iOS
Swift and SwiftUI, including the App Store process, capabilities, and the privacy manifests current releases require.
Native mobile
Native apps
Swift and Kotlin applications for when each platform should feel like it belongs there.
Native work is two codebases on purpose. SwiftUI on iOS and Jetpack Compose on Android let the product use the system’s type, navigation, and accessibility instead of approximating them. We take this path when platform APIs are the feature, or when a shared UI toolkit would sand off the thing customers came for.
The backend stays shared. A TypeScript or Rust service is usually the system of record, and the apps are clients with a strict contract. We do not fork business rules into both mobile trees unless the device has to enforce them offline.
Native apps
What the work covers
Android
Kotlin and Jetpack Compose, with attention to the back stack, permissions, and the range of screens people actually own.
Platform UI
System patterns for navigation, type, and accessibility, adjusted where the brand needs a specific moment.
Device features
Widgets, extensions, background work, cameras, and sensors — the APIs a cross-platform layer would thin out.
Release engineering
Signing, TestFlight or internal tracks, and a versioning scheme both stores can live with.
API clients
A typed client against the service the web product already uses, so the three surfaces do not invent three payloads.
Delivery
What you leave with
- An iOS build, an Android build, or both, as scoped
- A shared API contract with the service behind them
- Release steps the next version can follow
- Accessibility notes for the screens we built
Fit
Choose this when
- The product should use the platform’s own interface language.
- Widgets, extensions, or low-level device APIs are the point.
- You can staff, or ask us to staff, two native clients.
Neighbors
When another practice fits better
These are the switches we recommend in scoping, not a disclaimer.
Expo
One TypeScript team needs both stores, and the UI does not depend on being fully native.
Flutter & Dart
You want one rendering engine and pixel-level control across devices.
Tauri
The device in question is a desktop, not a phone.
Continue
Related practices
- ExpoiOS and Android from a TypeScript codebase, with a release pipeline that does not require a native rewrite for every change.
- Flutter & DartOne Dart codebase for mobile, and desktop when the product should match, with an interface that does not borrow system widgets.
- TypeScriptWeb platforms, APIs, and product UI in one typed language from the database boundary to the browser.
Have a product in mind? Let’s scope it.
Get in touch
Native apps is a starting point. Bring the constraint that matters more.
Start an engineering conversation
Tell us what you are building, what already exists, and which surface matters first. We will reply with a point of view.