefinders that meet the military environmental requirements for the battlefield."], "title": "ABOUT US - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/": {"url": "https://telesystem.eu/en/telesystem-at-mspo-2021-in-kielce/", "description": "The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW ...", "snippets": ["NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko. The tradition of the fair is the 9th edition of the State Security Leader Gala, where prestigious awards are granted for innovation and special achievements in the field of supporting the defence system and capabilities, as well as for actions taken for the benefit of state security.", "On September 7-10, 2021, during the XXIX International Defence Industry Exhibition in Kielce, we exhibited our products together with Zak\u0142ady Mechaniczne \"Tarn\u00f3w\" SA, MESKO SA and PCO SA as part of the exhibition of Polska Grupa Zbrojeniowa S.A.", "This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "The jury also appreciated the fact it is possible to manufacture \u201cPirat\u201d from domestic components only. This makes it possible to become independent from the supply of this type of missiles from abroad. It also places Poland among the few countries with the production capacity of this type of military equipment. NextCRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCENext \u00b7 CRW TELESYSTEM MESKO AT THE DEFENSE24 DAY & SOFEAST CONFERENCE", "Laser rangefinder-designator LDP-A is also used to illuminate the target for the 155 mm APR 155 guided missiles for howitzers and the 120 mm APR 120 for mortars, as well as laser-guided precision bombs. The prototype CLU-P targeting and guidance unit for the Pirat set, developed by TELESYSTEM-Mesko and PCO SA, also had its premiere at the XXIX MSPO.", "At the MESKO SA stand, one can also see the \u201cPiorun\u201d portable anti-aircraft missile system, the \u201cPirat\u201d anti-tank guided missile and both APR 120 and APR 155 guided artillery missiles, created with the participation of TELESYSTEM-Mesko."], "title": "TELESYSTEM AT MSPO 2021 IN KIELCE - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "what is CRW telesystem"}, "citation_uuid": -1}, "https://www.joint-forces.com/defence-equipment-news/50094-integration-of-perun-ugv-with-pirat-atgm": {"url": "https://www.joint-forces.com/defence-equipment-news/50094-integration-of-perun-ugv-with-pirat-atgm", "description": "ZMT (Zak\u0142ady Mechaniczne Tarn\u00f3w) of Poland has announced the successful integration of the PERUN UGV with the PIRAT ATGM.", "snippets": ["Thus, PERUN became the first armed robot in Poland, which enables effective and safe fire from machine guns and the PIRAT ATGM. It is worth emphasising that the consolidation of the military, scientific and Polish industry around the subject of combat robots is also a success. The unique knowledge gained during the project implementation allows for further development in the field of unmanned armed land platforms.\u201d Damian Jarosz, Project Manager.", "PIRAT is a light, portable short-range anti-tank missile (up to 2.5 km) self-guiding to laser radiation reflected from the target, fired from the shoulder or from a universal, modular position for detection, tracking, identification and targeting (CLU \u2013 developed by CRW Telesystem -Mesko and PCO SA), containing a tripod launcher. The system uses precise guidance of the reflected laser beam illuminating the target, which the missile attacks from the so-called \u2018upper hemisphere\u2019, which guarantees very high combat effectiveness.", "The integration of PERUN with the PIRAT anti-tank guided missile launcher and their guidance system allows not only to hit targets directly, but also to guide precision-guided ammunition (APR 155 mm and APR 120 mm) or other weapons compliant with STANAG 3733 (including bombs and guided missiles) on reflected laser radiation from fighters and drones).