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Vibe Code to Production App

Take your no-code or AI-generated prototype from Base44, Lovable, FlutterFlow, Bolt, or Bubble through to a production-ready native iOS and Android app. Flutter and React Native specialists.

You built something. Now you need it to be a real app.

You validated your idea in Base44, Lovable, FlutterFlow, or Bolt. Users are signing up, the feedback is positive, and you are ready to grow. Then you hit the wall: Apple rejects your submission under Guideline 4.2 (Minimum Functionality), Apple StoreKit demands a native payment flow that your WebView cannot deliver, your app shows a 3 to 5 second white screen on launch while the JavaScript bundle loads, or a potential enterprise client asks about offline mode and your no-code platform simply cannot provide it.

This is not failure. It is the moment your product outgrows its prototype tooling. In our experience working with founders who reach this point, the cleanest projects are the ones where the team accepts the transition early rather than fighting it with brittle WebView wrappers for another six months. We help you cross over without throwing away the work you have already done.

When you have hit the wall

The signal that vibe-coded MVPs no longer scale tends to come from one of five places:

  1. App Store Compliance. Apple Review Guideline 4.2 states: "Your app should include features, content, and UI that elevate it beyond a repackaged website. If your app is not particularly useful, unique, or 'app-like,' it doesn't belong on the App Store." Apps wrapped in Capacitor or Cordova consistently fail this test in 2026. Reviewers test for native gesture handling, real screen transitions, and the absence of web-like artefacts such as text-selection highlighting on buttons. Attempts to bypass Apple's 30% commission via Stripe checkout in a WebView violate Guideline 3.1.1 and lead to permanent compliance bans.
  2. Hardware and OS access. WebView environments cannot deliver reliable background push notifications via APNs or FCM, cannot keep background location active when the app is minimised (iOS aggressively suspends WebView DOM environments to save battery), cannot integrate with CoreBluetooth for BLE peripherals, and cannot connect to FaceID or TouchID biometric enclaves without custom native bridge code.
  3. Performance. WebView memory usage is significantly higher than native UI components, and AI-generated DOM trees from Lovable, Base44, or Bolt tend to produce frame-rate drops and out-of-memory crashes on older Android devices. FlutterFlow apps tend to hit a separate ceiling: once a project crosses around 30 screens, visual state management without explicit BLoC or Riverpod architecture becomes a tangled monolith that no engineer wants to inherit.
  4. Offline behaviour. WebView storage (IndexedDB and LocalStorage) is treated as ephemeral by iOS and Android, which clear it under disk pressure. Apps that need a local-first data layer (SQLite, WatermelonDB, or similar) cannot get there from Bubble or a wrapped Lovable build.
  5. Unit economics. Apps using Bubble as a back-end behind a native frontend tend to exhaust Workload Units very quickly, because native apps call the API far more frequently than Bubble's web client does. Founders typically discover this after the first marketing push.

If you recognise any of these, you are not stuck. You are at the normal transition point for products built this way.

What going native actually means for a vibe-coded app

Native does not automatically mean starting from scratch. The right answer depends on which platform you built on and what you are trying to achieve.

FlutterFlow apps are in the best position. FlutterFlow exports real Flutter and Dart code. A specialist Flutter team can take that export, refactor the architecture, strip out proprietary FlutterFlow widgets, migrate state management to BLoC or Riverpod, extend it with native device APIs, and submit it to the App Store. You keep the UI work and business logic already completed. The salvage rate is high.

Lovable, Base44, and Bolt apps are built on React, Vite, and Tailwind CSS. React Native shares the component model, hooks, and state management patterns with React, but it does not use the DOM. Web tags like div and span have no equivalent in React Native: they correspond to View and Text components that wrap real native UIViews and ViewGroups. Business logic, REST API calls, Supabase configuration, and data-layer code can typically be ported rather than rewritten. The UI layer is rebuilt against React Native primitives, but the core of your product transfers.

Bubble apps export no source code. The pragmatic path is to treat Bubble's database and workflows as a REST API that a new native frontend calls. Your front-end is built fresh in Flutter or React Native, but your data model, user accounts, and workflow logic stay in place. The unit-economics problem above usually means moving the heaviest API calls off Bubble onto a thin Supabase or Firebase layer at the same time.

Base44, Glide, Adalo, and other AI-generated web apps vary. The codebase itself is rarely salvageable, but design tokens (colour palettes, typography, API schemas) port cleanly, and Firebase or Supabase backends connect directly to a new native client.

In every case, the work starts with a scoping exercise (our App Gameplan) before any code is written. That is how you avoid paying for a rebuild you did not actually need.

