This Repository details the works on Blockchain, Cryptocurrency, NFT, and Metaverse Forensics.
Started to work on Blockchain Foresnics as part of my course assigned (Cyber Forensics - 16CY613) in Jan 2018. Later improved the idea to create a standalone Open-Source Framework. Through the courses, Cyber Forensics & Blockchain Technology (20CY621, 20CY712, and 21CY712) expanded the project to a large scale to cater to the need for Robust Forensics tools in Blockchain Technology.
To understand, explore and provide methods, procedures, tools & techniques for forensic investigations related to Blockchain and Cryptocurrency crimes.
- Bitcoin - Bitcoin (WIP)
- Ethereum - Ether (WIP)
- Litecoin - Litecoin (WIP)
- Polygon - MATIC (WIP)
- DogeCoin - Planned
- Ripple - Planned
- Cardano - Planned
- Algorand - Planned
- Hyperledger - WIP
- Corda - WIP
- BigchainDB - Planned
- Cryptokitties
- CryptoPunks
- The Sandbox (SAND)
- Axie Infinity (AXS)
- Decentraland (MANA)
- Upland
- Decentraland
- Axie Infinity
- MegaCryptoPolis 3D
- Mohamed Feroz Khan D
Blockchain Forensics using OSINT and Temporal Graph Visualization
Anuhya G, R Ramaguru (2022). Open-Source Cryptocurrency Forensic Framework. Digital 4N6. Vol. IV, Issue I. pp. 20-26. Digital 4N6. https://doi.org/10.46293/4n6/2022.02.01.03
Mohamed Feroz Khan D, R Ramaguru, Chungath Srinivasan and M Sethumadhavan. Unlocking the Power of OSINT and Temporal Graph Visualization in Blockchain Forensics Investigations. (Completed)