\u201d Damian Jarosz, Project Manager."], "title": "Integration of PERUN UGV with PIRAT ATGM | Joint Forces News", "meta": {"query": "Pirat missile project details and advancements"}, "citation_uuid": -1}, "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/": {"url": "https://audm.org.ua/en/news/ukrayinsko-polskij-ptrk-pirat-teper-mozhe-voyuvati-vden-i-vnochi/", "description": "In turn, CRW Telesystem-Mesko is ... guidance head, autopilot (in cooperation with DerzhKKB \u201cRay\u201d) and all optoelectronics, and MESKO \u2013 for the warhead, engines and the rest (including PU). In terms of its performance, the missile from the Pirate anti-aircraft missile system is close to the capabilities of the Corsair anti-RPG missile system, which has been adopted by the Armed Forces of Ukraine ...", "snippets": ["This light anti-tank missile complex was born in close cooperation with the Ukrainian state enterprise DerzhKKB Luch, Defense Express reports. Polish companies Telesystem-Mesko and PCO have developed a new control and guidance system for the Pirat, called the CLU-P (Command Launch Unit \u2013 Pirat).", "The project of a new light anti-tank missile complex Pirat is one of the areas of cooperation between the Ukrainian enterprise DerzhKKB Luch and a number of Polish companies."], "title": "The Ukrainian-Polish anti-tank missile complex Pirat can now fight day and night | Association of Ukrainian Defense Manufactures", "meta": {"query": "impact of Pirat antitank guided missile on Polish Armed Forces capabilities"}, "citation_uuid": -1}, "https://armyrecognition.com/news/army-news/2023/poland-plans-to-acquire-pirat-new-local-made-anti-tank-guided-missiles": {"url": "https://armyrecognition.com/news/army-news/2023/poland-plans-to-acquire-pirat-new-local-made-anti-tank-guided-missiles", "description": "According to information published by the Polish Defense website \"Defence24\", on March 10, 2023, the Polish Deputy Minister and Secretary of State, Wojciec", "snippets": ["The missile would be capable of penetrating up to 550 mm of steel armor covered by ERA (Explosive Reactive Armor). The Pirat 2 is a light short-range ATGM weapons system with a manually-launched missile that is self-guided after launch following the target-reflected laser beam trajectory.", "The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle. The Pirat is an ATGM (Anti-Tank Guided Missile) jointly developed by the defense industry of Ukraine and Poland.", "Polish-made Pirat ATGM Anti-Tank Guided Missile. (Picture source Army Recognition) The Pustelnik program was launched by the Polish armed forces to acquire new anti-tank weapon systems to cover the gap between the anti-tank grenade launchers, and heavier ATGMs (Anti-Tank Guided Missiles), such as Spike-LR, or the Brimstone missiles that would be the primary weapon in the Ottokar-Brzoza program, an anti-tank combat vehicle."], "title": "Poland plans to acquire Pirat new local-made anti-tank guided missiles", "meta": {"query": "Pirat missile project details and advancements"}, "citation_uuid": -1}, "https://telesystem.eu/en/products/grom-piorun-portable-anti-aircraft-missile-system/": {"url": "https://telesystem.eu/en/products/grom-piorun-portable-anti-aircraft-missile-system/", "description": "TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers.", "snippets": ["TELESYSTEM is the producer of the main elements of the GROM / PIORUN MANPADS: coordinator, with particular emphasis on the optoelectronic track, which includes globally unique InSb (indium antimonide) and PbS (lead sulfide) photodetectors and hybrid preamplifiers. Thanks to this, the Company is among the leading producers of guidance heads for missile systems and, next to the giants from Russia and the USA, the only serial manufacturer of detectors with such exceptional parameters;", "CRW TELESYSTEM-MESKO has developed and implemented into series production the key elements of the modernization of PPZR GROM-M, codename PIORUN, which led to:"], "title": "GROM / PIORUN Man-Portable Air-Defense System - CRW Telesystem-Mesko Sp. z o.o.", "meta": {"query": "key milestones in CRW Telesystem Mesko development"}, "citation_uuid": -1}, "https://en.wikipedia.org/wiki/Grom_(missile)": {"url": "https://en.wikipedia.org/wiki/Grom_(missile)", "description": "The Grom (meaning \"thunder\" in Polish) is a man-portable air-defense system produced in Poland