Why the App Store wall exists

Apple's App Store Review Guideline 4.2 (Minimum Functionality) exists to keep the App Store from filling up with wrapped websites. Reviewers are explicitly trained to look for native screen transitions, native scroll behaviour, native gesture handling, and integration with operating-system features (notifications, Sign in with Apple, App Tracking Transparency prompts that fire correctly before any analytics, biometric authentication). A Capacitor-wrapped Lovable build is detectable in seconds and rejected on the first submission attempt.

Apple's policy on payments is stricter still. Guideline 3.1.1 requires apps that deliver digital goods or services to use Apple StoreKit for the purchase, with a 30% commission for the first year and 15% thereafter. Reader apps, web-to-app billing flows (covered in our web-to-app billing 2026 explainer), and external link entitlements offer routes to reduce that, but the default starting position is that every digital purchase goes through StoreKit. Google Play Billing applies a similar regime on Android.

Apps built from sprint one with these guidelines as constraints pass first-time review at a noticeably higher rate than apps retrofitted at the end. We treat compliance as a structural requirement, not a launch-week checklist.

The App Gameplan: know before you build

If you are not sure whether you need a full native rebuild, a partial migration, or a hybrid approach, the App Gameplan is built for exactly this decision.

In 4 weeks, for a fixed fee of £3,500, we map your existing product against your growth goals and produce a board-ready plan: what to build natively, what to keep on your current platform, what the native build will cost, and a realistic timeline. The fee is credited in full if you proceed to development with us.

Why this matters: when founders survey UK agencies, they tend to receive quotes ranging from £5,000 (a wrapper plus minor fixes) to £60,000 (a clean-room rebuild) for the same project, depending on whether the agency wants to upsell a full rewrite or downscope to a quick wrapper. The Gameplan exists so you can walk into those conversations with a written specification that pre-empts both extremes.

What we build

We build in Flutter and React Native, and we have shipped production apps in both since their respective production releases.

  • Flutter is the right choice when you are coming from FlutterFlow, when you want a single codebase for iOS and Android with a particularly polished native feel, or when you need consistent UI across platforms. Flutter compiles to native ARM machine code via Dart's AOT compiler. There is no JavaScript bridge, no WebView, and no DOM-rendering tax on cold start.
  • React Native is the right choice when your existing codebase is React-based (Lovable, Base44, Bolt), when you have web developers on the team who will maintain the app, when you need to share business logic and types between your web and mobile apps, or when your project has significant web-parity requirements. The New Architecture (Fabric renderer, TurboModules, JSI) gives native performance for the vast majority of use cases.

The Gameplan recommendation lands on one of these based on the specifics of your project, your team's existing skills, and your roadmap. We do not default to whichever framework happens to fill our current capacity.

Platform capability summary

A condensed view of what transfers and where each source platform hits its ceiling, drawn from our review work with founders coming from each tool.

  • FlutterFlow: exports real Flutter and Dart code that compiles natively. UI layouts, Firebase schemas, and basic Dart code carry forward. Proprietary FlutterFlow widgets and visual state management must be replaced. Hard limits: visual state management beyond around 30 screens, deep custom plugin integration, complex BLoC or Riverpod architecture.
  • Lovable and Bolt: output React (web), Vite, and Tailwind CSS. Highly likely to be rejected if wrapped in Capacitor (Apple Guideline 4.2 enforced). Backend logic, REST API code, Supabase configuration, and business-rule JavaScript port well. UI requires a full rewrite to React Native primitives. Hard limits: fluid native gestures, deep OS integrations (CoreBluetooth, biometrics), StoreKit IAPs, true multithreading.
  • Base44 (AI-generated) emits HTML, CSS, JS, or web framework code. AI-generated DOM consistently fails Apple's UI heuristics and memory profiling. Design tokens (colours, typography) and API schemas port. Codebase itself rarely transfers. Hard limits: direct hardware-sensor access, background execution, optimised memory consumption.
  • Bubble: uses a proprietary web engine. Not natively compilable. Wrappers (BDK, Nativator) face high review scrutiny. Database and workflows can be exposed as a REST API to power a new native frontend. UI rebuilds completely. Hard limits: offline-first data sync, background geo-location, complex push notification payloads, native Workload Unit economics.

