proof-composer

Proof validation ensures your architecture, backend code, frontend types, and infrastructure topology compose into a consistent, version-aligned proof chain. Proof-composer collects these proofs, verifies specification versions match across all layers, detects gaps in the chain, and issues a deployment certificate authorizing release.

Version inconsistencies and missing proofs block deployment. Proof-composer detects these gaps in the proof chain and reports them so you can resolve misalignments between architecture, backend, frontend, and infrastructure specifications before issuing a deployment certificate.

Yes. Proof-composer validates the entire engineering proof chain and emits a deployment certificate only when all proofs—architecture, backend maps, frontend type correspondence, and infrastructure topology—are complete and version-consistent, effectively gating deployment on proof validity.

Proof-composer requires collected proofs from prior steps: architecture proofs, backend maps and code proofs, frontend type correspondence proofs, and infrastructure topology proofs. These feed the composition engine to verify consistency and generate a deployment certificate.

Yes. Proof-composer validates system-wide proof chains across distributed backend maps, frontend type layers, and infrastructure topologies, making it suitable for multi-service deployments where architecture and infrastructure proofs must compose consistently.