01
Greenfield apps with Expo
TypeScript, expo-router, feature-based folders, TanStack Query for server state, Zustand or Redux Toolkit for client state, and design tokens shared with the web.
- Expo
- expo-router
- TanStack Query
- Zustand
React Native App Development
React Native apps with the New Architecture, Expo tooling and native modules where the platform demands them. Ideal for teams already on React who want iOS and Android from one TypeScript codebase — and shared logic with their web app.
Representative React Native code from our projects
01Why React Native
React Native renders real platform components, so navigation, lists and inputs behave the way users expect on each OS.
Fabric renderer, TurboModules and JSI remove the old bridge bottleneck; Hermes gives fast startup and low memory.
EAS Build and Submit, config plugins, expo-router and over-the-air updates cut release friction dramatically.
When you need Swift or Kotlin — BLE, ARKit, custom camera pipelines — we write native modules and keep the rest in TypeScript.
Choose React Native when
Not sure it fits? Compare with the alternatives below or ask us — recommendations are part of every consultation.
React Native vs. alternatives02What we build with it
Reuse your React design system, API clients and validation to ship mobile quickly.
Offline queues, background sync and Mapbox/ArcGIS maps for crews in the field.
Payments, push, deep links and analytics with fast iteration on both stores.
Distributed via EAS internal builds, MDM or TestFlight without public listings.
Mapbox GL, MapLibre or ArcGIS Maps SDK wrapped as native views inside React screens.
Ship in weeks, then harden — architecture that grows rather than gets rewritten.
03How we work with React Native
From greenfield builds to rescues and migrations — each engagement is scoped, estimated and delivered by engineers who work in React Native daily.
01
TypeScript, expo-router, feature-based folders, TanStack Query for server state, Zustand or Redux Toolkit for client state, and design tokens shared with the web.
02
TurboModules and Fabric components in Swift/Kotlin for hardware, SDK wrappers and performance-critical code — plus migration of legacy apps off the old bridge.
03
MMKV/SQLite persistence, mutation queues that replay when connectivity returns, and conflict handling for field data collection.
04
@rnmapbox/maps, MapLibre and ArcGIS Maps SDK for native apps with clustering, offline packs, geofencing and background location.
05
EAS Build/Submit or Fastlane pipelines, EAS Update channels for over-the-air fixes, TestFlight and Play tracks, Sentry crash monitoring.
06
React Native version upgrades, removing deprecated libraries, list and render profiling with Flipper/Hermes tooling and fixing jank in existing apps.
04Where it sits
No technology ships alone. This is the reference architecture we start from on React Native projects — the highlighted layer is where React Native lives; the rest is chosen to fit your data, hosting and team.
Ecosystem we use daily
Reference architectureReact Native layer
05Honest comparison
React Native vs Flutter
Choose React Native when your organisation is already invested in React and wants shared code with the web; choose Flutter for highly custom, animation-heavy UI from one team.
React Native vs Native iOS/Android
Choose React Native for content- and data-driven products with frequent releases; go native when hardware, AR or raw performance dominate.
Still undecided? The mobile technology guide walks through when we recommend each option.
All mobile technologies06FAQ
Looking for the full service? React Native work is delivered under our Mobile App Development practice.
Expo for almost every new project — its config plugins and Expo Modules cover native needs without ejecting. We use bare workflow only for unusual native integrations.
Start a project
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