One codebase, two stores, no compromise on feel
Cross-platform apps in React Native or Flutter, with native modules where the platform demands them. You get one team and one roadmap instead of two.
What cross-platform delivery looks like
Shared product code with a native escape hatch, so a single team can hold quality on both stores.
React Native builds
TypeScript, the New Architecture, and Expo where it fits — with bare workflow when you need full control of the native projects.
Flutter builds
Dart with a rendering pipeline that guarantees identical output on both platforms, ideal for heavily branded interfaces.
Native modules on demand
Swift and Kotlin bridges for camera, Bluetooth, background work, or any SDK the cross-platform layer does not reach.
Performance tuning
Frame timing, list virtualisation, bundle size, and startup traces measured per platform rather than assumed to be equal.
Over-the-air updates
CodePush or EAS Update pipelines for shipping fixes in hours, inside what store policy actually permits.
Shared design systems
One component library and one set of tokens driving both apps, and often the web product alongside them.
A delivery rhythm that keeps both stores in sync
Four phases from framework choice through to two published apps on one release train.
Framework decision
A short assessment of your product, team skills, and native surface area, ending in a written recommendation — including when to go native instead.
Foundations and design system
Navigation, state, networking, and a shared component library stood up so both platforms diverge only where they should.
Parallel feature delivery
Weekly builds to TestFlight and Play internal testing simultaneously, with native modules written as the roadmap needs them.
Dual release and handover
Both store submissions, an over-the-air update channel, and a CI pipeline your team runs after we leave.
The cross-platform stack we build on
Both ecosystems, plus the native tooling that makes the escape hatch real.
Where cross-platform is clearly the right call
The shapes of product where one codebase saves real money without costing quality.
Two platforms, one budget
Startups and product teams that need iOS and Android at launch without funding two separate engineering groups.
Content and commerce apps
Products built from lists, forms, media, and checkout flows, where shared code covers almost the entire surface.
Internal and workforce tools
Field, retail, and operations apps where consistency and delivery speed matter more than platform-specific polish.
Existing web teams going mobile
React teams that can contribute to a React Native codebase from day one instead of hiring two new specialisms.
What one codebase actually saves
The savings are real, but they come from delivery structure rather than lines of code.
One roadmap, not two
Features land on both platforms in the same sprint, which removes the coordination tax and the platform-parity backlog.
Lower cost to maintain
Bug fixes and dependency upgrades happen once. Over a multi-year product life this is where most of the saving sits.
Faster fixes in production
Over-the-air updates put a JavaScript or Dart fix in users' hands the same day, without waiting on review.
A hiring pool you can actually fill
React and Dart engineers are easier to recruit and retain than paired iOS and Android specialists.
Cross-platform delivery in production
A React Native health app shipped to both stores with adaptive coaching and wearable sync.
Mobile • Health
FitPulse
One React Native codebase serving iOS and Android, with native modules for wearable data.
Read Case Study →Why teams choose us for React Native and Flutter
We have shipped both, and we will tell you when neither is the right answer.
Learn more about us →Framework advice without a house bias
We build in both and recommend from your constraints. Sometimes the honest recommendation is two native apps.
Native depth on the team
Our engineers write Swift and Kotlin too, so hitting the edge of the framework is a normal Tuesday, not a crisis.
Per-platform quality gates
We measure startup, jank, and crash rate separately on iOS and Android, because one codebase does not mean one behaviour.
Upgrade paths planned
Framework and dependency upgrades are scheduled work with a documented path, not an annual emergency.
Questions teams ask before choosing
The trade-offs behind cross-platform, answered plainly.
React Native or Flutter?
Will it feel as good as a native app?
How much cheaper is it than two native apps?
Can you add a second platform to an existing native app?
How do you handle framework upgrades?
One team, both app stores.
Book a working session and we will recommend a framework and a delivery plan for your product.
Book a Discovery Session →