WireGuard is an AI agent that watches your builds, detects anomalies in sensor data and firmware, and keeps your documentation up to date — so you can focus on the hardware.
Software has had CI/CD, automated testing, and observability for decades. Hardware has had README files and hope.
WireGuard changes that. We built the AI agent we wished existed when debugging embedded systems at 2am — one that actually understands your schematic, your build logs, and your sensor data. Not a chatbot. An employee.
Watches your GitHub repos and build logs for ESP32, STM32, Arduino, and Raspberry Pi Pico projects. Alerts you when something breaks — or fixes it automatically if the fix is obvious.
Connects to your serial output and sensor streams. Learns your project's normal behavior. Flags deviations before they become hardware failures — whether it's a drifting ADC reading or a watchdog timeout pattern.
Every commit, schematic update, and sensor swap gets documented automatically. Your README stays current. Your pinout table matches reality. WireGuard writes the boring stuff so you don't have to.
Tracks which version runs on which device, alerts on known CVEs in your dependencies, and suggests updates when sensor drivers or board support packages have new releases.
Understands your board's peripherals, interrupt vectors, and power budget. Not a generic code reviewer — it speaks ESP-IDF, Zephyr RTOS, and bare-metal C as fluently as your IDE.
Link your GitHub account and select your electronics project — Arduino, PlatformIO, or a custom Makefile setup.
Tell WireGuard your board (ESP32, STM32, etc.), sensors, and serial port. The agent learns your project's topology.
WireGuard monitors builds, tracks anomalies, and maintains documentation. You get daily summaries and instant alerts.
Every great product started as a messy bench setup with a blinking LED and a prayer. WireGuard removes the prayer. Build with confidence — your AI colleague is watching.