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GitRank

AI-powered PR scoring platform for engineering teams. Open source and self-hostable.

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AI code quality metrics

AI code quality metrics for the work your team actually ships

The volume of AI-generated code is not a quality metric. GitRank gives teams a post-merge view of PR impact, eligibility checks, component risk, and review flow so quality conversations remain grounded in real delivery outcomes.

Start freeSee how it works

A sound AI code quality program uses multiple signals and makes its limitations clear. It does not assume that a passing check or an accepted suggestion proves long-term quality.

The problem

More generated code creates more opportunities for shallow measurement

As code generation accelerates, teams can over-index on acceptance rates, lines changed, or review speed. Those numbers can miss whether a change was important, understandable, testable, and supported by the people who maintain it.

Built for meaningful engineering signals

A clear path from GitHub activity to better decisions

Keep quality criteria explicit

Track whether work meets the issue-linking, testing, documentation, and implementation checks your organization defines.

Watch severity and component patterns

Use recurring high-impact fixes in a component as a prompt for deeper investigation.

Read the work in context

AI-generated summaries and PR-level explanations help reviewers and leaders understand the change instead of relying on a single aggregate metric.

How it works

Measure AI code quality without false precision

  1. 1

    Connect the work your team already does

    Install the GitHub App, select repositories, and let GitRank receive merged pull request events automatically.

  2. 2

    Evaluate the contribution in context

    GitRank reads the merged diff, linked issues, component rules, and eligibility requirements before producing an explanation.

  3. 3

    Turn the result into a useful conversation

    Scores, summaries, and trends feed leaderboards, review workflows, bonus programs, and team discussions without relying on raw activity counts.

Practical guidance

A balanced AI code quality scorecard

  • Quality gates: tests, documentation, linked requirements, and reviewer judgment.

  • Outcome signals: severity, component criticality, and whether work solves the intended problem.

  • System signals: review waiting time, recurring bug-fix patterns, and ownership concentration.

Frequently asked questions

Common questions about ai code quality metrics

Is code review acceptance rate a code quality metric?

It can be a useful signal, but not a sufficient one. Acceptance can be influenced by review capacity, risk tolerance, and the type of work being reviewed.

Does GitRank automatically prove that AI-generated code is safe?

No. GitRank adds post-merge evaluation and eligibility context. Teams still need secure development practices, human review, automated tests, and release controls.

How should teams compare AI-assisted and non-AI work?

Compare outcomes at a team and workflow level, account for task complexity, and avoid treating a correlation as proof of individual performance.

Keep exploring GitRank

How GitRank works

See the merge-to-score workflow in detail.

AI-powered PR evaluation

Learn what GitRank evaluates and explains.

Developer leaderboards

Recognize impact through transparent rankings.

Make shipped engineering impact easier to see

Connect GitHub, configure the rules your team values, and start turning merged PRs into explained recognition.

Start free