and based on the Soviet man-portable infrared homing surface-to-air missile (SAM) 9K38 Igla. It consists of a 72 mm anti-aircraft missile set with a flight speed of 650 m/s, as well as a single-use ...", "snippets": ["On January 1, 2013, Bumar Amunicja manufactured their 2,000th Grom missile set. Grom was later improved into what became known as the Piorun, with a new seeker and rocket motor. The system is designed to be operated by one soldier. It consists of a single-stage projectile, a single-use tubular launcher, a starting mechanism, and an on-ground power supply.", "The full name of the system is PZR Grom, PZR standing for Przeciwlotniczy Zestaw Rakietowy (literally anti-air rocket-propelled set). It is designed to target low-flying helicopters and aeroplanes. As such, the Grom missile is used by other surface-to-air defence systems of Polish design, including ZSU-23-4MP Bia\u0142a, ZUR-23-2 kg and Poprad self-propelled artillery system.", "Because of that, in late 1992 various Polish works and design bureaus (among them the Zielonka-based Military Institute of Armament Technology, the WAT Military University of Technology and the Skar\u017cysko Rocket Design Bureau) started working on a new Igla-like design. These were allegedly helped by the Polish intelligence services able to buy the design plans of the original 9K38 Igla missile system in the LOMO works in Leningrad (modern St. Petersburg) during the turmoil following the dissolution of the Soviet Union. By 1995 the first batch (marked as GROM-1) entered service.", "According to press releases during the Russo-Georgian War, Polish-made GROM missiles targeted Russian planes and helicopters 20 times, 12 missiles were fired out of which 9 hit their targets, and most likely shot down a Su-25. The Indonesian Army bought around 152 Grom missiles as part of Kobra (Aster) V-SHORAD system, including four Poprad mobile launchers, 12 ZUR-23-2 kg-I launchers and 76 missiles delivered in 2007 and the second such system ordered in 2006.", "The Grom (meaning \"thunder\" in Polish) is a man-portable air-defense system produced in Poland and based on the Soviet man-portable infrared homing surface-to-air missile (SAM) 9K38 Igla. It consists of a 72 mm anti-aircraft missile set with a flight speed of 650 m/s, as well as a single-use launcher, re-usable gripstock and thermal battery coolant assembly electric unit."], "title": "Grom (missile) - Wikipedia", "meta": {"query": "GROM missile system specifications and features"}, "citation_uuid": -1}, "https://missiledefenseadvocacy.org/defense-systems/grom-missile-system/": {"url": "https://missiledefenseadvocacy.org/defense-systems/grom-missile-system/", "description": "The only variant of the Grom is the Piorun MANPADS. The Piorun is a modern version of the system with multiple changes. These include: a day/night optical sight added to the tube launcher, a new missile with an increased range and a proximity fuse to make it more effective against small aerial ...", "snippets": ["The system consists of the missile, a single-use launcher, a starting mechanism, and an on-ground power supply.[i]The Grom uses an infrared homing system with a dual-band seeker and can also be equipped with an Identification Friend-or-Foe device or a thermal imaging sight.[ii]", "The only variant of the Grom is the Piorun MANPADS. The Piorun is a modern version of the system with multiple changes. These include: a day/night optical sight added to the tube launcher, a new missile with an increased range and a proximity fuse to make it more effective against small aerial targets, and a new control system.[iii]The control system is a mini keyboard next to the trigger that can be used to select types of targets, environments, and work modes.[iv]"], "title": "Grom Missile System \u2013 Missile Defense Advocacy Alliance", "meta": {"query": "GROM missile system specifications and features"}, "citation_uuid": -1}}}
\ No newline at end of file
diff --git a/frontend/demo_light/demo_util.py b/frontend/demo_light/demo_util.py
index 22258dda..ba7d4ae0 100644
--- a/frontend/demo_light/demo_util.py
+++ b/frontend/demo_light/demo_util.py
@@ -11,8 +11,8 @@
 
