Audit History

All 309 static findings are false positives. The scanner misidentifies hex color codes (#E69F00, etc.) as cryptographic hashes, markdown code blocks as shell execution, and configuration variables as certificate files. This is a legitimate scientific visualization library with matplotlib styling, color palettes, and figure export utilities. No actual security risks exist - the skill only manipulates local figure files and contains no network calls, external commands, or credential handling.

All 309 static findings are false positives. The scanner misidentifies hex color codes (#E69F00, etc.) as cryptographic hashes, markdown code blocks as shell execution, and configuration variables as certificate files. This is a legitimate scientific visualization library with matplotlib styling, color palettes, and figure export utilities. No actual security risks exist - the skill only manipulates local figure files and contains no network calls, external commands, or credential handling.

The static analysis findings are overwhelmingly false positives. The 'weak cryptographic algorithm' alerts are triggered by color hex codes (e.g., #E69F00) being misidentified as hashes. The 'external commands' findings are code examples in documentation, not actual command execution. The 'certificate/key files' findings are also false positives - no actual cryptographic materials are present. This is a legitimate scientific visualization library with no security risks.

This is a pure scientific visualization skill. It contains Python helper scripts that configure matplotlib settings and export figures to local files. No network calls, no credential access, no code execution hooks. The filesystem access is limited to saving user-specified figure outputs.