The problem we solve
React Native projects often ship fast demos then struggle in production: startup crashes, janky lists, poor offline behavior, and store rejection cycles. Without mobile-specific architecture — navigation, state persistence, native bridges — teams rewrite or maintain two native codebases.
Business impact
- Crash-free sessions above 99.5% through error boundaries, native crash reporting, and release discipline
- Faster feature parity on iOS and Android from a single TypeScript codebase
- Offline-first UX for field teams, logistics, and retail staff on unreliable networks
- Smaller release risk with OTA updates, staged rollouts, and automated device farm tests
Our process
Mobile architecture
Navigation graph, state persistence, API retry policies, and secure token storage.
Native integration
Custom native modules when camera, BLE, payments, or background sync require platform APIs.
Performance pass
Hermes, FlashList, image pipelines, and memory profiling on mid-tier Android devices.
Store & CI
Fastlane, signing, TestFlight/Play Console pipelines, and crash analytics dashboards.
Technologies & patterns
We choose boring, proven tools unless your constraints require otherwise. Typical stack for this practice:
Frequently asked questions
We standardize on React Native when teams already invest in React web and TypeScript. Flutter fits greenfield UI-heavy apps with no web stack.
Yes. We start with crash analytics triage, reproduce on physical devices, and ship stabilization sprints before new features.
An MVP with auth, 5–8 screens, and API integration is often 10–14 weeks architect-led; enterprise apps run longer with compliance and native modules.
Ready to scope your React initiative?
No spam, no marketing calls — architect follow-up within one business day.
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