Audit History

All 47 static findings are false positives caused by Markdown formatting or benign Gtars documentation. The skill contains no executable scripts or injection text; examples describe expected local file operations, package installation, and an explicit BEDbase fetch.

The static findings are false positives from Markdown examples, inline reference links, and documented large-file memory mapping. I found no prompt injection, hidden command execution, credential access, or data exfiltration intent. The skill should still run install, cache, or file-processing commands only with user approval.

The static findings are false positives caused by Markdown examples, reference links, and documented genomic file workflows. Memory-mapped access is described only for user-selected genomic files, and command examples are explicit user-run gtars or install commands. No prompt injection, hidden execution intent, credential access, or data exfiltration evidence was found.

Static analysis reported many command, filesystem, and weak-crypto patterns, but most are Markdown examples for legitimate gtars usage. The remaining risk is medium because the skill encourages CLI execution, local file reads and writes, memory-mapped access, and BEDbase fetch/update workflows that can touch user data or the network.

This is a legitimate genomic interval analysis toolkit. All 187 static findings are false positives: bash command examples in documentation (misidentified as shell execution), standard cryptographic digests for the GA4GH refget protocol in bioinformatics, memory-mapped file access for efficient large file handling, and system info commands during installation. No malicious code patterns, network exfiltration, credential access, or obfuscation detected.

This is a legitimate genomic interval analysis toolkit. All 187 static findings are false positives: bash command examples in documentation (misidentified as shell execution), standard cryptographic digests for the GA4GH refget protocol in bioinformatics, memory-mapped file access for efficient large file handling, and system info commands during installation. No malicious code patterns, network exfiltration, credential access, or obfuscation detected.

This is a legitimate genomic interval analysis toolkit. All documentation describes standard bioinformatics operations. No malicious code patterns, network exfiltration, credential access, or obfuscation detected. The tool performs file I/O for genomic formats only.

This is a legitimate genomic interval analysis toolkit. All documentation describes standard bioinformatics operations. No malicious code patterns, network exfiltration, credential access, or obfuscation detected. The tool performs file I/O for genomic formats only.

This is a legitimate genomic interval analysis toolkit. All documentation describes standard bioinformatics operations. No malicious code patterns, network exfiltration, credential access, or obfuscation detected. The tool performs file I/O for genomic formats only.