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Cursor to production

Cursor moves fast. We make sure the codebase still holds

Cursor doesn't generate a stack — it edits yours, prompt by prompt, and every prompt is a chance for the architecture to drift. Here is what a Cursor-built codebase looks like after three months of shipping, and how we get it back into a shape you can keep moving in.

In short

Cleaning up a codebase built with Cursor means resolving what dozens of independent prompts left behind: three ways of doing the same thing because each session picked its own, `any` wherever a type got in the way, tests that mock the code under test and so pass regardless, half-finished refactors, secrets committed in `.env`, and dependencies added once and never used again. Gen2Prod audits the repo for free, fixes what matters by pull request at a fixed price from $290, and leaves rules files so Cursor keeps the new shape instead of eroding it.

What Cursor generates
Whatever stack you started with — most often Next.js or React with Node, Prisma or Supabase, and TypeScript
How it drifts
Per prompt: each session applies its own conventions unless a rules file tells it otherwise
Where it lives
Your own repo and host; Cursor is the editor, not the platform
What we work in
That repo, by pull request, plus a rules file so the next prompt follows the new conventions
What it costs
Free audit first, then from $290 per fix; full sprint quoted in 24 hours

What Cursor apps get wrong in production

The list we find on most Cursor projects, in the order it matters. Each one links to the service that fixes it.

Three architectures in one repo

Data fetching in hooks here, in server components there, in a `utils/api.ts` somewhere else — each from a different session. We pick one, migrate the rest, and write it down so Cursor follows it.

Fixed by Refactor & cleanup

Tests that can't fail

Cursor writes tests when asked, and when a test is hard it mocks the thing being tested until it passes. We find the hollow ones, delete or rewrite them, and put real coverage on the paths that earn money.

Fixed by Refactor & cleanup

`any` as a type strategy

Every place the compiler complained, `any` made it stop. We generate types from your schema and put them at the boundaries — API responses, form inputs, database rows — so the editor catches the mismatch instead of your users.

Fixed by Refactor & cleanup

Secrets in the repo

An `.env` committed in week one, a key pasted into a config to make a test run. We scan the history, rotate what's exposed, and move secrets to a managed vault with the client bundle checked for leaks.

Fixed by Security hardening

Authorisation that lives in the UI

The admin page checks `user.role` before rendering; the API route it calls checks nothing. We move every authorisation decision to the server and cover it with a test.

Fixed by Security hardening

Ships when someone remembers to

Deploys from a laptop, no CI, no preview environment, and a `main` that's sometimes broken. We add a pipeline that runs the tests and deploys on merge, with a rollback path.

Fixed by Deploy & CI/CD

What we keep

A cleanup isn’t a rebuild. Cursor did real work, and most of it stays.

  • Almost all of the code — Cursor output is usually sound in the small; it's the shape in the large that needs work
  • Your stack and host; we don't migrate for the sake of it
  • Cursor itself: we add a rules file and conventions so it produces code that fits, rather than asking you to stop using it
  • Any tests that actually test something

Cursor — questions we get asked

My Cursor project works. Why would I need a cleanup?

Because 'works' and 'safe to charge money for' are different bars. A Cursor-built app typically works for the happy path you tested, while the API routes accept anything, the tests pass for the wrong reasons, and a change in one place breaks another because the same logic exists three times. The free audit tells you which of these you have and what each one costs to fix — and if the answer is 'not much', we'll say so.

Will you rewrite what Cursor built?

No. Rewrites are the expensive way to lose behaviour you've already paid for. We pin the current behaviour in tests, then restructure in small reviewable commits. Cursor's code at the function level is usually fine; the work is in the boundaries, the duplication and the conventions.

Can you make Cursor behave better afterwards?

Yes, and it's part of every Cursor engagement. We leave a rules file that states the conventions we established — where data fetching lives, how errors are handled, what a test must actually assert — so the next prompt follows the structure instead of eroding it. Clients tell us Cursor breaks noticeably fewer things per prompt afterwards.

Do you work with Windsurf, Copilot or Claude Code projects too?

Yes. The tools differ but the drift is the same: independent sessions, each with its own idea of the architecture. Everything on this page applies, and Claude Code has its own page because its failure modes are slightly different.

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