One codebase, two platforms
A shared Dart codebase that ships to the App Store and Play Store while keeping the interface consistent.
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Service overview
What our Flutter app development covers
Cross-platform development with Flutter means writing your app once in Dart and compiling it for both platforms, with a widget system that gives precise control over the interface. Most of the app is shared, with native platform channels used where a feature genuinely needs them.
We take Flutter products from idea to launch on both stores, and extend existing Flutter projects with new features, integrations, and performance work. The focus is a shared codebase that is realistic to maintain as the product evolves.
Technical capabilities
Core capabilities
Custom, responsive UI
Widget-based interfaces that adapt to screen sizes and match your brand, with smooth animation.
Native platform integration
Platform channels to reach device features or existing native SDKs when the shared layer is not enough.
State management that scales
A clear approach such as Bloc or Riverpod so the app stays predictable as it grows.
Offline functionality
Local persistence and synchronization so the app remains useful without a connection.
Architecture and integrations
How it fits together
- Shared business logic with platform-specific channels where required
- Firebase and REST/GraphQL integration
- Push notifications across both platforms
- Secure backend connections for any AI or third-party model use
Relevant AI capabilities
AI capabilities where they fit
Flutter suits AI features that should appear identically on iOS and Android, with capture and presentation on the device and model work on a secure backend.
Conversational interfaces
Chat and assistant screens with a consistent experience on both platforms, with streamed responses.
RAG-powered search
In-app search grounded in your approved content through a retrieval pipeline on the backend, with human approval where it matters.
Business use cases
Where this service fits
Startup MVPs
A first product that needs iOS and Android quickly without doubling the build cost.
Consumer service apps
Booking, delivery, or content apps needing a polished branded interface everywhere.
Cross-platform business tools
Internal apps for staff on mixed devices, kept in sync from one codebase.
Companion apps
A mobile front end to an existing product sharing the same APIs.
How we work
Development process
Product scope planning
We identify shared features and any platform-specific needs before starting.
Flutter UI system
We choose a state-management pattern and a clean widget structure.
Cross-platform development
Builds for both platforms each cycle let you test on iOS and Android together.
Testing on iOS and Android
Widget and integration tests plus review catch issues once, across both targets.
Store deployment support
We handle signing and submission to both stores from one project.
Testing and quality
- Widget and integration tests
- Code review on every change
- Performance profiling on both platforms
- Consistent behavior across iOS and Android
Security and maintainability
- Secure storage and API handling
- Model and third-party keys kept off the device
- Least-privilege device permissions
- Documented, maintainable shared codebase
FAQs
Frequently asked questions
Will a Flutter app feel as good as native?
For most products, yes. Flutter renders its own UI and can reach native-level smoothness, and platform channels cover cases that need native code. Fully native still wins for the most performance-intensive apps, and we will say so.
Does one codebase really cover both platforms?
The large majority of the app is shared. A small amount of platform-specific code is sometimes needed for particular device features, which Flutter makes straightforward.
Can you continue our existing Flutter project?
Yes. We review the current architecture and state management, then add features and address performance or stability issues within your codebase.
How quickly can we reach both stores?
Because the codebase is shared, a focused MVP typically reaches both stores in one delivery cycle rather than two separate native efforts. The timeline depends on scope, agreed during discovery.
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