• Easy to install
• Simple web interface
• Agent communication over TCP
• Receive TCP reverse shells
• Linux & Windows support
• Self deletion because why not

You can easily install ezcat with docker:

docker run --rm --network host       \
    -e EZCAT_PASSWORD=securepassword \
    ghcr.io/ngn13/ezcat

Configuration is handled with environment variables, here are all the options:

• EZCAT_PASSWORD: Used to change the login password, by default it's ezcat, and for security, you should definitely change it
• EZCAT_SHELLIP: By default ezcat will try to detect your interface IP address (giving priority to tunnel interfaces). If you want set this IP address to something else by default, you can use this environment variable
• EZCAT_DISABLE_MEGAMIND: When set to 1, it disables the "no shells?" megamind meme that's displayed on the dashboard if you don't have any active shells
• EZCAT_HTTP_PORT: Used to change the port that the API server will listen on, default is 5566
• EZCAT_AGENT_PORT: Used to change the agent communication port, default is 1053
• EZCAT_API_URL: Used to change the API URL for the front-end application
• EZCAT_DIST_DIR: Directory that the server will use to store payload/stage builds, default is ./data
• EZCAT_STATIC_DIR: Used to change the front-end application (static) directory, it's pre-set in the Dockerfile, you don't need to worry about it unless you are working on something
• EZCAT_PAYLOAD_DIR: Specifies the directory that contains the payloads, it's pre-set in the Dockerfile, just like the EZCAT_STATIC_DIR option, don't worry about it
• EZCAT_DEBUG: When set to 1, it enables debug output for the server and the stage builds

To build ezcat, install a recent version go. Then download and extract the latest release.

• To build the server, install a recent version of go, change directory into the server/ directory and run:

go build

• To build the front-end application, install a recent version of node and npm change directory into the app/ directory and run:

npm i
npm run build

To build different payloads during runtime, you will need GNU coreutils and bash, build-essential tools and optionally mingw for windows builds. After installing these tools, you can run the server/ binary with the desired configuration.