Diagnose ESP32 firmware, hardware, and MQTT issues from serial logs.
npx skills add https://github.com/Auto-one-Family/Automation-One --skill esp32-debug
Please help me install this Agent Skill. Skill: esp32-debug Source: https://github.com/Auto-one-Family/Automation-One/tree/main/.claude/skills/esp32-debug Command: npx skills add https://github.com/Auto-one-Family/Automation-One --skill esp32-debug
This Skill centralizes operational knowledge and diagnostics for ESP32 devices to quickly identify firmware, hardware, and communication failures from serial logs, MQTT traffic, and server artifacts, reducing mean time to resolution.
Open the primary ESP32 serial log and inspect boot, error code, and circuit-breaker patterns to determine whether the device is in safe mode, experiencing hardware faults, or suffering connectivity problems.
High-intent search queries and answers about installing and using this skill.
To debug an ESP32 that keeps rebooting, analyze the serial output to evaluate boot-loop counters, inspect circuit-breaker events, and correlate server-side heartbeat logs to determine the root cause and remediation steps.
ESP32 error codes from 1000 to 4999 indicate specific hardware faults, configuration issues, or server discrepancies, and interpreting these codes involves mapping them to suggested hardware checks and server cross-checks for resolution.
Diagnosing MQTT and WiFi circuit breaker events involves analyzing circuit breaker behaviors, validating topic schemas and QoS expectations, and executing recovery workflows to restore offline or degraded ESP32 devices.
Tracing ESP32 boot sequence failures requires checking step-by-step boot-sequence checkpoints, verifying safe-mode triggers, and reading LED and serial patterns to pinpoint exact initialization failures.
Yes, you can cross-reference ESP32 serial logs with Docker service status and database queries through practical cross-layer troubleshooting workflows to resolve sensor, actuator, and watchdog issues.
No, you do not need external scripts to analyze ESP32 serial logs and server telemetry, because the diagnostics operate using grep-based analysis workflows and reference lookups without requiring external script dependencies.
SensorsIotStream ESP32 logs from serial and UDP sources for debugging.
dnvitiRestart the Arsenale development environment by stopping processes, recreating Docker containers, and relaunching services.
consigcody94Analyze IoT network traffic to detect protocols and security vulnerabilities.
JingyueCongAnalyze PCAP files to identify communication issues and security anomalies.
