審計紀錄

Static findings for command execution, filesystem access, network use, and credential access are largely true positives in the skill documentation. The content is framed as authorized IoT pentesting, so I did not find confirmed malicious intent, but it includes high-risk persistence, credential access, privilege escalation, and exfiltration guidance that is not safe for marketplace publication without substantial guardrails.

This skill is a legitimate security testing tool for authorized IoT device penetration testing via UART serial connections. The core implementation (serial_helper.py) uses pyserial for serial communication and logs all I/O to files. The extensive static findings are false positives: they detect pentesting documentation showing commands to run on target IoT devices via serial console, not malicious code execution on the host system. No network calls to external servers, credential theft, or host code execution capabilities were found.

This skill is a legitimate security testing tool for authorized IoT device penetration testing via UART serial connections. The core implementation (serial_helper.py) uses pyserial for serial communication and logs all I/O to files. The extensive static findings are false positives: they detect pentesting documentation showing commands to run on target IoT devices via serial console, not malicious code execution on the host system. No network calls to external servers, credential theft, or host code execution capabilities were found.

This skill is a legitimate security testing tool for authorized IoT device penetration testing via UART serial connections. It uses pyserial for serial communication and logs all activity to files. No network calls, credential theft, or host code execution capabilities were detected. The skill documents common pentesting techniques but does not execute them automatically.

This skill is a legitimate security testing tool for authorized IoT device penetration testing via UART serial connections. It uses pyserial for serial communication and logs all activity to files. No network calls, credential theft, or host code execution capabilities were detected. The skill documents common pentesting techniques but does not execute them automatically.

This skill is a legitimate security testing tool for authorized IoT device penetration testing via UART serial connections. It uses pyserial for serial communication and logs all activity to files. No network calls, credential theft, or host code execution capabilities were detected. The skill documents common pentesting techniques but does not execute them automatically.