Platform-specific · 5 days · From $1,500

A senior read of your Cursor-accelerated codebase.

Cursor makes good engineers faster. It also makes patterns drift, tests pretend, and APIs hallucinate. We sit on top of your codebase for a week and tell you, plainly, where Cursor served you and where it cost you.

Book a Cursor audit Try the checklist first

Who this is for

Teams shipping fast with Cursor — who want a sanity check.

Most of our Cursor audits are for technical teams that have already shipped.

Small eng team

1–3 engineers, heavy Cursor usage

You've shipped a real product, and the codebase has grown faster than your review process. Time for an outside read.

Pre-Series-A

Investor DD on the horizon

Investors will look at code quality. We give you a credible report — and the chance to fix things before they ask.

Solo / heavy AI

You're the only engineer, mostly prompting

Cursor + Claude Code is your team. You want a senior to verify what you've built, monthly or before milestones.

What we check (Cursor-specific)

Where Cursor codebases drift.

In addition to standard correctness and security review.

  • Pattern consistency. Same problem solved three different ways across files — we map and unify.
  • Hallucinated APIs. Functions called that don't exist on the version you're pinned to.
  • Type safety. any creep, @ts-ignore trails, ambient types that aren't.
  • Tests that test nothing. Snapshot-only assertions, mocks that pre-bake the answer.
  • Architecture coherence. Where the seams are. Where they should be.
  • .cursor/rules & .cursorrules. Your global prompts. We read them like code.
  • Dead code & orphan files. AI is good at writing code, less good at deleting it.
  • Dependency choices. Why this package? Is it maintained? Is it overkill?
  • Auth, secrets, RLS. Same checks as the general audit. Cursor doesn't get a pass.
  • Error handling. Try/catch eating errors silently is a Cursor classic.
  • Performance. N+1 queries, unbounded loops, dropped indexes.
  • Build & CI. Whether the pipeline catches what humans don't.

Red flags

Patterns we see in Cursor codebases weekly.

Most are fixable in a hardening sprint.

CR-01Critical

Auth checks done in three different ways

Some routes use middleware. Some check inline. Some forget. Inconsistency is how leaks happen.

CR-02High

"Working" features that don't have tests

The PR shipped because it ran. We unify test scaffolding and write the missing critical-path tests.

CR-03High

API calls to functions that don't exist

Cursor invented the function name and TypeScript was too permissive to catch. Production-only crash.

CR-04High

Three competing utility files

utils.ts, helpers.ts, lib/util.ts. Same functions, slightly different. Pick one.

CR-05Worth checking

No .cursorrules or rules are vague

Your rules are your prompt. Vague rules make Cursor drift. We rewrite them based on what we see.

CR-06Worth checking

Comments that explain bad code

Long comment apologizing for the code below. The comment is correct; the code should be different.

Deliverables

What lands on Friday.

Same shape as the general audit, with a Cursor-rules rewrite.

Founder & tech-lead summary

Two pages: one for the founder, one for whoever runs the engineering side.

Risk register

8–18 findings, severity-graded, with the fix and the prompt to give Cursor.

.cursorrules rewrite

A revised rules file based on what we found. Drop in, commit, watch the next prompts go better.

90-min walkthrough

Live call with you and your engineers. We pair-walk the highest findings.

Pricing

From $1,500 · 5 working days · Larger monorepos quoted separately

Book a Cursor audit

FAQ

Cursor audit, asked & answered.

01 My team is technical. Why would we need this?
Because Cursor accelerates output faster than review can keep up. The audit is a sanity pass — fresh senior eyes on a codebase your team is too close to. We've yet to do one that didn't surface real issues.
02 What's the most common Cursor issue?
Inconsistent patterns. Cursor matches local context well but global context poorly — three different ways to do the same thing across one codebase. Plus the occasional hallucinated API.
03 Will you read the .cursor/rules and prompts?
Yes. We treat your rules and prompt history as part of the codebase. Bad rules cause bad code at scale; we suggest fixes and ship a rewritten rules file as a deliverable.
04 Do you check tests?
Yes. AI-generated tests often pass without testing the right thing. We sample and grade them, and write the missing critical-path tests in the hardening sprint if you book one.
05 Timeline?
5 working days for a typical mid-size codebase. Larger monorepos quoted separately on the intake call.
06 Does this work for Claude Code / Aider / others?
Yes. The patterns we look for are mostly tool-agnostic. The deliverable is the same; we just read the rules file you actually use.