Vibe Coded App to Production

Vibe Coded App to Production

Built with AI. Not ready for real users yet — and that is normal. You have a working demo from Lovable, Cursor, Bolt, v0, or Replit. We finish incomplete features, close security gaps, run structured QA, and help you publish — without rebuilding from scratch.

Lovable · Cursor · Bolt · v0 · Replit · Finish · Secure · Test · Publish

30 minutes · Senior engineer · No commitment

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150+ projects delivered
20+ Play Store apps
4
Step Path to Launch
Lovable
+ Cursor + Bolt
OWASP
Security Baseline
Free
Audit to Start

The gap between demo and production

Vibe coding is a legitimate fast way to start — and that is how most of our clients arrive. AI builders optimize for a happy-path demo: sign-up works, the main screen loads, and checkout succeeds once. They do not automatically harden for production traffic, abuse, or edge cases. Real users mistype passwords, refresh mid-payment, upload oversized files, and share deep links. Bots probe public APIs. That is when shortcuts surface: authentication that relies on client-side checks instead of server rules, database queries that load entire tables because pagination was never added, API keys shipped in frontend bundles, and errors that leak stack traces to the browser. Supabase and Firebase apps often ship with Row Level Security disabled or misconfigured — fine when you are the only tester, dangerous when one user can read another's data. Payment webhooks without signature verification let attackers fake successful charges. None of this appears in a five-minute demo. It appears on launch night. Our job is to close that gap while keeping the codebase you already invested in.

FINISH

We close feature gaps AI left incomplete or half-working — password reset flows that never send email, admin panels with no access control, file uploads with no validation, onboarding steps that break on mobile, and integrations stubbed but not wired. You keep the product direction; we make the flows actually complete.

SECURE

We fix auth and data handling: Row Level Security on Supabase, Firebase rules, session management, role checks on every sensitive route, and secrets moved out of client code. We address injection risks, IDOR (users accessing each other's records), and exposed service-role keys — the vulnerabilities AI tools routinely skip.

TEST

Structured QA on critical user flows, API endpoints, payments, and auth — aligned with our dedicated QA for AI-generated apps practice. Manual exploratory testing plus targeted automation on paths that must not break before launch.

PUBLISH

Production deployment, environment configuration, error monitoring, logging, and app store submission where applicable. You get a documented handoff: what we changed, how to deploy, and what to watch after go-live.

What we typically find

Concrete issues we see in Lovable, Cursor, Bolt, v0, and Replit codebases before hardening.

Missing Row Level Security (RLS)

Auth
Data leak

Supabase or Postgres tables where any authenticated user can read or update another user's rows because RLS policies were never enabled or tested.

API keys in the frontend

Keys
Exposed

Stripe secret keys, OpenAI tokens, or Supabase service-role keys committed in client bundles or checked into Git — copyable from browser devtools.

Unverified payment webhooks

Pay
Spoof risk

Stripe or Paddle webhooks that process events without signature verification, allowing forged payment-success payloads.

N+1 database queries

DB
Perf

Loops that query the database on every row — fine for ten test records, slow or timeout-prone under real traffic.

No rate limiting

API
Abuse

Public API routes and AI-backed endpoints without throttling — easy abuse vector and runaway usage costs.

Leaky error responses

Info
Disclosure

500 errors returning stack traces, internal IDs, or SQL fragments that help attackers map your system.

Half-finished critical flows

UX
Broken

Sign-up without email verification, file uploads with no size limits, or forms that appear to save but write nowhere.

Buyer Guide & Decision Framework

Vibe Coded App to Production: Scope, Pricing & Buyer Guide

At-a-glance scope, pricing tiers, delivery timelines, engineering tradeoffs, and decision criteria for technical founders and product leaders.

What is Vibe Coded App to Production?

Software QA and technical audit services cover manual and automated testing, performance and security checks, and senior engineer code review — especially for AI-generated or inherited codebases before production launch.

How much does Vibe Coded App to Production cost?

Pricing depends on scope, integrations, and timeline. GreeLogix provides transparent fixed-milestone quotes after discovery, with flexible models for one-off audits, sprint retainers, or dedicated engineers.

Key Cost Factors

  • ·App complexity and number of platforms (web, iOS, Android)
  • ·Automation scope vs manual-only
  • ·Security or penetration testing depth
  • ·Whether you need embedded QA or per-release engagement

How long does delivery take?

Smoke audit: 1 week. Full regression cycle: ongoing per sprint. Deep code audit: 5–7 business days.

Delivery Phases

  1. 1.Test strategy: risk map, environments, and release criteria
  2. 2.Execution: test cases, bug reports with repro steps, regression suites
  3. 3.Automation wired into CI where ROI is clear
  4. 4.Release sign-off report with go/no-go recommendation

Who is it for?

