lean-formal-feedback-loop

To find Rust runtime bugs using Lean proof friction, run a feedback loop that classifies hard proof blockers into code-first, model-first, harness-first, or theorem-first routes, then extracts executable witnesses to pinpoint defects.

Proof friction triage for Rust conformance testing classifies hard Lean proof blockers into code-first, model-first, harness-first, or theorem-first routes to determine the next change lever for fixing runtime defects.

You extract executable witnesses from Lean theorem proving blockers by attempting the proof to the first hard blocker, then converting that friction into a categorized route and a regression candidate for validation.

Yes, you can close formal assurance gaps for Rust subsystems with concurrency semantics by applying a mandatory 7-check theorem conformance parity pass and emitting proof-carrying artifacts as validation evidence.

You rank proof blockers by mining project history and session signals, computing an expected-value priority, and enforcing an EV-based gate to select the next candidate frog for the Lean-Rust feedback loop.

You should avoid this Lean-Rust proof feedback loop when you cannot perform mandatory project-history mining or when your Rust subsystem lacks the concurrency semantics required for theorem conformance parity checks.