What we have seen in practice

From the projects we have audited or rebuilt in the last 18 months, three patterns stand out:

  • Roughly four in ten projects that arrive thinking they need a full rebuild actually need a partial migration. The original UI and back-end can carry, and the native work concentrates on the parts the platform genuinely cannot deliver (notifications, IAP, hardware access).
  • FlutterFlow exports are far cleaner than developer community threads suggest, provided the original app was built with separation of concerns in mind. The bad reputation comes from projects that grew past their tooling without architectural refactoring along the way.
  • The largest single mistake founders make is paying for a native wrapper (Capacitor plus native shell) as a stopgap, then paying again three to six months later for the rebuild they were trying to defer. We see this pattern often enough that we usually recommend skipping the wrapper stage entirely if Gameplan analysis indicates a native rebuild within twelve months is inevitable.

After launch

Going native is not a one-time project. App Store policy updates, OS version changes, new device form factors, App Tracking Transparency changes, and evolving privacy requirements mean your app needs ongoing attention. We offer App Support packages for post-launch maintenance, and our team stays available for the feature iterations that come after your first native release.

Written by Gareth Reese, Founder and CTO of Foresight Mobile. Gareth has been shipping production mobile apps since 2007 (mobile games via Chillingo and Crystal SDK) and leading Flutter delivery since 2017, including maintenance of flutter_markdown_plus, used in over 140,000 Flutter apps per week.

How The App Gameplan works

An actionable four-week plan with clear deliverables and an unbeatable £3,500 price point, credited against your first development sprint.

Total client time commitment: 5-7 hours across 4 weeks

Week 1

Discovery Deep-Dive

We meet with your key stakeholders to understand your business goals, user needs, and technical constraints. You'll share any existing research, designs, or documentation you have.

Week 2

Technical Analysis

Our engineering team assesses the technical feasibility, identifies integration points with your existing systems, and evaluates architecture options.

We determine whether Flutter, native development, or another approach makes the most sense for your specific requirements.

Week 3

Prototype and Roadmap

We create clickable prototypes so you can experience your app before it's built. You'll test navigation flows, validate the user experience, and gather feedback from stakeholders.

Alongside this, we prioritise features based on business value and technical complexity, mapping out a phased delivery plan with a detailed cost estimate.

Week 4

Week 4: Gameplan Delivery

You receive your complete Gameplan pack, plus a presentation walkthrough with Q&A. Your team walks away with everything needed to make a confident decision.

What you get when we take your prototype native

Why founders pick us for the vibe-to-native transition

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We stay involved after you ship

The App Store is not a one-time event. OS updates, new device form factors, privacy requirement changes, and the inevitable first feature iteration all need a team that knows your codebase. Our App Support packages keep a skilled mobile team available for ongoing maintenance and development. You are not scrambling to find someone to fix a crash the week after a major iOS release.

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Deep expertise in both leading frameworks

We have shipped production apps in Flutter and React Native since both frameworks reached production maturity. We are a listed partner in the FlutterFlow Experts directory, and our Flutter portfolio spans consumer apps, enterprise tooling, and apps used by professional sports teams. We will tell you which framework is right for your project rather than defaulting to whichever one happens to fill our current capacity. The recommendation is grounded in your existing code, your team's skills, and your roadmap.

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First-time App Store approval

Apps built specifically for App Store compliance pass first-time review at a noticeably higher rate than apps retrofitted at the end. We treat Apple's App Store Review Guidelines (4.2 Minimum Functionality, 3.1.1 Payments, 5.1 Privacy) and Google Play's developer policies as design constraints from sprint one, not a launch-week checklist. That means native StoreKit and Google Play Billing flows, correct entitlements for push notifications and biometrics, App Tracking Transparency prompts firing in the right order, and UI that is genuinely native rather than a polished WebView.

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We build on what you already have

Going native does not mean discarding your existing product. For React-based apps (Lovable, Base44, Bolt), we port business logic, hooks, and REST API code to React Native rather than rewriting it. For FlutterFlow apps, we continue from the generated Flutter codebase after refactoring. Your user data, accounts, and back-end integrations stay in place. The native app connects to what you already have, often via Supabase, Firebase, or a thin REST API layer in front of your existing database.

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A fixed-price plan before any commitment

Before any native code is written, you commission an App Gameplan: a 4-week, £3,500 scoping engagement that produces a board-ready technical plan, cost estimate, and timeline. You will know exactly what to build natively, what to keep on your current platform, and what the full project will cost. The fee is credited against development if you proceed with us. UK agency quotes for the same vibe-to-native project routinely vary by 10x, and the Gameplan anchors the conversation to an actual specification.

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We know the platforms you built on

We have built with and reviewed codebases from Base44, Lovable, FlutterFlow, Bolt, and Bubble. That means we can give you a straight assessment of what carries forward and what needs a rebuild, rather than defaulting to "start from scratch" to protect project scope. FlutterFlow exports in particular are clean enough that we can take your generated Dart code and extend it natively without throwing away the UI work already done.

