संसाधन

Guides, benchmarks, और launch assets।

जानें कि deterministic codebase understanding स्वायत्त code repair को कैसे बदलती है।

संसाधन

Benchmark report

Codna बनाम leading coding agents के लिए Methodology और per-scenario results।

खोलें
01

स्वायत्त code repair

Agents को fix करने से पहले deterministic map की ज़रूरत क्यों होती है।

पढ़ें
02

AI code review

Blast radius और regression risk PR reviews को कैसे तेज़ करते हैं।

पढ़ें
03

Sentry से PR तक

Production failures को focused fix pull requests में बदलें।

पढ़ें

Frequently asked

Codna was tested head-to-head against Cursor. It used 5× fewer tokens and ran 1.7× faster, with every fix test-verified.

Token consumption, wall-clock speed, and verified fix rate across 8 real bug-fix scenarios run against OpenAI Codex CLI and Google Gemini CLI. Every fix counted only when your own tests passed.

A deterministic engine maps the repository in roughly 60ms without any LLM calls. It then hands the AI agent an evidence bundle of around 600 tokens — measured 162x smaller than reading the full repo — so the agent fixes the right code immediately.

Yes — Codna supports 250+ languages, and the engine mapped 130 repositories in 9.2 seconds, consuming zero tokens for the mapping step.

Codna locates the affected code using its dependency and blast-radius graph, generates a fix from the evidence bundle, then runs your tests to verify the result. On GitHub, it opens a pull request with the verified fix.

You can self-host the engine, bring your own API key, and configure fail-closed egress. Codna never trains on your code.