AI web app builder

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.

Website, web app or native app?

A website primarily communicates information. A web app lets someone complete a task, such as managing a booking, saving a record, or collaborating on a project. A native iOS app installs on a device and can integrate with Apple frameworks. The distinction is about behavior and delivery, not whether the homepage looks modern.

Choose the smallest surface that solves the problem. A public product page may only need website generation. A client portal needs accounts, stored data, and authorization. A workout timer with Live Activities may benefit from native iOS. Starting with the correct requirement prevents a simple site from quietly becoming an unplanned software project.

Build a web app without code, one workflow at a time

Describe what a user can do from beginning to end. For a booking tool, that might mean choosing a time, confirming a reservation, and seeing it after signing back in. Include what an administrator needs to manage and which information should remain private. These details give the generated app a concrete operating path.

Review the result as a customer would. Use realistic data, try an empty account, and check what happens when something cannot be saved. A no-code web app builder reduces manual implementation work; it does not remove the need to decide how the product behaves or whether the first version meets that decision.

Backend, authentication and database

Accounts and data need a backend with clear access rules. Superapp offers managed cloud services and supports connecting a backend for the app’s needs. Define which records belong to each user, who can edit shared information, and which actions require administrative access before treating the application as ready for customers.

Test with two separate accounts. A user should not see another customer’s private data simply by changing a link or opening a different screen. Keep service credentials on the server and use the backend’s authorization rules. Login is only the beginning: authenticated users still need permission checks for the records and actions they request.

From browser product to native iPhone app

A web app can validate a workflow with a shareable link. A native iOS version can then adapt that workflow for repeated use, platform navigation, and Apple device features. Superapp supports both directions, but they remain different frontends with their own design and testing requirements.

Reuse the product definition and a compatible backend where appropriate. Do not assume every browser component or third-party package transfers into Swift. Plan account identity, data access, and purchases explicitly so customers understand how the web and iOS experiences relate. Sharing a product idea is not the same as sharing all implementation code.

Publish a usable product on your domain

A custom domain gives customers a stable place to return. Before sharing it, test the deployed application rather than only the preview. Check authentication redirects, saved data, external links, and the main user journey on both a phone and a desktop browser. Keep a clear support path available when a customer gets stuck.

Treat the first release as the start of operation. You will need to respond to feedback, review service usage, and maintain integrations as the product grows. A generated interface is not automatically a progressive web app with offline behavior; installation, caching, and offline requirements need to be requested and verified separately.

How it works

1. Describe the user journey

   Explain who signs in, what they can create or view, and what a successful session looks like. Include access rules and the first administrative task. Keep the initial scope small enough to test with real people.

2. Connect the required data

   Set up the backend and authentication needed by the workflow. Check ownership and permissions using more than one account. Avoid putting private service credentials into the generated browser interface or treating a hidden button as authorization.

3. Test the complete application

   Create, save, reopen, and edit real example records. Check empty and failed states as well as the happy path. Test the deployed application on mobile and desktop before inviting customers to rely on it.

4. Publish and iterate

   Connect the domain, release the reviewed version, and gather feedback on the task people are trying to complete. Add features when they address observed needs. Plan a native iOS version separately when device capabilities justify it.

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

Production accounts, permissions, payments, and integrations must be configured and tested. Do not assume offline support, PWA installation, or every native feature is included in a web build. Provider usage costs continue after publishing. Web and iOS versions require separate verification even when they serve the same customers.

Sources and further reading

• Superapp features
• Related guide
• Lovable plans
• Bubble plans
• Adalo plans