Mobile app development
What does mobile app development cover?
Mobile app development for Android and iOS apps people can trust in motion.
We design and engineer native Android and iOS apps, and React Native and Flutter products. The build includes what happens when the app leaves the screen, the network drops, and the store release goes out.Discuss this capabilityThe work
The app keeps working after it leaves the screen.
On the Sevenco driver app, a chauffeur opens Maps for the next turn and Android pauses a normal location watch. The rider is still looking at the pin. We keep that path on a foreground service, and we hold the points the network would not take. Store release, a token that survives a long trip, and a write that stays correct if it runs twice are part of the same build.
Best for Startup MVPs, customer apps, workforce tools, and connected services on Android and iOS.
Core capability
- Native Android (Kotlin)
- Native iOS (Swift)
- React Native and Flutter
- Play Store and App Store release
What moves forward
- Validated Android and iOS experience
- Production-ready applications
- Observable store-release foundation
How we approach it
After the screen is gone.
- 01
Choose native where the device will not wait
Kotlin and Swift own camera, location, background limits, and the store binary. React Native and Flutter share the UI where that is enough, and cross a typed bridge for the device work.
- 02
Survive process death and a dropped network
A trip, a form, or a sync can outlive the screen. Foreground services and WorkManager cover Android. Offline writes queue and replay. A handler stays correct if the server delivers it twice.
- 03
Keep money and state on the server
The phone can display a fare or a balance. It does not decide them. Accept, payout, and checkout are idempotent, so a retry cannot book or pay twice.
- 04
Ship through the store you will actually use
TestFlight and Play tracks, dSYMs, and a phased release. Startup is measured on mid-range hardware. The same pipeline builds the binary you submit.
Technology choices
A capable stack starts with the constraints.
These are technologies we can bring to this work when they fit the product, team, and operating environment.
How we choose technology- React NativeReact Native app development for cross-platform products with native-quality journeys.
- FlutterFlutter app development for multi-platform applications with a unified UI foundation.
- Kotlin / AndroidKotlin Android development for native products and device integrations.
- Swift / iOSSwift iOS app development for native products on Apple platforms.
- FirebaseFirebase development for messaging and managed services on mobile and web products.
- SupabaseSupabase development for Postgres-backed product foundations.
Mobile app development
Make the next decision concrete.
Share the outcome, constraints, and current system. We’ll help identify the right starting shape.