A pre-install verification gate that formally proves an AI agent skill cannot exceed its declared capabilities before allowing it onto your system
26.1% of agent skills across major registries have at least one security vulnerability according to a 42,447-skill empirical study. Snyk found 13.4% of ClawHub skills contain critical issues. Current scanners use pattern matching and heuristics, which miss novel attack vectors. This tool uses formal verification to mathematically prove that a skill's actual behavior matches its declared capability set, blocking installation if the proof fails. It sits as a pre-install gate in the OpenClaw skill lifecycle.
Demand Breakdown
Social Proof 2 sources
Gap Assessment
3 tools exist (SkillFortify, Snyk Agent Scan, Cisco Skill Scanner) but gaps remain: Only 20 GitHub stars, very early stage. No pre-install gate integration with OpenClaw's skill lifecycle. Academic proof-of-concept, not production-ready CLI.; Heuristic-based, not formal verification. Cannot mathematically prove a skill stays within bounds. Pattern matching misses novel attack vectors that formal analysis would catch..
Features3 agent-ready prompts
Competitive LandscapeFREE
| Product | Does | Missing |
|---|---|---|
| SkillFortify | Formal security scanner for 22 agent frameworks with static analysis and SBOM generation | Only 20 GitHub stars, very early stage. No pre-install gate integration with OpenClaw's skill lifecycle. Academic proof-of-concept, not production-ready CLI. |
| Snyk Agent Scan | Detects 15+ security risks across MCP servers and agent skills including prompt injection and tool poisoning. 2.4K stars. | Heuristic-based, not formal verification. Cannot mathematically prove a skill stays within bounds. Pattern matching misses novel attack vectors that formal analysis would catch. |
| Cisco Skill Scanner | IDE-integrated security scanner for agent skills with 1.9K stars. Brings security visibility to the development toolchain. | IDE-focused, not a pre-install gate. Scans during development, not at install time. No formal verification, uses rule-based detection. |
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