 # If you install the source code instead of the `knowledge-storm` package,
 # Uncomment the following lines:
-# import sys
-# sys.path.append('../../')
+import sys
+sys.path.append('../../')
 from knowledge_storm import STORMWikiRunnerArguments, STORMWikiRunner, STORMWikiLMConfigs
 from knowledge_storm.lm import OpenAIModel
 from knowledge_storm.rm import YouRM
@@ -463,6 +463,10 @@ def _display_persona_conversations(conversation_log):
 
 def _display_main_article(selected_article_file_path_dict, show_reference=True, show_conversation=True):
     article_data = DemoFileIOHelper.assemble_article_data(selected_article_file_path_dict)
+    
+    if article_data is None:
+        st.error("Failed to load article data.")
+        return
 
     with st.container(height=1000, border=True):
         table_content_sidebar = st.sidebar.expander("**Table of contents**", expanded=True)
@@ -504,8 +508,8 @@ def set_storm_runner():
 
     # configure STORM runner
     llm_configs = STORMWikiLMConfigs()
-    llm_configs.init_openai_model(openai_api_key=st.secrets['OPENAI_API_KEY'], openai_type='openai')
-    llm_configs.set_question_asker_lm(OpenAIModel(model='gpt-4-1106-preview', api_key=st.secrets['OPENAI_API_KEY'],
+    llm_configs.init_openai_model(openai_api_key=st.secrets['OPENAI_API_KEY'], openai_type='openai',azure_api_key=None)
+    llm_configs.set_question_asker_lm(OpenAIModel(model='gpt-4o', api_key=st.secrets['OPENAI_API_KEY'],
                                                   api_provider='openai',
                                                   max_tokens=500, temperature=1.0, top_p=0.9))
     engine_args = STORMWikiRunnerArguments(
diff --git a/frontend/demo_light/markdown b/frontend/demo_light/markdown
new file mode 100644
index 00000000..e69de29b
diff --git a/knowledge_storm/storm_wiki/modules/article_generation.py b/knowledge_storm/storm_wiki/modules/article_generation.py
index a23b7886..242953f3 100644
--- a/knowledge_storm/storm_wiki/modules/article_generation.py
+++ b/knowledge_storm/storm_wiki/modules/article_generation.py
@@ -75,7 +75,7 @@ def generate_article(
         sections_to_write = article_with_outline.get_first_level_section_names()
 
         section_output_dict_collection = []
-        if len(sections_to_write) == 0:
+        if not sections_to_write:
             logging.error(
                 f"No outline for {topic}. Will directly search with the topic."
             )
@@ -124,13 +124,16 @@ def generate_article(
                     section_output_dict_collection.append(future.result())
 
         article = copy.deepcopy(article_with_outline)
+ 
         for section_output_dict in section_output_dict_collection:
-            article.update_section(
-                parent_section_name=topic,
-                current_section_content=section_output_dict["section_content"],
-                current_section_info_list=section_output_dict["collected_info"],
-            )
-        article.post_processing()
+            if article.has_section(section_output_dict["section_name"]):
+                article.update_section(
+                    parent_section_name=topic,
+                    current_section_content=section_output_dict["section_content"],
+                    current_section_info_list=section_output_dict["collected_info"],
+                )
+            else:
+                logging.warning(f"Section {section_output_dict['section_name']} not found in the article outline. Skipping update.")
         return article
 
 
diff --git a/knowledge_storm/storm_wiki/modules/storm_dataclass.py b/knowledge_storm/storm_wiki/modules/storm_dataclass.py
index 75812d9c..e44540e7 100644
--- a/knowledge_storm/storm_wiki/modules/storm_dataclass.py
+++ b/knowledge_storm/storm_wiki/modules/storm_dataclass.py
@@ -152,6 +152,9 @@ def __init__(self, topic_name):
         super().__init__(topic_name=topic_name)
         self.reference = {"url_to_unified_index": {}, "url_to_info": {}}
 
+    def has_section(self, section_name: str) -> bool:
+        return self.find_section(self.root, section_name) is not None
+
     def find_section(
         self, node: ArticleSectionNode, name: str
     ) -> Optional[ArticleSectionNode]: