How to Convert Your Lovable Web App to iOS and Android (Native)

Lovable has changed the speed at which founders can move from an idea to a functional web application. By using AI to generate full-stack code, it has lowered the barrier to entry for complex software. However, a common wall founders hit is the "mobile gap." Lovable builds excellent web apps, but it does not produce the .ipa or .aab files required for the Apple App Store and Google Play Store.
While your Lovable app might be mobile-responsive, simply telling users to "Add to Home Screen" as a PWA (Progressive Web App) often results in lower engagement and zero discoverability in the stores. To truly compete, you need a native presence.
Apple explicitly states that apps should provide more than a simple "repackaged website." If you use a basic WebView wrapper that just loads your URL, your app will likely be rejected.
To pass review, your app must feel like it belongs on the device. This requires:
- Native UI Elements: Using native transitions and avoiding "web-only" quirks like hover states.
- Hardware Integration: Accessing the camera, microphone, or geolocation via native bridges.
- Authentication: If you use Google or Supabase Auth, Apple requires you to implement Apple Sign In.
- Security: Implementing Face ID or Touch ID for sensitive data.
- Communication: Reliable push notifications via Firebase Cloud Messaging (FCM).
A successful example of this is Ginza, a social network built with Lovable and Supabase.
Why Capacitor is the Bridge for Lovable
Capacitor is the modern successor to Cordova. It acts as a bridge between your Lovable web code and the mobile operating system. Unlike a simple wrapper, Capacitor allows you to call native Swift or Java code directly from your JavaScript.
When you convert a Lovable app with Capacitor, you are creating a real native binary. Your web app runs inside a high-performance native container, allowing you to add features that a browser cannot access, such as deep linking (Universal Links) and background tasks.
The DIY Path: How to Convert Manually
If you have technical experience with Node.js, Xcode, and Android Studio, you can attempt the conversion yourself.
1. Environment Setup
You will need a Mac to build for iOS. Install the latest version of Xcode and Android Studio. Ensure you have Node.js and CocoaPods installed on your system.
2. Initialise Capacitor
In your project directory (or a new directory if you are pulling your Lovable code from GitHub), run:
npm install @capacitor/core @capacitor/cli
npx cap init [AppName] [AppID] --web-dir=distThe --web-dir should point to the folder where your Lovable build output resides (often dist or build).
3. Add Platforms
npx cap add ios
npx cap add android4. Implement Native Plugins
This is the most time-consuming step. You must manually install and configure plugins for every native feature. For example, for biometrics:
npm install @capacitor-community/face-id
npx cap syncYou will then need to write the logic in your Lovable app to trigger these native prompts.
The Hidden Costs of App Builders
Many founders look for a "no-code" shortcut, but the pricing models of popular app builders can be deceptive.
- BuildNatively: Starts at $19/month. If you stop paying, your app is often removed or stops functioning because you do not own the source code.
- Median.co: Their Starter package is $229 one-time, but they charge $179/year starting from the 12th month. You do not receive the full source code to maintain the app yourself.
We provide the full GitHub repository, the source code, and a RUNBOOK.md so you are never locked into a vendor. You own the app, and it lives in your own Apple and Google developer accounts.
Platform Fees to Remember
Regardless of how you build, you must account for the official store fees:
- Apple Developer Program: $99/year (£79 in the UK).
- Google Play Console: $25 one-time registration fee.
Step-by-Step: Preparing Your Lovable App for the Store
Before you submit, you must optimise your web app for a mobile environment.
1. Responsive Audit
Check your Lovable app for "desktop-first" patterns. Ensure buttons are at least 44x44 pixels to be "tappable." Remove any navigation bars that take up too much vertical space on a small screen.
2. Authentication Strategy
Apple requires "Sign in with Apple" if you offer any other third-party login (like Google or GitHub). If your Lovable app uses Supabase or Firebase, you must ensure the native Apple Sign In flow is correctly mapped to your user database.
3. Push Notifications
You cannot use standard web push notifications reliably on iOS. You must implement Firebase Cloud Messaging (FCM). This involves creating a Firebase project, uploading your APNs (Apple Push Notification service) keys, and adding the Capacitor Push Notifications plugin.
4. Splash Screens and Icons
You need a full set of icons in various sizes (from 20px to 1024px) and splash screens that handle different device aspect ratios. Tools like cordova-res or capacitor-assets can help generate these from a single source image.
When to Choose KW Native
Converting a Lovable app is not just about the code; it is about the configuration. Managing provisioning profiles, signing certificates, and the 20+ steps of the App Store Connect submission process can take dozens of hours.
KW Native is a done-for-you service run by Kraftwire Inc. (UK). We handle the entire technical process for a one-time fee.
Our Pricing and Timelines
Delivered in 10 business days. Delivered in 12 business days. Delivered in 7 business days.
- Rush Service: Need it faster?
What is Included?
Every build we deliver includes:
- Native Auth: Apple Sign In and Google OAuth.
- Biometrics: Face ID and Touch ID integration.
- Push Notifications: Full Firebase FCM setup.
- Hardware Access: Camera and microphone permissions.
- Deep Linking: Universal Links and App Links.
- OTA Updates: The ability to update your web content instantly without a new store review.
Limitations: When is Capacitor the Wrong Choice?
You should not use this method if:
- You are building a high-performance 3D game (use Unity or Unreal Engine).
- Your app requires heavy background processing (like constant video rendering in the background).
- You want to build home screen widgets (these require native Swift/Kotlin code outside the web view).
For social networks, SaaS tools, e-commerce stores, and internal business apps, Capacitor is the industry standard for converting web apps to mobile.
Final Checklist for Launch
Before you ship your Lovable project to the world, ensure you have:
- Created your Apple Developer and Google Play accounts.
- Verified your "Privacy Policy" URL (required for the App Store).
- Tested your app on a physical device, not just an emulator.
- Implemented a "Delete Account" button (mandatory for apps with account creation).
If you are ready to stop "vibe-coding" in the browser and start shipping to the stores, get started with KW Native today. We’ll take your Lovable URL and turn it into a professional, native reality.
For more information on specific platforms, see our guides on converting Cursor apps or Bolt.new projects.
Frequently asked questions
- Will my Lovable app pass the Apple App Store review?
- Yes. By using Capacitor to integrate native features like Face ID, push notifications, and Apple Sign In, we ensure your app provides the 'minimum functionality' required to pass Guideline 4.2. our case study Ginza passed on the first attempt.
- How much does it cost to convert a Lovable app?
- Unlike competitors who charge monthly subscriptions (e.g., BuildNatively at $19/mo), KW Native charges a one-time fee starting at £399. You own the source code and the app is published under your own developer accounts.
- How long does the conversion take?
- Standard delivery for an iOS and Android build is 12 business days. We offer a Pro tier with 7-day delivery and a Rush option for 5-day delivery.
- Can I update my app after it is published?
- Yes. Every KW Native build includes Over-The-Air (OTA) update capabilities, allowing you to push changes to your Lovable web code directly to users without waiting for App Store approval.


