監査履歴
pennylane - 5 監査
監査バージョン 5
最新 安全Jan 17, 2026, 12:48 AM
Pure documentation skill containing educational Python code examples for quantum computing workflows. All 419 static findings are false positives: code examples in markdown files are documentation, not executable code. The skill has no scripts, no network calls, no file system access, and no real credentials. The api_key placeholders are documentation examples, not actual secrets. Quantum computing algorithms flagged as 'weak crypto' are legitimate scientific computing patterns.
リスク要因
⚙️ 外部コマンド (354)
🌐 ネットワークアクセス (10)
📁 ファイルシステムへのアクセス (2)
監査バージョン 4
安全Jan 17, 2026, 12:48 AM
Pure documentation skill containing educational Python code examples for quantum computing workflows. All 419 static findings are false positives: code examples in markdown files are documentation, not executable code. The skill has no scripts, no network calls, no file system access, and no real credentials. The api_key placeholders are documentation examples, not actual secrets. Quantum computing algorithms flagged as 'weak crypto' are legitimate scientific computing patterns.
リスク要因
⚙️ 外部コマンド (354)
🌐 ネットワークアクセス (10)
📁 ファイルシステムへのアクセス (2)
監査バージョン 3
安全Jan 7, 2026, 01:03 AM
Pure documentation skill containing educational Python code examples for quantum computing workflows. No executable scripts, network calls, file system access, or environment variable reads. All content matches the stated purpose of teaching PennyLane quantum computing patterns.
監査バージョン 2
安全Jan 7, 2026, 01:03 AM
Pure documentation skill containing educational Python code examples for quantum computing workflows. No executable scripts, network calls, file system access, or environment variable reads. All content matches the stated purpose of teaching PennyLane quantum computing patterns.
監査バージョン 1
安全Jan 7, 2026, 01:03 AM
Pure documentation skill containing educational Python code examples for quantum computing workflows. No executable scripts, network calls, file system access, or environment variable reads. All content matches the stated purpose of teaching PennyLane quantum computing patterns.