How does Proof Composer handle versioning?

It checks all proofs against a central specification manifest to ensure every component of the system is using the same version and hash, preventing deployment of out-of-sync code.

Can I deploy if Proof Composer finds a gap?

No, Proof Composer is designed to block deployment if it detects missing proofs, incomplete verifications, or version mismatches in the engineering chain.

Does this skill work with infrastructure configurations?

Yes, it verifies that the infrastructure topology is isomorphic to the architectural specification, ensuring the deployed environment matches the proven design.

What is the primary role of the Proof Composer skill?

It acts as the final deployment gate by validating that all individual engineering proofs—including architecture, backend maps, and infrastructure topology—compose correctly into a valid system-wide proof.

Proof Composer Deployment Gate

Name: Proof Composer Deployment Gate
Author: Microck

byMicrock

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Deployment & DevOps

Validates the entire engineering proof chain to authorize or block production deployments based on system-wide correctness.

About

Proof Composer serves as the final arbiter in a formal engineering workflow, ensuring that architecture, backend, frontend, and infrastructure proofs compose into a single, valid system-wide certificate. It prevents race conditions and version mismatches by verifying that every component—from Curry-Howard proofs in the architecture to TypeScript mappings in the frontend—adheres to the same specification manifest. By acting as a rigorous deployment gate, it guarantees structural and logic integrity, ensuring that no code is deployed unless the entire proof chain is verified and complete.

Key Features

81 GitHub stars
Generation of a formal composed proof certificate for deployment authorization
Automated gap detection for missing implementations or unverified services
Strict version consistency verification using specification manifests and hashes
End-to-end composition law validation to ensure system-wide logic integrity
Automated proof collection across architecture, backend, frontend, and infrastructure

Use Cases

Ensuring cloud infrastructure topology is isomorphic to the intended system architecture
Blocking CI/CD pipelines when backend code fails to match architectural proofs
Verifying frontend type correspondence with backend API specifications before release

About

Key Features

81 GitHub stars
Generation of a formal composed proof certificate for deployment authorization
Automated gap detection for missing implementations or unverified services
Strict version consistency verification using specification manifests and hashes
End-to-end composition law validation to ensure system-wide logic integrity
Automated proof collection across architecture, backend, frontend, and infrastructure

Use Cases

Ensuring cloud infrastructure topology is isomorphic to the intended system architecture
Blocking CI/CD pipelines when backend code fails to match architectural proofs
Verifying frontend type correspondence with backend API specifications before release