TAU's MISP Docker images

A production ready Dockered MISP based on CoolAcid's MISP Docker image (https://github.com/coolacid/docker-misp).

Like CoolAcid's MISP docker image, this is based on some of the work from the DSCO docker build, nearly all of the details have been rewritten.

• Components are split out where possible, currently this is only the MISP modules
• Over writable configuration files
• Allows volumes for file store
• Cron job runs updates, pushes, and pulls - Logs go to docker logs
• Docker-Compose uses off the shelf images for Redis and MySQL
• Images directly from docker hub, no build required
• Slimmed down images by using build stages and slim parent image, removes unnecessary files from images

Additionally, this fork features the following improvements:

• ARM (M1) support: move mariadb for increase compatibility
• ARM (M1) support: move to updated and cross-platform mail exim4 image
• Fix and improve support for cron jobs
• Fix and improve support for syncservers
• Fix supervisord process control (processes are correctly terminated upon reload)
• Fix schema update by making it completely offline (no user interaction required)
• Fix enforcement of permissions
• Fix MISP modules loading of faup library
• Fix MISP modules loading of gl library
• Add support for new background job system (see https://github.com/MISP/MISP/blob/2.4/docs/background-jobs-migration-guide.md)
• Add support for exposing locally generated resources
• Add support for building specific MISP and MISP-modules commits
• Add automatic configuration of MISP modules (see configure_misp.sh)
• Add automatic configuration of sync servers (see configure_misp.sh)
• Add automatic configuration of organizations (see configure_misp.sh)
• Add autoamtic configuration of authentication keys (see configure_misp.sh)
• Add direct push of docker images to Docker Hub
• Consolidate docker compose files

As a result, this image is not for everybody and does not (and will not) fit every use case. Nevertheless the underlying spirit of this fork is to allow "repeatable deployments", and all pull requests in this direction will be merged.

Versioning

GitHub builds the images automatically and pushes them to Docker hub. We do not use tags and versioning works as follows:

• MISP (and modules) version specified inside the template.env file
• Docker images are tagged based on the commit hash
• Core and modules are tagged as core-commit-sha1[0:7] and modules-commit-sha1[0:7] respectively
• The latest images have additional tags core-latest and modules-latest

Getting Started

• Copy the template.env to .env and fill the missing configuration variables

Development/Test

• docker-compose up

• Login to https://localhost

  • User: admin@admin.test
  • Password: admin

• Profit

Using the image for development

Pull the entire repository, you can build the images using docker-compose build

Once you have the docker container up you can access the container by running docker-compose exec misp /bin/bash. This will provide you with a root shell. You can use apt update and then install any tools you wish to use. Finally, copy any changes you make outside of the container for commiting to your branch. git diff -- [dir with changes] could be used to reduce the number of changes in a patch file, however, be careful when using the git diff command.

Updating

Updating the images should be as simple as docker-compose pull which, unless changed in the docker-compose.yml file, will pull the latest built images.

Production

• It is recommended to specify which build you want to be running, and modify that version number when you would like to upgrade

• Use docker-compose, or some other config management tool

• Directory volume mount SSL Certs ./ssl: /etc/ssl/certs

  • Certificate File: cert.pem
  • Certificate Key File: key.pem
  • CA File for Cert Authentication (optional) ca.pem

• Directory volume mount and create configs: /var/www/MISP/app/Config/

• Additional directory volume mounts:

  • /var/www/MISP/app/files
  • /var/www/MISP/.gnupg

Building

If you are interested in building the project from scratch - git clone or download the entire repo and run docker-compose build

Image file sizes

• Core server(Saved: 2.5GB)

  • Original Image: 3.17GB
  • First attempt: 2.24GB
  • Remove chown: 1.56GB
  • PreBuild python modules, and only pull submodules we need: 800MB
  • PreBuild PHP modules: 664MB

• Modules (Saved: 640MB)

  • Original: 1.36GB
  • Pre-build modules: 750MB

Configuration

The docker-compose.yml file allows further configuration settings:

"MYSQL_HOST=db"
"MYSQL_USER=misp"
"MYSQL_PASSWORD=example"    # NOTE: This should be AlphaNum with no Special Chars. Otherwise, edit config files after first run. 
"MYSQL_DATABASE=misp"
"MISP_MODULES_FQDN=http://misp-modules" # Set the MISP Modules FQDN, used for Enrichment_services_url/Import_services_url/Export_services_url
"WORKERS=1"                 # Legacy variable controlling the number of parallel workers (use variables below instead)
"NUM_WORKERS_DEFAULT=5"     # To set the number of default workers
"NUM_WORKERS_PRIO=5"        # To set the number of prio workers
"NUM_WORKERS_EMAIL=5"       # To set the number of email workers
"NUM_WORKERS_UPDATE=1"      # To set the number of update workers
"NUM_WORKERS_CACHE=5"       # To set the number of cache workers