Analyze Bluetooth btsnoop/HCI traces into structured protocol diagnostics.
npx skills add https://github.com/Vudentz/btsnoop-analyzer --skill btsnoop-analyzer
Please help me install this Agent Skill. Skill: btsnoop-analyzer Source: https://github.com/Vudentz/btsnoop-analyzer/tree/main Command: npx skills add https://github.com/Vudentz/btsnoop-analyzer --skill btsnoop-analyzer
Automates in-depth analysis of Bluetooth btsnoop/HCI traces to detect protocol errors, annotate key frames, and produce a structured diagnostic report for debugging connection, pairing, and streaming issues.
Provide a trace URL or local decoded trace and request analysis; the skill will decode (with btmon), optionally anonymize, run the pipeline, and produce a structured diagnostic report.
High-intent search queries and answers about installing and using this skill.
To analyze a Bluetooth btsnoop trace, you can run a five-step deterministic pipeline that detects protocol errors, annotates key frames, and generates a structured diagnostic report for audio streaming disconnects. It requires btmon for decoding and Python 3 to execute the pipeline.
Troubleshooting Bluetooth pairing failures from an HCI trace involves applying focus-aware analysis to protocols like SMP. The pipeline prefilters relevant frames, annotates key events, and optionally uses an LLM to produce a structured diagnostic report explaining the failure.
Yes, you can run btsnoop trace analysis entirely locally without LLM provider credentials. The skill supports local-only operation using btmon for decoding and Python 3 for the deterministic pipeline, while offering optional LLM integration only for final report generation.
Yes, the Bluetooth trace analyzer supports CI integration through a reusable GitHub Action that posts diagnostic results as issue comments. It also includes optional MAC address anonymization to protect privacy during protocol analysis.
To verify a GATT discovery flow, provide a decoded btmon trace and request analysis with a GATT focus. The pipeline applies relevant annotators and documentation to assess the L2CAP channels and GATT discovery flow, outputting a structured diagnostic report.
Bluetooth LE Audio connection drops can be diagnosed by analyzing the btsnoop trace for protocol errors and disconnection indicators. The pipeline applies focus-aware annotators to LE Audio frames, generating a structured report to identify the root cause of the streaming issue.
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