Hardware testing for the software world. Real or virtual, local or remote, human, automated or agentic.

Your AI agent develops firmware on its own: build, flash, stimulate real hardware, observe, fix - policy-gated MCP tools + pytest plugin.

A client-server testing framework for STM32F746ZG peripheral verification

Python SDK and pytest fixtures for SiliconRig hardware-in-the-loop testing

CLI tool for the SiliconRig Hardware-as-a-Service platform

Your AI agent develops firmware on its own: build, flash, stimulate real hardware, observe, fix — policy-gated MCP tools + pytest plugin.

Automated ESP32 testing using GitHub Actions with a Raspberry Pi self-hosted runner. This project builds, flashes, and tests ESP-IDF firmware automatically on real ESP32-S3 hardware using Unity and Pytest.

GitHub Action for SiliconRig hardware-in-the-loop CI/CD

YAML-driven test sequencer for hardware-in-the-loop and integration testing.

Portfolio virtual HIL framework for a fictional IoT security controller — clean architecture, PyTest evidence, MQTT-style capture

Example projects for SiliconRig: firmware, tests, CI configs

Open spec for HIL test bench configs + the 20-check catalog that catches the mistakes that destroy hardware — before current flows.

CI/CD templates for SiliconRig integrations (GitLab CI, Bitbucket Pipelines)

Exercises and solutions from the VSeA (Valeo Siemens eAutomotive) testing academy. CAN bus testing with Vector CANoe + CAPL, vTESTstudio test suites, AVR firmware in C with AUTOSAR-style layered architecture, and Python tooling for CAN config generation.

Minimal setup for MinUnit, a lightweight unit testing framework for C. This repo provides a simple, header-only config to easily add unit tests to any C project without dependencies. Includes minunit.h, example tests, and basic scripts for quick and efficient test automation.

Python-based automation framework for validating CAN bus message flows, signal behavior, and controller-level communication scenarios.