  • ·Teams shipping Lovable, Cursor, or Bolt prototypes to real users
  • ·Founders facing investor technical diligence
  • ·Products with regressions every sprint and no test automation
  • ·Mobile apps needing device-matrix testing before store release

When NOT to use this service

  • ·Static marketing site with no auth or payments
  • ·You cannot provide staging access or test accounts
  • ·You expect QA to define product requirements

Pros / Benefits

  • +Catch permission and payment bugs before customers do
  • +Documented release checklist for repeatable shipping
  • +Investor-ready technical risk summary

Risks to Plan For

  • −QA without product context files shallow tickets
  • −Testing only happy paths misses edge cases in billing and roles
  • −Delaying QA until launch week maximizes fix cost

How Does Vibe Coded App to Production Compare to Alternatives?

Compare delivery models, cost profiles, and engineering tradeoffs before committing resources.

Option / ApproachBest WhenPrimary Tradeoff / RiskRecommended Fit
Developer-only testingEarly prototype with no paying users yetDevelopers tend to test happy paths; misses subtle regression side effects, UX edge cases, and cross-browser quirks.Early pre-revenue prototypes
Crowdtesting platformsOne-off device coverage without domain contextFragmented bug reports without codebase context, inconsistent reproducibility, and zero sprint continuity.One-off device compatibility checks
Automated scanning onlyKnown stack with mature CI; catches syntax not workflow bugsCatches syntax and linting issues but remains completely blind to workflow breakdowns and complex business logic errors.Baseline CI static analysis
GreeLogix PodYou need production release confidence, automated regression suites, and senior QA engineers embedded in your sprint.Requires active product owner for weekly sprint reviews and scope alignment.Production & Scaling (Recommended)

Why GreeLogix

Dedicated QA for AI-generated apps — we know where vibe coding cuts corners
Full practice: Cypress/Playwright, API (Postman), performance (k6), security
Code review from engineers who build Laravel, React, and Flutter daily
Free AI audit quiz as a low-friction entry to a senior debrief

Get a Clear Plan for Vibe Coded App to Production

Talk to a senior engineer — scope, timeline, and cost range in one 30-minute call. No sales script.

We work with the tools you already used

Most clients arrive with a repo or export from Lovable, Cursor, Bolt, v0, or Replit Agent — not a blank specification. We read the generated code, map what works, and harden what does not. Vibe coding got you to a demo; we get you to something you can put real users on.

If you built with Lovable, our vibe coding with Lovable page covers how we extend those projects. For Cursor-native codebases, see vibe coding with Cursor. This production service applies regardless of which tool you started with — the finish, secure, test, publish path is the same.

Review-only or full hardening

Not every founder needs a full build-out on day one. If you want a senior engineer's assessment before committing to fixes, start with our free AI audit or a pre-launch app review. When you are ready to implement, we scope finish, secure, test, and publish as fixed milestones — same team, same standards, no rebuild unless the stack is genuinely wrong for your goals.

Frequently Asked Questions

Answers to the buyer questions we hear most before a project starts.

Can you take over an app built with Lovable or Cursor?

Yes. That is the most common starting point for this service. We connect to your existing GitHub repo or Lovable export, review what the AI generated, and take it from demo to production. You do not need to switch tools or restart the project.

Do you need the original prompts or source, or can you work from what AI generated?

We work from what exists today — the deployed app, repository, and environment variables you can share. Original prompts help for context, but they are not required. Senior engineers read the code, trace the data flows, and document gaps from there.

How long does it take to make a vibe-coded app production-ready?

It depends on scope and how many integrations you have. A focused hardening pass on a small MVP often takes a few weeks; apps with payments, multi-tenant auth, and mobile clients take longer. We give you a scoped timeline after a free audit — not a generic estimate before we have seen the codebase.

Do you rebuild the app or work with what's already there?

We work with what is already there. The goal is to keep your UI, core flows, and business logic while fixing security holes, finishing half-built features, adding tests on critical paths, and preparing deployment. A full rewrite is only recommended if the stack is fundamentally wrong for your goals — and we will say that plainly if it applies.

What's the difference between this and a full custom build?

A full custom build starts from requirements and architecture first. This service starts from a working AI-built demo and moves it to production readiness. It is faster and cheaper when the product direction is already validated. If you need net-new product design from scratch, our custom software and MVP development paths are a better fit.

Our Process

01

Free audit

Share your app URL or repo. A senior engineer flags production blockers and outlines the finish → secure → test → publish path.

02

Scoped proposal

You get milestones, timeline ranges, and pricing options — fixed-scope where possible, no surprise rebuild.

03

Hardening sprint

We work in your codebase: features completed, security fixed, QA on critical paths, staging deploy for your review.

04

Launch & handoff

Production deploy, monitoring setup, documentation, and optional ongoing support or QA retainer.

Tell us about your app

Share your Lovable, Cursor, or other AI-built project — we respond within one business day with audit next steps.

The TEST step uses the same approach as our QA for AI-generated apps service. Built with a specific tool? Read how we work with Lovable projects and Cursor codebases. For testing-only help, see QA for AI-generated apps.

Ready when you are

Get a Clear Picture Before You Launch

Start with a free audit — a senior engineer reviews your app, flags production blockers, and outlines what finish, secure, test, and publish would look like for your codebase. Not ready for a build-out? Request a focused review instead.

Also see our code review & technical audit for review-only engagements with a written report.

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