lean-formal-feedback-loop

To prevent drift between Lean formal proofs and Rust runtime behavior, coordinate structured feedback loops that validate theorem statements against runtime outcomes. This workflow maintains formal artifacts and conformance gates to ensure end-to-end traceability from initial proof attempt to artifact emission.

Automating Lean proof-witness artifact emission involves orchestrating intake, ranking, and routing workflows to extract witnesses and generate conformance artifacts. This supports drift detection and regression testing by capturing proof artifacts throughout the formal verification cycle.

Closing formal assurance gaps when formalizing a Rust surface with Lean requires cycling from initial proof friction to artifact-aligned closure. You achieve this by loading frog candidates, mining project history, and building Lean baselines to guide routing decisions and traceable conformance checks.

Yes, this Lean formal verification workflow satisfies end-to-end loop requirements for intake, ranking, routing, witness extraction, and artifact management. It coordinates these stages to align theorem statements with runtime behavior while maintaining formal artifacts.

Yes, you can use this workflow for regression testing and drift detection across Lean and Rust surfaces. It automates the emission of proof-witness artifacts and conformance artifacts specifically to support drift detection and ensure ongoing alignment between formal proofs and runtime behavior.