hardware-test

To automate ESP32 hardware testing, you orchestrate profile validation, device provisioning, and live verification. This Skill automates multi-phase hardware testing for ESP32 sensors and actuators, integrating Docker, MQTT, and REST checks to ensure firmware, connectivity, and database persistence stability.

Phased automation with manual handoffs is an IoT testing approach that automates device registration, config push, and stability polling while pausing for physical wiring steps by a technician. This ensures safe, repeatable ESP32 sensor validation without skipping necessary physical hardware interventions.

Yes, ESP32 testing workflows can verify Docker services, REST health, and MQTT broker uptime. This Skill performs stack and firmware checks as preconditions before running hardware validation, ensuring the entire IoT infrastructure is healthy before testing sensors and actuators.

Validating ESP32 GPIO configurations requires loading and validating hardware profiles to detect pin conflicts before touching hardware. This Skill uses profile-driven orchestration to check board settings, GPIOs, and sensor types, preventing wiring errors and configuration conflicts early in the process.

Yes, you can generate structured QA reports for ESP32 sensor stability checks. This Skill writes per-phase reports and produces a final meta-analysis scorecard, handling common errors like device exists and config timeouts to deliver comprehensive QA records for IoT development.

ESP32 hardware tests may fail during database persistence verification due to connectivity issues, config timeouts, or GPIO conflicts. This Skill handles these common errors during multi-iteration stability checks and logs them in per-phase reports for troubleshooting IoT development setups.