Histórico de Auditoria

The skill is safe to publish. All 50 static findings are false positives. The skill performs legitimate system resource detection using subprocess calls to standard system utilities (nvidia-smi, rocm-smi, sysctl, system_profiler) for GPU/CPU detection. All subprocess commands use hardcoded arguments in list format, preventing shell injection. The __import__ usage is for importing the standard datetime module. Markdown backticks triggered false positives for shell execution. 'Weak cryptographic algorithm' findings are scanner errors on non-cryptographic code.

The skill is safe to publish. All 50 static findings are false positives. The skill performs legitimate system resource detection using subprocess calls to standard system utilities (nvidia-smi, rocm-smi, sysctl, system_profiler) for GPU/CPU detection. All subprocess commands use hardcoded arguments in list format, preventing shell injection. The __import__ usage is for importing the standard datetime module. Markdown backticks triggered false positives for shell execution. 'Weak cryptographic algorithm' findings are scanner errors on non-cryptographic code.

The skill is safe to publish. All 50 static findings are false positives. The skill performs legitimate system resource detection using subprocess calls to standard system utilities (nvidia-smi, rocm-smi, sysctl, system_profiler) for GPU/CPU detection. All subprocess commands use hardcoded arguments in list format, preventing shell injection. The __import__ usage is for importing the standard datetime module. Markdown backticks triggered false positives for shell execution. 'Weak cryptographic algorithm' findings are scanner errors on non-cryptographic code.

All static findings are false positives. The skill performs legitimate system resource detection using subprocess calls to standard system utilities (nvidia-smi, rocm-smi, system_profiler) for GPU/CPU detection. All commands use hardcoded arguments in list format, preventing shell injection. No user input is processed. The skill outputs a JSON file with resource information for informed computational decisions.

The skill only queries local system resources through psutil and system utilities. It writes a JSON file to the current working directory. No network access, credential harvesting, or persistence mechanisms detected. External commands are hardcoded subprocess calls to legitimate system tools (nvidia-smi, rocm-smi, sysctl).