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What you’ll build

A mobile application for iOS, Android, or both — from project scaffolding through development to store-ready builds — using Workshop Desktop’s terminal access and filesystem control.
Mobile app development requires Workshop Desktop. Workshop Cloud does not have access to the native toolchains (Xcode, Android Studio, simulators) needed for mobile development.

Before you start

1

Download Workshop Desktop

Install Workshop Desktop from workshop.ai/download. Workshop Desktop runs on your local machine with full filesystem and terminal access.
2

Choose your framework

Workshop supports multiple mobile development paths. Choose based on your needs:
FrameworkPlatformsBest for
Expo / React NativeiOS + AndroidCross-platform apps, fastest path to both stores
Swift / SwiftUIiOS onlyNative iOS performance, Apple ecosystem features
Kotlin / Jetpack ComposeAndroid onlyNative Android performance, Google ecosystem features
Expo is the recommended starting point for most mobile apps. It gives you a single codebase that runs on both iOS and Android, with a fast development cycle and straightforward path to the app stores.
1

Set up the development environment

Open Workshop Desktop, start a new conversation, and ask Workshop to set up your Expo project:“Help me set up Expo CLI and create a new React Native project with TypeScript, React Navigation, and a tab-based layout.”Workshop will install the necessary tools, scaffold the project, and configure the development environment.
2

Describe your app

Once the project is set up, describe what you want to build:Example prompts:
  • “Build a task management app with categories, due dates, push notifications for reminders, and a dark mode toggle.”
  • “Create a recipe app with a searchable catalog, favorites list, grocery list generator, and offline support.”
  • “Build a fitness tracker with workout logging, progress charts, and a calendar view.”
3

Test in the simulator

Ask Workshop to launch the app in the iOS Simulator or Android Emulator:
  • “Run this in the iOS Simulator.”
  • “Start the Expo development server so I can test on my phone.”
Use the Expo Go app on your physical device for the fastest testing loop.
4

Iterate on features and design

Refine specific screens, add features, and polish the UI:
  • “Add pull-to-refresh on the home screen.”
  • “Make the navigation transitions smoother with shared element animations.”
  • “Add camera access for the profile photo feature.”
  • “Implement offline data persistence so the app works without internet.”
5

Build for distribution

When your app is ready, ask Workshop to prepare it for the stores:“Help me configure EAS Build for both iOS and Android, generate app icons and splash screens, and prepare for App Store and Google Play submission.”

Alternative: Native iOS with Swift

For apps that need deep Apple ecosystem integration (HealthKit, ARKit, Watch connectivity), native Swift development is the way to go.
1

Set up the environment

“Help me set up an iOS development environment with Xcode. Create a new SwiftUI project with a tab-based navigation structure.”
Xcode is required and only runs on macOS. Make sure you have it installed from the Mac App Store before starting.
2

Build and iterate

Describe your screens, data models, and interactions. Workshop writes Swift/SwiftUI code and can help with Core Data, CloudKit, notifications, and other Apple frameworks.“Create a SwiftUI app with a list view of items from Core Data, a detail view with editing, and iCloud sync.”
3

Prepare for the App Store

“Help me prepare my iOS app for App Store submission — code signing, app icons, screenshots, and review guidelines.”

Alternative: Native Android with Kotlin

For apps that need deep Android platform features (widgets, background services, Wear OS), native Kotlin is the best choice.
1

Set up the environment

“Help me configure Android Studio and create a new Kotlin project with Jetpack Compose, navigation, and Material Design 3.”
2

Build and iterate

Workshop writes Kotlin code with Jetpack Compose and can help with Room database, WorkManager, Firebase integration, and other Android frameworks.“Build an Android app with a Compose UI showing a list from Room database, with search, swipe-to-delete, and a floating action button to add items.”
3

Prepare for Google Play

“Help me prepare my Android app for Google Play — generate signed APK, create store listing assets, and configure the release track.”

Tips and best practices

Expo handles the build system, native module linking, and over-the-air updates. It covers the vast majority of mobile app use cases. Only go native if you need a specific platform API that Expo doesn’t support.
Mobile development environments are notoriously tricky to configure. Give Workshop the full setup task — it will handle dependency installation, SDK configuration, and emulator setup, resolving errors along the way.
Simulators are great for rapid iteration, but real-device testing catches performance issues, gesture behavior, and hardware-specific bugs that simulators miss. Ask Workshop to help you set up device testing.
Say “Build a settings screen with toggles for notifications, dark mode, and data sync, plus an account section with profile photo, name, and logout button” rather than specifying components. Workshop knows which UI primitives to use for each platform.
Mobile apps have complex state. Before adding a major feature or refactoring navigation, ask Workshop to create a checkpoint so you can roll back if needed.

Next steps


Download Workshop Desktop

Build mobile apps with full terminal access and native toolchain support.