How to Publish a Cursor-Built Mobile App

Cursor is an AI-assisted code editor — not an app generator in the way Bolt or Replit are, but a tool that accelerates development significantly by helping engineers write, debug, and refactor code faster.

Apps built with Cursor tend to be more architecturally deliberate than those produced by fully automated generators. But the publishing process is identical. The platforms don't care how the code was written. They care that the build, the listing, and the compliance declarations meet their requirements.

Here's what publishing a Cursor-built app actually involves.

The Two Phases: Build and Publish

The boundary is the important thing. Cursor makes the build phase faster. Everything in the publish phase runs on Apple's and Google's timelines and requirements, independent of how the build was created.

Most Cursor-built apps are native Swift/Kotlin or cross-platform React Native/Flutter. The publishing process below covers both paths.

Native Apps: Swift and Kotlin

iOS — Xcode Workflow

Cursor-built Swift apps follow the standard Xcode distribution workflow. Once the code is complete and tested:

1. Open the project in Xcode. Go to Product → Archive to create a distributable archive.
2. In the Organizer window that appears, click Distribute App.
3. Select App Store Connect distribution, then choose automatic signing or manual signing.
4. Automatic signing handles certificate and provisioning profile management — fine for most founders. Manual signing gives you direct control over which credentials are used.
5. Upload the archive. It takes 15–30 minutes to process before appearing in App Store Connect.

The most common failure at this step is signing configuration. If you're using manual signing, ensure you have a Distribution Certificate (not a Development Certificate) and an App Store Distribution Provisioning Profile linked to your app's Bundle ID. These are created in the Apple Developer Portal.

Android — Android Studio Workflow

Cursor-built Kotlin apps use Android Studio's release build workflow:

1. In Android Studio, go to Build → Generate Signed Bundle / APK.
2. Select Android App Bundle (.aab) — this is the format Google Play requires.
3. Create a new keystore or use an existing one. Configure the key alias and password.
4. Choose the release build variant. The signed .aab is the file you upload to Play Console.

Store your keystore file securely and make a backup immediately after creating it. It cannot be recovered if lost, and losing it means you cannot push future updates to the same Play Store listing.

Cross-Platform: React Native and Flutter

Cursor is commonly used to build React Native and Flutter apps. The publishing process for these follows the same path as any React Native or Flutter project — the build outputs are identical regardless of whether the code was written manually or with AI assistance.

For React Native, the fastest path to a signed iOS build is Expo's EAS Build service. Configure your project with eas build:configure, link your Apple Developer account, and EAS handles certificate and provisioning profile management remotely. The result is a downloadable .ipa ready to upload to App Store Connect.

For Flutter, use flutter build ipa for iOS after configuring signing in Xcode, and flutter build appbundle for Android after configuring the keystore in your build.gradle.

Store Listing and Compliance

Regardless of framework, the store listing and compliance requirements are the same. Write your listing after the build is locked — not during development. Take screenshots from the final build on the device it will run on. Fill in your Data Safety form and Privacy Nutrition Label based on every SDK and service your app uses, not just the ones you consciously integrated.

Cursor-built apps, especially those built iteratively with AI assistance, sometimes end up with more dependencies than the developer consciously tracks. Audit your package.json, pubspec.yaml, or Podfile before filling in compliance forms. Every library that touches user data needs to be declared.

How Froxi AI Helps Cursor Developers

Cursor speeds up the build. Froxi AI speeds up the publish. The intake questionnaire captures your app's specifics — platform, framework, permissions, data flows, business model — and generates a step-by-step publishing guide calibrated to your exact situation.

For experienced developers who know the build side but are less familiar with App Store Connect or Play Console, Froxi AI covers the publishing layer in the same depth that Cursor covers the coding layer.