Flutter development
One codebase compiled to native Android and iOS, with the interface rendered identically on both.
Cross-platform
Chosen per project
Maintainable handover
Flutter draws every pixel itself rather than mapping to platform widgets. That is its defining trade-off: designs look exactly the same on both platforms, which is ideal for a branded product interface, and slightly less "native" where an app is meant to disappear into the operating system.
For business and consumer apps with a strong visual identity, it is usually the most efficient route to both stores.
What we build with Flutter
Consumer apps with a distinctive branded interface
Field and delivery apps where offline behaviour matters
Internal business apps needed on both platforms
Products where design consistency across platforms is a requirement
Where it fits — and where it does not
Good fit when
One design intended to look identical on Android and iOS
A single team maintaining both platforms
Smooth animation and custom interface work
Rapid iteration during development
Consider something else when
Apps built around very platform-specific hardware behaviour
Products where matching each OS’s native conventions exactly is essential
Teams with deep existing native Android or iOS expertise
From Dart to two app stores
How one codebase becomes two native applications. The shared UI layer is where the efficiency comes from; platform integration is the thin part that differs.
Dart codebase
Application logic, models and state.
Flutter framework
Widget tree and its own rendering engine.
Shared UI
One interface definition for both platforms.
Platform integration
Camera, notifications, storage and permissions.
Android + iOS builds
Compiled native binaries for each store.
How we work with Flutter
Architecture
A clear separation of presentation, state and data so the codebase survives feature growth.
State management
One approach chosen and applied consistently, rather than mixed patterns across screens.
Offline first
Local persistence with a defined synchronisation and conflict strategy where connectivity is unreliable.
Release
Build flavours for development, staging and production, with automated store builds.
Our typical Flutter setup
| Concern | What we use |
|---|---|
| Language | Dart, with null safety enabled |
| State management | Riverpod, Bloc or Provider — one, applied consistently |
| Local storage | SQLite or Hive for offline data |
| Backend | REST or GraphQL APIs, or Firebase for smaller products |
| Testing | Widget tests plus integration tests on real devices |
| Release | Build flavours and automated store submission |
Frequently asked questions
Flutter gives more consistent rendering across platforms and excellent animation performance. React Native reuses existing JavaScript and React skills and maps to genuine native components. If your team already writes React, that is a strong argument; if not, Flutter is often the smoother path.
They perform natively — compiled ahead of time to machine code. Visually they follow your design rather than each platform’s defaults, which is usually what a branded product wants.
Yes — camera, GPS, biometrics, Bluetooth and notifications are all available through well-maintained plugins, with a route to write platform code directly where a plugin does not exist.
Topics people search for
Services built with Flutter
Mobile App Development
Apps built to be used daily — fast to open, sensible offline and maintainable once they are in the stores.
UI/UX Design
Interfaces designed around what people are trying to accomplish, then tested with them before development starts.
API Development
The interfaces that let your systems talk to each other, and let partners build on top of what you have.
SaaS Development
Building a software product means building a business system around it too — tenancy, billing, onboarding and support tooling.
Tell us what you are trying to build
Describe the problem in plain language and we will tell you what it would take to solve it — the approach, the moving parts and the sensible order to build them in. No obligation either way.