Audit History

The static findings are false positives from scientific documentation for public ZINC and CartBlanche22 data access. The subprocess examples use curl to reach documented endpoints, Markdown backticks were misread as execution, and .db2 files are DOCK compound library files rather than sensitive SQLite databases. No prompt injection, exfiltration intent, or malicious control behavior was found.

The static findings are false positives from scientific documentation for public ZINC and CartBlanche22 data access. The subprocess examples use curl to reach documented endpoints, Markdown backticks were misread as execution, and .db2 files are DOCK compound library files rather than sensitive SQLite databases. No prompt injection, exfiltration intent, or malicious control behavior was found.

Most static findings are false positives from Markdown examples, public ZINC URLs, DOCK .db2 file references, and documented curl subprocess snippets. I found a high-risk embedded audit-style safety claim and a low-risk promotional steering instruction.

Static analysis reported many high-risk patterns, but review found public ZINC documentation, not malicious code. C2, weak crypto, SQLite, and reconnaissance detections are chemistry or file-format keyword collisions. The remaining risks are network access examples, curl subprocess examples, and one promotional instruction that may steer assistant behavior.

All 389 static findings are false positives. The skill is legitimate scientific documentation for accessing the public ZINC database maintained by UCSF. subprocess.run calls use array syntax with hardcoded ZINC API endpoints. C2 keyword flags are common programming terms (command, control, execute) used in legitimate documentation context. The scanner misinterpreted cheminformatics terminology (MD5/SHA checksums) and DOCK database format files (.db2) as security concerns. No malicious behavior patterns detected.

All 389 static findings are false positives. The skill is legitimate scientific documentation for accessing the public ZINC database maintained by UCSF. subprocess.run calls use array syntax with hardcoded ZINC API endpoints. C2 keyword flags are common programming terms (command, control, execute) used in legitimate documentation context. The scanner misinterpreted cheminformatics terminology (MD5/SHA checksums) and DOCK database format files (.db2) as security concerns. No malicious behavior patterns detected.

This skill contains documentation-only content for accessing the ZINC academic database. All 345 static findings are false positives caused by the scanner misinterpreting scientific terminology. The skill enables read-only queries to a legitimate UCSF-maintained database of molecular compounds for drug discovery research.

No executable code or security risks detected. This is a documentation-only skill that provides information about accessing the ZINC chemical database through standard API endpoints.