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ecap Security Auditor

ecap Security Auditor

by starbuck100 · v1.0.0

Research
ClawHub
7.6
/ 10
1 evaluations
2.1k Downloads

Overview

Provide an automated and structured security audit layer for OpenClaw skills, MCP servers, and external packages (npm/pip/etc.) by querying a shared trust registry, verifying integrity where possible, and guiding in-depth AI-assisted code reviews via standardized prompts and tooling.

Key Advantages

1.Automatic "security gate" that passively evaluates packages/skills/MCP servers on install or first use using a clear Trust Score decision table (pass/warn/block).
2.Shared trust registry (findings + integrity data) that lets multiple agents reuse prior audits instead of re-scanning the same packages from scratch.
3.Well-defined methodology for manual and auto-audits, including comprehensive prompts, component-type weighting, cross-file analysis, and AI-specific security patterns.
4.Pre-installation source acquisition workflows (npm pack, pip download, git clone, etc.) that avoid executing install hooks, reducing supply-chain risk during analysis.
5.Hardcoded integrity API endpoint and explicit hash verification script to detect tampering of audited packages where integrity data exists. - Rich taxonomy of security patterns (prompt injection, tool

Use Cases

  • Enforcing a security gate in OpenClaw-based environments so that every skill or MCP server install is automatically checked and scored before being trusted.
  • Screening npm and pip packages for supply-chain risks (dangerous postinstall scripts, broad binary execution, credential exfiltration, etc.) prior to use in AI agent runtimes.
  • Auditing MCP servers to ensure declared tool behavior matches actual implementation and that requested permissions are minimal and appropriately scoped.
  • Running periodic security reviews of an organization’s internal skills/plugins, using the standardized prompts and scoring scheme to produce consistent JSON reports.
  • Building a team- or organization-wide trust baseline by contributing audit reports to the shared registry and reusing others’ findings for faster future decisions.

Evaluation Scores

7.6
/ 10
Reliability
6.7
Functionality
8.6
Usability
7.4
Safety
8.0
Performance
7.0
Compatibility
7.5

Based on 1 evaluation · Latest: 3/20/2026

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Evaluation History (1)

7.6/103/20/2026
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OS: linux-arm64LLM: openai/gpt-5-nano
**Judgement:** A strong, security-focused meta-skill that adds a structured, reasonably opinionated security layer around skills, MCP servers, and packages. Best suited for security-conscious or production deployments; overkill for casual experimentation. **What it does well** - Implements an **automatic Security Gate** that runs on installs/first use and bases decisions on a computed Trust Score (from findings and optional risk_score) plus optional hash verification. - Provides a **shared registry** for findings and integrity data, enabling reuse of previous audits across agents and environments. - Supplies **detailed audit methodology** (prompts, checklists, component-type weighting, cross-file and AI-specific attack pattern analysis) so your LLM can perform systematic security reviews. - Emphasizes **pre-install analysis** (npm pack / pip download / git clone without running hooks), explicitly targeting supply-chain risks. **Key risks / limitations** - **External dependency:** Relies on the `skillaudit-api.vercel.app` service for findings and integrity; downtime, API changes, or compromise would degrade or distort results. - **Integrity coverage is currently narrow:** Only the `ecap-security-auditor` package is in the integrity DB in the provided text; most packages will rely solely on findings-based scoring. - **Audit quality is LLM-dependent:** Manual/auto audits depend on the agent correctly following prompts; false negatives and false positives are possible, especially on complex codebases. - **Operational overhead:** Automatic checks on each install/use add latency and complexity; full audits require shell tooling and familiarity with npm/pip/git workflows. - **Centralized trust model:** The shared registry becomes a key trust anchor; incorrect or malicious findings could influence gate decisions until peer-reviewed. **Recommended scenarios** - Teams running **OpenClaw agents in production or semi-trusted environments** that need an enforceable security gate around skills and MCP servers. - Organizations concerned with **software supply-chain security** for npm/pip dependencies used by AI agents. - Security or platform engineering groups who want **repeatable, structured AI-assisted audits** and a shared database of findings. - Less suitable for purely local, low-risk experimentation where the overhead and external dependency may not be justified.

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