A deterministic patch-verification control plane that combines self-hosted execution, risk signals, redacted logs, retained artifacts, and reviewable verdicts for humans and coding agents.
01 / How it works
01
The interface distinguishes what was executed, what was observed, and what remains uncertain.
02
Verdicts summarize the important result while logs and artifacts remain available for deeper review.
03
Self-hosted runners keep source and sensitive build context inside the operator’s environment.
02 / The problem
A patch can look plausible in a diff while still failing in the target environment. Humans and coding agents need a consistent way to run the right checks, understand risk, and retain evidence before a change is accepted.
03 / The approach
PatchProof turns verification into a reviewable product surface. Each run combines deterministic execution, risk signals, redacted logs, retained artifacts, and a concise verdict that links conclusions back to evidence.
04 / Engineering scope
