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AI Merge Readiness Checklist

AI can make a diff look finished before it is actually safe to merge. This checklist gives you ten concrete questions to answer before approval, so merge decisions are based on evidence, not momentum.

Last reviewed: Jul 9 2026


TL;DR

Before merging an AI-assisted pull request, confirm four things: the intended outcome is explicit, the change stayed in scope, validation depth matches risk, and rollback is practical. The ten checks below turn that into a repeatable gate.

Why a Dedicated Merge Gate Matters

AI removes friction at the start of implementation. That speed is useful, but it also makes it easier to approve a change because the patch looks coherent, not because the change is proven. Coherent code is still capable of breaking contracts, widening scope, or skipping critical checks.

A merge-readiness checklist keeps the review grounded in observable signals. If a check cannot be answered with evidence, the PR is not ready yet.


The 10-Question Checklist

1. Is the intended behavior change stated in one sentence?

If you cannot summarize the exact before/after behavior, review will drift into style opinions and accidental scope expansion.

2. Does the diff stay inside approved scope and non-goals?

Compare changed files against the plan. Extra refactors or utility rewrites should be split into separate pull requests.

3. Are risky assumptions visible in the PR description?

Assumptions about data shape, auth, retries, idempotency, or ordering should be explicit so reviewers can challenge them.

4. Is there at least one test that would fail on the old behavior?

A fix without a failing-then-passing check is hard to trust and easy to regress.

5. Do tests and manual checks cover the actual blast radius?

"All tests passed" is not enough if shared helpers, default config, or cross-feature contracts changed.

6. Are edge cases and error paths verified, not just the happy path?

Include at least one negative path: invalid input, timeout, duplicate action, empty state, or permission mismatch.

7. Is observability updated where behavior changed?

If the change touches critical flows, logs, metrics, or alert context should make post-merge debugging realistic.

8. Is rollout strategy proportionate to risk?

For high-impact changes, require feature flags, phased rollout, or explicit canary criteria before broad release.

9. Is rollback clear, fast, and tested in principle?

Know what to revert, what data or config is involved, and how long recovery takes if behavior degrades.

10. Is ownership explicit after merge?

Someone should own first-hour monitoring, success criteria, and follow-up cleanup so the change is truly complete.


Copy-Paste Prompt for Final Review

Prompt

"Review this pull request for merge readiness. Answer these 10 checks with pass/fail and one line of evidence each: intended behavior, scope compliance, assumptions, failing-then-passing validation, blast radius coverage, edge cases, observability, rollout, rollback, and ownership. If any check fails, list the smallest change needed before approval."

This keeps the assistant focused on verification quality instead of re-implementing the change in review comments.


Conclusion

Merge quality is decided before the merge button, not after production feedback. When AI increases implementation speed, your approval standard has to become more explicit, not looser. Ten short questions are often enough to prevent the expensive mistakes.

Related reading

Pair this with AI PR Review Checklist Template for Engineering Teams, AI Regression Test Plan Template, and AI Change Risk Matrix.


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