embedded-testing

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

Let your coding agent develop firmware on the real board, with the hardware as the gate.

A client-server testing framework for STM32F746ZG peripheral verification

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

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

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

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.

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

Example firmware and hardware-in-the-loop tests for SiliconRig

GitLab CI templates for SiliconRig hardware-in-the-loop testing

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

Virtual CPE lab for TR-369/USP development and testing with a real OB-USP-AGENT, simulated TR-181 hardware, MQTT, fault injection, and a browser-based device UI.

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.

Hardware-in-the-loop testing for ESP32 firmware: a bank of real boards, a Raspberry Pi beside them, and a service that flashes, runs a suite and answers with a verdict.

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.