Mobile
Flutter apps with one codebase and a consistent brand on every device
A single Dart codebase compiled to native iOS and Android, rendering its own pixel-consistent UI — strong when brand precision and offline behaviour matter.
1 team
iOS and Android shipped from one codebase
-40%
Mobile delivery cost versus dual native builds
60fps
Animation target on mid-range devices
Offline
Local-first sync for low-connectivity sites
Definition
What Flutter is
Flutter is Google's UI toolkit that compiles to native ARM code and draws every widget itself. Because it does not depend on platform widgets, the interface looks and behaves identically across devices and OS versions.
When to use it
Where Flutter is the right call
Recognise your situation before committing engineering budget.
Capabilities
How we work with Flutter
What is actually delivered, beyond the logo on a stack slide.
Offline-first sync
Local database, conflict resolution and background sync when connectivity returns.
Device integration
Camera, barcode, GPS, biometrics, printing and BLE peripherals.
Design fidelity
Your design system rendered identically on every device and OS version.
Release engineering
Automated builds, staged rollouts and crash reporting on both stores.
Strengths
- Consistent UI regardless of OS version fragmentation
- Excellent animation and custom-interface performance
- Single codebase reduces cost and feature drift
- Strong tooling for testing and hot reload
Trade-offs to plan for
- Dart is a separate language from your web stack's TypeScript
- App binary sizes are larger than lean native builds
- Very new platform APIs may need a native plugin bridge
Use cases
Flutter in production
Representative systems we build and support on this technology.
Warehouse operations app
Barcode picking, cycle counts and dispatch working offline in metal-clad sites.
Field sales app
Catalogue, order capture, credit checks and route plans synced to ERP.
Customer loyalty app
Membership, offers and payments with a highly branded interface.
Comparison
Flutter vs React Native vs native
| Dimension | Flutter | React Native | Native (Swift/Kotlin) |
|---|---|---|---|
| UI consistency | Highest — renders itself | Uses platform components | Platform-idiomatic |
| Code sharing with web team | Low (Dart) | High (TypeScript) | None |
| Custom animation | Excellent | Good | Excellent |
| Cost for two platforms | Low | Low | Highest |
Engineering practices
Non-negotiables on every engagement
Decision guide
Which direction fits your situation?
Match your constraints to the recommended approach.
| If this sounds like you | We recommend |
|---|---|
| Brand-critical UI and heavy animation | Flutter |
| Existing React web team owning mobile too | React Native for shared language and skills |
| Deep platform-specific hardware work | Native modules alongside a cross-platform shell |
Delivery
Services built on Flutter
Pairs well with
Industries running this
FAQ
Flutter questions, answered
Related technologies
What we usually pair with it
React Native
Cross-platform mobile in TypeScript, sharing logic, types and people with your React web application — the pragmatic choice for product teams already on React.
Node.js
An event-driven runtime that handles thousands of concurrent I/O-bound requests efficiently — ideal for API gateways, integrations and real-time features.
MongoDB
A document database for varied, evolving or high-volume data — catalogues, events, content and IoT telemetry that never fit neatly into fixed tables.
Planning a build or migration on Flutter?
Share your requirements and current systems. We will return an architecture recommendation, trade-offs and a phased plan — under NDA.