Security audit
Security checks for vulnerabilities and agentic risk
This skill is a disclosed local execution gate that can block and audit integrated actions only when the operator explicitly enables full mode.
Install this only if you want a local policy gate that can deny OpenClaw hook calls in full mode. Review and protect ~/.jep-guard, provision keys and allowed-skills.json yourself, keep audit logs secure, and do not treat this repair-candidate release as a fully verified sandbox or security certification.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
Static analysis repeatedly indicates the implementation performs functions unrelated to simple configuration/inspection, including active runtime service behavior and security decisioning. Such under-disclosure increases the chance of unsafe deployment because defenders and users cannot accurately assess trust boundaries from the manifest.
No suspicious patterns detected.
