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Mechanism
Breaks down how the skill works and what it produces, so you can quickly judge whether it fits your scenario and value.
When you need to explain, evaluate, or demonstrate cryptographically signed audit trails for Claude Code tool calls before committing to the protect-mcp runtime hooks — especially in regulated, CI/CD, multi-party, or compliance contexts.
A clear understanding of how every tool call gets policy-evaluated and signed as a verifiable receipt; ability to verify offline and detect tampering with a single CLI command.
Use Cases
A fintech company operates in a regulated environment and must prove its AI agent's behavior is tamper-evident. An engineer uses this skill to learn the signed-audit pattern: configuring Cedar policies, generating Ed25519 receipts for every tool call, and verifying the hash-chained logs offline. This gives auditors cryptographic proof of compliance without relying on the operator's word, reducing regulatory risk and simplifying evidence production.
A platform team wants CI/CD pipelines to prove a policy gate held for every automated build step. Using this skill, they integrate receipt verification into GitHub Actions: the agent runs governed by protect-mcp hooks, emits signed receipts, and the workflow fails the build if the chain is broken. This delivers tamper-evident build provenance and prevents unverified code from merging, strengthening supply-chain security.
Skill Relationships
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