Long-standing focus on Proxmox VE, Fortinet, Linux hardening, and network diagnostics. More recently, learning to work with AI-assisted development tools — bringing years of hands-on IT experience into a new kind of workflow.
In spare time, occasionally reverse-engineers hardware — USB protocols for RGB controllers and AIO LCD displays — mostly out of curiosity.
RGB, thermal & display management on Linux (Bazzite)
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cc-plugin-zalman-lcd CoolerControl device-service plugin that brings the Zalman ALPHA2 DS AIO LCD into CoolerControl, without patching CoolerControl or liquidctl zalman-Alpha2-DS-LCD-Linux Linux driver for the Zalman ALPHA2 DS LCD (fork of bl3xand's reverse-engineered protocol, with an embedded client for host apps) coolerdash CoolerControl LCD dashboard plug-in (fork), used to drive the Zalman panel |
MysticLight Temperature-driven, game-aware RGB lighting for the MSI B850 Tomahawk via OpenRGB: board, RAM, keyboard and mouse follow CPU temperature game-lighting OpenRGB SDK client: CPU-temperature colours plus per-key game layouts on window focus msi-mystic-light-re Reverse-engineering notes for the MSI Mystic Light USB protocol variant on this board |
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fortinet-log-izleme React + TypeScript app for FortiGate log monitoring and analysis lxc-auto-scaler LXC AutoScale installer for Proxmox VE with CPU/memory monitoring Network_Test_Tool Network diagnostic and troubleshooting utility (Python/PyQt5) |
windows-cli-context-menu Adds PowerShell, Copilot, Claude AI, and Git to the Windows 11 context menu git-github-guide A short, practical Git and GitHub reference guide |
community-scripts / ProxmoxVE — the Proxmox VE Helper-Scripts project this work builds on for LXC provisioning and automation. Great community effort, worth checking out if you run Proxmox.