All articles/Launching Your App/June 15, 2026/8 min read

Article

The Lovable-to-Production Checklist: 12 Things to Verify Before Real Users Arrive

A plain-English pre-launch checklist for Lovable, Bolt, v0, and Replit apps so founders can spot what still needs attention before real users arrive.

Reviewed by BearaByte engineering team for launch and app review guidance.

Quick answer

Before you launch, make sure the app protects logins, user data, payments, and recovery if something goes wrong. Those basics matter more than one more round of polish.

Last reviewed

July 16, 2026

Updated to make the pre-launch checklist easier for non-technical founders to use.

Key takeaways

  • Most production risk in AI-built apps comes from a short list of repeatable checks: secrets, validation, authorization, backups, monitoring, and rate limits.
  • A prototype can feel launch-ready long before it is safe for real users, paid APIs, or real data.
  • Founders get the best outcome when they find gaps before launch, not after the first breach, crash, or invoice spike.

Intro

Lovable, Bolt, v0, and Replit can get an idea working fast. That speed is great for validating demand, but launch day asks very different questions than demo day. An app can look finished long before it is ready for real users.

This checklist is designed for founders and operators, not just engineers. For each item, we explain what to check, why it matters, and how to ask your AI tool or a developer to confirm it.

Action checklist

What to do after reading this

1

Search the codebase for exposed secrets and rotate anything that was visible client-side.

2

Verify server-side validation and authorization on every important route.

3

Confirm backups, logging, monitoring, and a staging environment actually exist.

4

Decide which unresolved gaps must be fixed before launch and which can wait until after.

1. No secrets in the source code

API keys, database passwords, and payment credentials must never appear in code that ships to the browser. This is one of the most common issues we find, and one of the most expensive. Anyone who opens browser developer tools can read frontend code, take your key, and run up charges on your account.

How to check: ask your AI tool to search the entire codebase for hardcoded API keys, tokens, or passwords, including frontend files. Anything it finds outside secure server-side environment configuration needs to move.

2. Server-side validation on every input

AI builders often add validation in the browser and stop there. The browser belongs to the user, not to you. Anyone can bypass your forms and call your API directly. If the server accepts whatever arrives, your database will happily store garbage, negative prices, or someone else's user ID.

How to check: ask where every API endpoint validates incoming data on the server before writing to the database. If the answer only mentions frontend form checks, you have a gap.

3. Authorization, not just authentication

Authentication answers who a user is. Authorization answers whether that user should be allowed to do the thing they are asking to do. AI-generated apps often get the first half right and skip the second. Everything looks fine until someone changes an ID in a URL and sees another account's data.

How to check: log in as a normal user, try to access an admin route, and try changing record IDs in the URL. If either works, you have an authorization hole and a serious trust problem.

4. Rate limiting on public endpoints

Without rate limiting, a single script can hit your signup form, login route, or paid AI feature thousands of times per minute. Best case, the app slows down. Worst case, your OpenAI, email, or SMS bill explodes.

How to check: ask which endpoints have rate limiting applied and where the configuration lives. Login, signup, password reset, and every endpoint that triggers a paid external API should be on the list.

5. Error handling that fails gracefully

What happens when your database is briefly unreachable, or a third-party API times out? In many AI-built apps, the answer is a blank screen, a cryptic stack trace, or a half-finished operation that leaves data in a messy state.

How to check: ask what the user sees when each important dependency fails. There should be a clear error message, no silent corruption, and ideally a retry path for recoverable actions.

6. Database backups you have actually tested

Managed platforms may keep backups for you, but backups you have never restored are still a theory. Founders usually discover that the day a migration script wipes a table.

How to check: confirm backups exist, know how far back they go, and restore one to a test environment at least once. If you cannot answer how you would get yesterday's data back, put that on the list this week.

7 through 12: the rest of the baseline

The remaining checks are not exotic. HTTPS everywhere. Dependency auditing. Logging and monitoring. A staging environment. Least-privilege database access. Written documentation of what the app actually does. None of these are glamorous, but together they separate a prototype from a product.

The good news is that most of these fixes are measured in days, not months, once someone knows what to look for and what matters first.

Where to go from here

If you walk this list and find gaps, that is normal. Nearly every AI-built app we review has several. The real question is prioritization: which gaps are urgent for your app, your users, and the data you handle.

That is where a quick audit helps. A five-minute scored review is often enough to decide whether you need a short hardening pass or a deeper code-level intervention before launch.

Free tool

Need help deciding what to fix first?

Start with the free AI Prototype Risk Audit to see whether your app needs a few fixes, a deeper review, or a bigger rebuild plan.

Next step

Turn the article into an actual plan

FAQ

Questions founders ask after reading this

Is this checklist only for Lovable apps?

No. The same checklist applies to apps built with Lovable, Bolt, v0, Replit, Cursor, or any other AI-assisted workflow because the failure modes are usually the same.

Can a non-technical founder run this checklist?

Yes. The goal is not to implement the fixes yourself. The goal is to ask the right verification questions so you can spot hidden risk before launch.

What should be fixed first if time is short?

Start with exposed secrets, missing authorization, server-side validation, and rate limiting. Those four items carry the highest mix of risk and speed to fix.

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