Just finished setting up my first proper home lab:
Created a basic working version of what I first imagined for the Ghostkey Project, it still need some documentation and security fixes but it works as a proof of concept, github.com/Ghostkey-Project
Fully redesign of how the data is shared in the ghostkey server to be able to turn it it to a highly available system for remote device control
github.com/raf181/Ghostkey_Server/tree/Nodes
Finally have a Minimal Viable Product for the Ghostkey suit:
• github.com/raf181/Ghostkey
• github.com/raf181/Ghostkey_Server
• github.com/raf181/Ghostkey_ClientGhostkey is a fake HID inputdevice that can be used to simulate keyboard input. It was inspired by the Rubber Ducky and the Bash Bunny. For hardware, it uses the XIAO SAMD21 board to do the HID through USB, and the XIAO ESP32C6 board to do the WiFi connection and deploy selected payloads.
> Also developed a test environment and network using proxmox and widows 11/10, Kali Linux and Debian 12 to test the full project and all its components.
Fully setup my first homelab, with proxmox and a new tp-link omada router, so that i cant test the Ghostkey project in a simulated enviroment:
First fully working version of the C2 server for the Ghostkey project, Commit 3a37f40.
Just built my first PCB for my Ghostkey project.
github.com/raf181/Ghostkey
• Commit: Refactor code to remove unused complex-instructions.h, included new PCB <https://github.com/raf181/Ghostkey/commit/a9381ca99284382a32e685e23639715394d73ccb|a9381ca>
Ghostykey and the Bash Bunny. For hardware, it uses the XIAO SAMD21 board to do the HID through USB, and the XIAO ESP32C6 board to do the WiFi connection and deploy selected payloads.
