diff --git a/README.md b/README.md
index c62830f..8a7a95c 100644
--- a/README.md
+++ b/README.md
@@ -4,34 +4,14 @@
 
 
 ##Setup
-1. Required software:
-  * Python2 (Python3 untested) with packages NumPy, Pillow, Wand, and django-adminplus
-  * Django* < 1.10 (django 1.10 no longer allows you to specify urls as string, http://stackoverflow.com/questions/38744285/django-urls-error-view-must-be-a-callable-or-a-list-tuple-in-the-case-of-includ)
-  * * pip install django==1.9
-  * Postgres (or other database, though using another database requires changing code). Set port to 5432 (or change code to reflect chosen port). (Setup information: [here](https://help.ubuntu.com/community/PostgreSQL))
-  * psycopg2 (required for Postgres)
-  * ImageMagick (`ImageMagick 6.7.7-10 Q16` and `ImageMagick-6.9.4 Q16` are known to be working and compatible versions)
-  (Tarball for previous versions can be found [here](https://www.imagemagick.org/download/releases/))
-2. Clone this repo (and navigate to it).
-3. Create a (Postgres) database called `agdss` which has a user `aguser` with a password `aguser` (with all permissions). To change these configurations, see `DATABASE` in aguser/settings.py. The easiest way to do this is through a GUI manager like pgadmin3. However, it can be done via the Unix terminal.
-  * If on Windows, one may be required to create a Firewall inbound rule allowing traffic on port 5432 as it is closed by default. This may not be necessary, but attempt if there is a problem.
-  * To do this in the terminal, follow the setup information [here](https://help.ubuntu.com/community/PostgreSQL). Afterwords, to create the user, run `sudo -u postgres psql` to enter the postgres prompt. There, run `CREATE USER aguser WITH PASSWORD 'aguser';` followed by `GRANT ALL PRIVILEGES ON DATABASE "agdss" to aguser;`.
-  * DB setup on MacOSX:
-    psql postgres
-    CREATE DATABASE agdss;
-    CREATE USER aguser WITH PASSWORD 'aguser';
-    GRANT ALL PRIVILEGES ON DATABASE "agdss" to aguser;
-
-
-
-5. Run `python manage.py migrate --settings=agdss.settings.prod` to create the tables in the database.
-6. To create admin credentials (required to access /admin), run `python manage.py createsuperuser` and enter the requested information.
-7. Create a new settings file under '\agdss\settings'. Copy the settings from prod.py and change the `STATIC_ROOT` to point at
-a local directory you want the server to access. 
-8. TEMPORARY: Set `STATIC_ROOT` to parent directory of images (in agdss/settings.py).
-9. TEMPORARY: Place all images directly in directory named `tag_images` which is a child of the `STATIC_ROOT` directory. (The images MUST be in a subfolder for this to work!)
-10. To start server, run `python manage.py runserver --settings=agdss.settings.[your settings]`.
-11. The webapp can then be accessed at [http://localhost:8000](http://localhost:8000). For a list of available pages, see the file agdss/urls.py.
+1. git clone https://github.com/dcunhas/agdss
+2. cd agdss
+3. docker-compose up
+
+##Additional steps needed in agdss web container, the first time for a composition
+1. Run `python manage.py migrate --settings=agdss.settings.common` to create the tables in the database.
+2. To create admin credentials (required to access /admin), run `python manage.py createsuperuser` and enter the requested information.
+3. The webapp can then be accessed at [http://172.10.0.3:8000](http://172.10.0.3:8000). For a list of available pages, see the file agdss/urls.py.
 
 
 ##Adding Images