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Async Python toolkit for driving the BK-Light ACT1026 32×32 RGB LED ("Action" Product) matrix over Bluetooth Low Energy — shared BLE session, image/text uploaders, counter demo, and auto-bootstrap scanner.
Windows tray application which allows for control over processor boost mode, fan speed, CPU TDP, and Windows power plans for the ASUS Zephyrus G14 with Ryzen 4000 series CPUs.
A native, lightweight, and powerful system control center for ASUS TUF Gaming Laptops. Features advanced fan control (Max RPM), battery charge limiting, and Aura Sync RGB—all with 23 supported languages.
MicroWeb-Examples is a collection of MicroPython-based IoT projects using the MicroWeb framework on ESP32. Featuring three apps—Laser Diode Control, Microwave Radar Motion Detector, and Ultrasonic Distance Monitor—these examples showcase web-based hardware control and monitoring with clean, beginner-friendly code. 🚀
Windows desktop app that dims monitors after inactivity. Supports hardware/software dimming, multi-monitor control, tray integration, and customizable hotkeys.
"A comprehensive hardware interface connecting X-Plane 11/12 flight simulator to Arduino, ESP32, and other microcontrollers for building custom home cockpits. Bidirectional communication for datarefs, commands, and hardware control. Cross-platform support for Windows, macOS, Linux."
x3dctl is a lightweight Linux CLI tool for managing operating modes on AMD X3D processors, allowing users to easily switch between cache-optimized and frequency-optimized CPU behavior.
Professional control center for MSI laptops using msi-ec kernel module. Bash script with fan control, performance presets, thermal monitoring & profile system. Zero dependencies.
Utilizing bare-metal C programming to control Arduino pins and interact with input and output peripherals directly, without relying on the Arduino libraries. This repository demonstrates low-level register manipulation for efficient and precise hardware control.
A cross-platform desktop application for reading and writing hardware registers on FPGA devices using the μHAL (IPbus) protocol. Features interactive device diagram, batched register reads, continuous monitoring, and filtering. Developed as a Bachelor's thesis for the CERN AMBER (NA66) experiment at the Super Proton Synchrotron.