Abaddon – makes red team operations faster, more repeatable and stealthier
Abaddon – Red team operations involve miscellaneous skills, the last several months and are politically sensitive; they require a lot of monitoring, consolidating and caution. Wavestone’s red team operations management software, Abaddon, has been designed to make red team operations faster, more repeatable, stealthier, while including value-added tools and bringing numerous reporting capabilities.
- There are tons of tools used by red teamers
- … but no operation management (and free and open-source) software
- … and no aggregation between these tools, anyway
- … and “Operational security” failures are common
What did we want with Abaddon?
Abaddon aims at facilitating red team operations by:
- Reducing the time to build an infrastructure
- Enabling complex actions with 1 or 2 clicks
- Enabling easier reporting for long operations
- Reducing the “OPSEC failure” risk
The slides presenting Abaddon at RSAC2020 can be found here: (Abaddon, the red team angel)
What you can deploy
- Deployed within 30 minutes
- Throwable, authenticated, stealth
- Enables phishing as well as remote command execution
- Reconnaissance: graphical interface to NMAP, Recon-NG, HunterIO, and Amass
- Weaponization: generation of obfuscated payloads under development
- Delivery: one or two-clicks deployment of EC2 instances, Gophish, and of a fully functional, stealthy & dockerized C&C infrastructure as shown above
- Exploitation & Post-Exploitation: ideas under development 🙂
- Reporting: a simple dashboard ready but still under development to follow your operations
Installing and launching Abaddon
- Abaddon has been tested on Debian, LUbuntu, and of course KALI Linux (latest tests have been performed on the 5.4.0 amd64 version).
- You also need to have Internet access, and a public IP address if you want to deploy your C&C server locally.
- Create the files ~/.aws/credentials and ~/.aws/config with your AWS credentials and configuration, using the following command:
- Open a terminal in the abaddon/ subdirectory, and move settings.py.example to settings.py.
- Launch the following command in the abaddon/setup folder:
This script will:
- Update your OS
- Install the packages that are required by Django and Abaddon (including docker and docker-compose)
- Install all the python dependencies (including Django 3.X)
- Create a PostgreSQL database and a user with the right role (the password for the database that you need to give is inside the abaddon/settings.py file, it is recommended to change the password)
- Apply Django migrations
- Create a superuser for the Django application, that will be used to connect to the graphical interface of Abaddon.
Go back in abaddon folder and start the Red Team Angel!
Open a browser, and go to the URL 127.0.0.1:8000 (connect with the Django superuser credentials created during the installation).
Deployment of a C&C infrastructure inside Abaddon
- If no EC2 instance has been deployed before from Abaddon (it is important that you deploy the EC2 from Abaddon, so that you have access to the SSH key, located in the AWS folder), go to the Delivery/Let’s phish! page. Click on Deploy EC2!. Wait for the end of the deployment (you can check inside the terminal used to start Abaddon if the EC2 is ready to be used, all the deployment steps appear in the shell).
- Go to the misc/apache/default-ssl.conf file and UPDATE the domain name of the EC2 inside the second VirtualHost. To avoid the detection of your infrastructure, buy a new domain name and configure it to point to your EC2. Use this domain name in the Apache configuration file and UPDATE misc/apache/topsecret.key and misc/apache/topsecret.crt accordingly, which is with the private key and the certificate of your new domain.
- Go then to the Monitor current Scenarios page and click on Configure a RedELK infrastructure. Give this scenario a name. Abaddon supports actually only one scenario at the time. Choose an EC2 instance deployed from your Abaddon and choose Local Deployment (because you deploy your Apache docker locally). Then, choose the ports used by the deployed EC2 to receive the HTTP and SSL connections, and the port and the IP address the Apache reverse proxy will forward the traffic to (for instance, the IP and port your SILENTTRINITY server listens to). A common configuration would be the following:
http port = 80
ssl port = 443
Listening Port= 9999
C2 IP adress = 172.16.0.1
Wait for the end of the deployment and go back to the Monitor current Scenarios page.
Please do not hesitate to send us Pull Requests, or send me questions (@Ibrahimous).
Call for Contributions
We really would like to see pentesters and other offensive security lovers get out of their secret zone, and share ideas, contribute to establishing a comprehensive framework for red team operations.
So, you want to enhance the tool, please do. If you want to reshape it radically, please submit your ideas.
Documentation, Setup & Basic Usage
The documentation is a work in progress, and will very soon be available in the Wiki.
Charles IBRAHIM (@Ibrahimous)
Acknowledgments, Contributors & Involuntary Contributors
(In no particular order)
- Marcello Salvati (@byt3bl33d3r), for SILENTTRINITY. Boo-lang, omg.
- Arthur Villeneuve (@crypt0-M3lon), for his gorgeous ideas about docker, the proxy protocol, and more.
- Romain Melchiorre, for integrating lots of great ideas
- Timon Glasser, for patching SILENTTRINITY, fixing bugs, integrating ideas, and making everything work smoothly during actual engagements!
- @sbnsec, for currently terraforming all the things!
- Arnaud Soullié (@arnaudsoullie), because he overviewed most of the project!