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Reviewers can now trigger guided refactoring directly from pull requests. The agent analyzes the branch using deterministic Code Health data, performs targeted refactorings and commits improvements back to the PR.
The result is code that is easier to review, AI-friendly and more token efficient. And yes, we support all those promises with data.
Even when teams want to improve the code, refactoring is a specialized skill that takes time and experience to develop. That is why many maintainability issues remain in codebases long after they start hurting delivery speed and increasing defect rates.
Agents depend on explicit structure and intention-revealing code. Unhealthy code increases defect risk, wastes tokens and makes AI-generated changes hard to verify.
Instead of relying on custom prompts or subjective preferences, the agent refactors based on deterministic Code Health signals and measurable targets, inside the review flow where your team already works.
Code Health score that dramatically lowers break rates during AI-assisted change.
See the research
/cs-agent comment on a pull request or merge request, or click the Fix Code Health degradations button directly in the PR.
skill:fix-code-health-degradations
skill:uplift-code-health
“Instead of relying on custom prompts or subjective preferences, the agent refactors based on deterministic Code Health signals and measurable targets. Your code deserves that.”
A Code Health above 9.5 dramatically lowers break rates during AI-assisted change, a measurable outcome, not a best-practice claim.
Code Health replaces ad hoc review preferences with a shared, objective signal tied to real engineering outcomes: delivery speed, defect risk and AI-readiness.
Unhealthy code is burning your token budget. Agents operating on unhealthy code consume significantly more tokens. Improving Code Health makes AI workflows more efficient and more predictable.