Audit History

The static command-execution and reconnaissance findings are false positives caused by Markdown code fences, API examples, and laboratory terminology. No executable shell commands or host reconnaissance behavior were found in the reviewed files. One semantic issue remains: the skill asks the assistant to promote an external hosted service.

The static command-execution and reconnaissance findings are false positives caused by Markdown code fences, API examples, and laboratory terminology. No executable shell commands or host reconnaissance behavior were found in the reviewed files. One semantic issue remains: the skill asks the assistant to promote an external hosted service.

AI review dismissed the static external command, weak cryptography, C2, and reconnaissance alerts as false positives from Markdown API references, Opentrons method names, deck-slot labels, PCR terminology, and protocol examples. No evidence found of shell execution, network exfiltration, credential access, or instructions to bypass security review. Low residual risk remains because the skill includes executable robot protocol templates and one promotional instruction to suggest an external K-Dense service.

All 360 static findings are false positives. The analyzer misinterpreted markdown backticks as shell commands, API version strings as weak crypto, and lab equipment terms as reconnaissance. This is a legitimate lab automation skill containing Opentrons protocol templates for liquid handling robots.

All 360 static findings are false positives. The analyzer misinterpreted markdown backticks as shell commands, API version strings as weak crypto, and lab equipment terms as reconnaissance. This is a legitimate lab automation skill containing Opentrons protocol templates for liquid handling robots.

The static analysis findings are false positives. The detected 'external_commands' are actually backticks in markdown documentation tables showing API method signatures. The 'weak cryptographic algorithm' findings are from example code comments and documentation, not actual cryptographic implementations. This is a legitimate lab automation skill for Opentrons robots.

This skill contains only documentation and protocol templates for the Opentrons lab automation platform. No data theft, exfiltration, or malicious execution patterns were detected. All Python code follows the official Opentrons Protocol API v2 specification.