Vibe: What is your bug fix and SLA policy after the App Store launch?

Post-launch support is handled via our App Support retainer (App Care), which most clients move onto at launch. App Care covers iOS and Android release compatibility (annual SDK targeting, Privacy Manifests, App Tracking Transparency changes), crash triage with full Sentry or Firebase Crashlytics observability, and a defined response window: business-day response on standard issues, four-hour response on App Store breakages. If you do not take an App Care retainer, we offer a 30-day post-launch warranty on any defects introduced during our build (excluding feature changes you commission after sign-off).

Vibe: How do you handle code ownership and IP through the migration?

You own everything from day one. Source code is delivered to your GitHub or GitLab organisation, not ours, at the start of the engagement, and every commit is on your account. The original vibe-coded source (FlutterFlow export, Lovable build, etc.) remains yours throughout. Our standard contract assigns all IP in the new native build to you on payment of each milestone, and we sign an NDA at the start of the App Gameplan if there are sensitive features or stakeholders involved. Authentication credentials, App Store Connect access, and any backend API keys stay in your accounts; we use scoped delegation rather than shared logins.

Vibe: What about other no-code tools — Glide, Adalo, Webflow, Softr?

The same assessment process applies. Glide and Adalo apps generally need a full native rebuild (they generate proprietary runtime code that does not export). Webflow is a website builder that ships as a wrapped web app and runs into the same Apple Guideline 4.2 problem as Lovable and Base44 when packaged for the App Store. Softr sits on top of Airtable and works as a web product; for a native app, we treat the Airtable base as the database and build a fresh Flutter or React Native frontend against the Airtable API or a thin Supabase mirror. In every case, the existing data, brand assets, and business rules transfer. The codebase rarely does.

Can my Bubble back-end keep working behind a native frontend?

It can, but watch the unit economics. Bubble's Workload Unit pricing was designed for web traffic patterns, and a native frontend tends to make API calls far more aggressively (background refresh, optimistic mutations, foreground polling). We have seen WU consumption increase fivefold within weeks of a native launch. The pragmatic answer for most projects is to leave Bubble's workflows in place where they are working, but move high-frequency endpoints (auth, lists, search) onto a thin Supabase or Firebase layer at the same time as the native build.

Will moving to native expose API keys or business logic that were in my vibe-coded web app?

That risk usually exists already, and the native migration is the right moment to fix it. AI-generated web apps frequently bundle sensitive logic into the front-end JavaScript, and reverse-engineering a mobile wrapper exposes that immediately because the bundled JS sits in the IPA or APK. During a native rebuild, we move secrets and business logic to server-side functions or to authenticated edge functions (Supabase Edge Functions, Firebase Cloud Functions, or Cloudflare Workers), and the mobile client only ever sees scoped API responses.

Do you work with Base44 specifically, or only the better-known platforms?

All major vibe-coding and no-code platforms: Base44, Lovable, FlutterFlow, Bolt, Bubble, and others. We are a listed partner in the FlutterFlow Experts directory. What we care about is your existing product and what it needs. The platform it was built on is a starting point for the technical assessment, not a constraint on whether we can help.

Can you handle App Store and Play Store submission?

Yes, end to end. We manage Apple Developer account setup, provisioning profiles, App Store Connect configuration, screenshot production, App Privacy details, content rating, App Tracking Transparency declarations, and review responses if the app is flagged. Most apps we submit pass first-time review. When they do not, we handle the response and resubmission. We have been submitting apps across both stores since 2017 and have submitted apps coming from no-code and AI-generated source code in 2025 and 2026 specifically.

What does it cost to go from a no-code prototype to a native app?

The App Gameplan (£3,500 fixed, 4 weeks) is the right starting point if you are not yet sure what you need. It produces a full project specification and cost estimate so you can make an informed decision before committing to development. UK agency quotes for vibe-to-native transitions vary wildly (£5,000 for a wrapper to £60,000+ for a full rebuild) for the same source project, so the Gameplan exists in part to anchor the conversation around an actual scope. Native migration projects with us typically start from £25,000 for a focused MVP feature set. Projects with complex back-end integrations, real-time features, or extensive native device APIs are larger. The Gameplan fee is credited in full if you proceed to development with us.

Should I use Flutter or React Native for my native app?

If you are coming from FlutterFlow, Flutter is the clear choice (your existing code carries forward). If your existing codebase is React-based (Lovable, Base44, Bolt), React Native lets your developers stay in a framework they know and lets you share business logic, hooks, and TypeScript types between your web and mobile apps. If you are starting fresh with no existing code to port, Flutter gives a marginally better native performance profile via Impeller and a more consistent cross-platform UI; React Native gives a larger npm ecosystem and tighter integration with web tooling. Both are production-proven. The App Gameplan includes a specific recommendation for your project.

