Durable repository memory
Important behavior survives the current review and becomes context for every future change.
Compare tools.Keep the evidence.
Review tools increasingly offer memory, repository context, and runtime checks. Compare their approach, then evaluate the same real changes with recorded settings and inspectable evidence.
What we are building toward.
ShipCheck focuses on approved behavioral contracts and their verification history. These product capabilities do not establish a measured detection advantage.
Governed evidence
Claims, scenarios, citations, runtime proof, and uncertainty remain attached to the verdict.
A merge decision
Risk-aware policy converts the evidence into a clear, enforceable ship outcome.
Choose the product you are evaluating.
Each guide compares the core abstractions, evidence model, behavior lifecycle, and merge controls.
ShipCheck vs. Greptile
Compare ShipCheck and Greptile for Behavior Contracts, differential verification, merge governance, cross-repository behavior protection, codebase context, and AI pull request review.
ShipCheck vs. QodoCompare ShipCheck and Qodo for Behavior Contracts, differential verification, GitHub merge governance, cross-repository behavior protection, and AI code review.
ShipCheck vs. CodeRabbitCompare ShipCheck and CodeRabbit for Behavior Contracts, differential verification, GitHub merge gates, cross-repository behavior protection, learned context, and AI code review.
ShipCheck vs. BugBotCompare ShipCheck and Cursor BugBot for AI-generated code verification, Behavior Contracts, differential proof, merge governance, cross-repository protection, and pull request review.
ShipCheck vs. GraphiteCompare ShipCheck and Graphite for Behavior Contracts, differential verification, GitHub merge gates, audited exceptions, cross-repository protection, and merge workflows.
Give the codebase a vote.
Preserve the behavior your system depends on, then make every change prove what it keeps intact.