Build a native iOS version of your Lovable mobile app

See Superapp in action

The same product recording shown on our landing page. Explore the publishing workflow, then build and test the features your own project needs.

From a Lovable web app to an iPhone experience

A browser product can prove that customers want a workflow. Moving to iPhone adds a different set of expectations: platform navigation, permission handling, device behavior, and a release process through Apple. Start by identifying the task customers repeat most often rather than reproducing every desktop screen on a smaller display.

Use your Lovable project as a reference for branding, content, and the intended behavior. Provide screenshots and a description of what should happen after each important action. Superapp creates a native implementation; it does not guarantee that a web component, package, or custom script can be translated automatically into Swift.

What carries over and what needs rebuilding

Your product knowledge carries over: the audience, terminology, workflow, and visual direction. Existing data may remain in a compatible backend if you have permission and the integration is designed correctly. The native frontend, navigation, local state, permissions, and device-specific interactions need to be implemented for iOS.

Document the backend contract before reconnecting it. Identify which endpoints the app uses, how users authenticate, and which data belongs to each account. Test with realistic accounts and access restrictions. Reusing a database does not mean bypassing its security rules or embedding administrative credentials in a downloadable app.

Keeping a compatible Supabase backend

If your existing product uses Supabase, a native client can be designed to use the same compatible backend. Review authentication, table permissions, storage access, and any server functions used by the web app. Keep the database contract explicit so the new client does not accidentally depend on behavior that exists only in the browser.

Account identity deserves special attention. A returning customer should understand how to sign in and where their data appears. Test changes from both clients when they share records. You may need to adapt redirects, provider configuration, or server-side logic; keeping the backend does not make those integration decisions disappear.

A web wrapper and a native rebuild are different choices

A wrapper embeds web content inside an app container. A native rebuild implements the experience using iOS code and frameworks. The right comparison is how each approach supports the product, not a blanket claim that every wrapper is rejected or that every native app passes review.

Apple’s minimum-functionality guidance evaluates the submitted experience. A thin repackaging of a website can raise review concerns, while native code alone does not establish usefulness or compliance. Build a clear mobile purpose, test the complete app, and provide accurate metadata. Review the current guidelines for the features you actually ship.

Plan the first mobile release

Choose a small release with a complete user journey, such as signing in, viewing existing data, making a change, and seeing that change persist. Add native features only when they improve that journey. Widgets, notifications, and purchases each add configuration and testing work beyond recreating the main screen.

Keep web and iOS releases coordinated when they share a backend. A change that works in the browser could break a released mobile version if the server contract changes unexpectedly. Record which behaviors the native app depends on and test them before publishing changes to the shared service.

How it works

1. Choose the mobile workflow

   Select the Lovable screens and actions that matter for the first iPhone release. Supply screenshots, brand references, and a description of the complete user journey. Identify features that should wait rather than attempting to copy the whole web product immediately.

2. Rebuild the interface in Swift

   Ask Superapp to implement native screens and navigation from the reference. Review layout and behavior in the preview. Treat the result as a new client with its own interaction patterns rather than expecting every web component to transfer unchanged.

3. Connect and test the backend

   Configure the compatible data and authentication services you intend to reuse. Test with separate accounts and realistic records. Verify that changes persist and access rules hold for the native client as well as the original web app.

4. Prepare a native release

   Test the iPhone experience on a device, review permissions and purchases, and prepare the App Store listing. Superapp helps with publishing, but you supply accurate product information and Apple makes the final review decision.

Pricing and running costs

Superapp offers free starting credits in supported countries, with paid plans starting at $25 per month. Building and revising uses credits. Budget separately for your domain, connected services, and usage inside the finished product. Publishing an iOS app also requires your own Apple Developer membership.

Check current plans and credit allowances before starting. Estimate both the first release and ongoing operation: maintenance, provider usage, and customer support continue after launch. Start with a focused workflow so you can measure actual costs before expanding the product.

Limitations and your responsibilities

This is a native rebuild, not automatic source-code conversion. Complex browser features and third-party integrations may need redesign. Backend reuse depends on compatibility and permissions. Do not assume existing web payments are appropriate for digital goods on iOS. Apple approval and the time needed for review are outside Superapp’s control.

Sources and further reading

• Superapp features
• Related guide
• Lovable
• Capacitor
• Apple review guidelines