How long does a vibe-code to native app transition take?

Typically 10 to 20 weeks from App Gameplan completion to App Store release, depending on existing product complexity and how much native functionality is required. FlutterFlow migrations sit at the faster end because the Flutter codebase is already there. Lovable and Base44 projects with significant feature sets take longer because the UI layer is rebuilt from scratch against React Native primitives. The Gameplan deliverable includes a specific timeline for your project, not a range.

Why does Apple reject apps built with WebView wrappers?

Apple's App Store Review Guideline 4.2 (Minimum Functionality) states that apps must offer some unique functionality that elevates them beyond a repackaged website, and rejects apps that are primarily web content rendered in a UIWebView or WKWebView. Wrapper tools like Capacitor, Cordova, and Ionic can pass review when the app integrates genuine native features (StoreKit IAPs, APNs push, biometrics, hardware access), but pure WebView shells with no native integration are consistently rejected. Reviewers test for native gesture handling, native screen transitions, the absence of text-selection highlighting on buttons, and correct App Tracking Transparency prompt ordering. Enforcement has tightened through 2024 and 2025.

What happens to my existing users and their data when we go native?

Your user accounts and data stay exactly where they are. The native app connects to your existing back-end, so users log in with their existing credentials and see their existing data. For apps migrating from platforms without an API layer (some Bubble configurations, for example), we build a lightweight REST API wrapper as part of the project so the native app can talk to your existing database without requiring a data migration. Authentication flows usually migrate to Supabase Auth, Firebase Auth, or Auth0 depending on what your back-end already uses.

Can you take over my FlutterFlow project and continue it in native Flutter?

Yes. FlutterFlow generates real Flutter and Dart code that a Flutter specialist team can work with directly. We export the project, audit the generated code, refactor proprietary FlutterFlow widgets out, migrate state management to BLoC or Riverpod, and continue development from that point. This is often significantly faster than a greenfield build because the UI scaffolding and Firebase integration are already in place. The main work is strengthening the data layer, adding native device integrations (background tasks, push notifications, biometrics), and setting up a proper CI/CD pipeline for App Store and Play Store submission.

How do I know if I need to go native or if I can stay on my no-code platform?

You need native if your roadmap includes any of the following: App Store or Play Store distribution, in-app purchases through Apple StoreKit or Google Play Billing, reliable background push notifications via APNs or FCM, background location tracking, Bluetooth or NFC hardware integration, FaceID or TouchID biometric authentication, offline-first data sync with local persistence, or sustained performance beyond what a WebView can deliver at scale. If none of these apply, your no-code platform may serve you for longer. A one-hour scoping call is usually enough to tell the difference, and the App Gameplan produces a written answer with the supporting analysis attached.

Does my app need to be completely rebuilt to go native?

Not necessarily. FlutterFlow projects export real Flutter and Dart code that a specialist team can refactor and extend without rewriting. Lovable, Base44, and Bolt apps are React-based, and React Native shares enough with React that business logic, hooks, and REST API code typically port rather than discard. Bubble apps export no code, so the front-end is rebuilt, but the database, workflows, and user data stay intact behind a REST API. The App Gameplan scoping engagement is built specifically to identify what carries forward before you commit to any development spend.

Vibe Code to Production Engagement

From prototype to production: a clear path

Most vibe-to-native projects follow the same four-phase pattern. We start with the App Gameplan to establish exactly what needs to be built natively. From there, a technical audit of your existing codebase identifies what carries forward and what needs replacing. The native build follows a sprint-based delivery model with regular demos, and we manage the App Store submission from first upload to approval. Most clients stay on an App Support package after launch for ongoing maintenance and feature development.

Get in Touch  
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App Gameplan

4-week fixed-price discovery. Platform audit, native requirements map, cost estimate, and written plan.

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Technical Architecture

Review existing code and data, define the migration path (port vs rebuild per component), finalise the tech stack recommendation (Flutter vs React Native, back-end consolidation).

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Native Development

Sprint-based Flutter or React Native build. Regular demos. App Store compliance baked in from sprint one (StoreKit, APNs, biometrics, ATT, deep linking).

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App Store Submission and Launch

Full submission management across iOS and Android, review response if needed, launch monitoring, and handover to App Support if you continue with us post-launch.

Why Work With Us?

Your app, your way. Here's how we make it happen

Our Work

Our Successful Vibe-to-Native Migrations

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