Cross-platform apps in Flutter and React Native that feel native on iOS and Android — from a single shared codebase that's half the price and half the timeline of building two native apps.
Cross-platform done badly gives you the worst of both worlds. Here's what to avoid.
Poorly optimised cross-platform apps scroll at 30fps, feel laggy on transitions, and get 2-star reviews. Proper widget lifecycle management and render optimization fixes this completely.
Using the same navigation pattern on both iOS and Android makes the app feel 'off' on both. Platform-aware components are essential for a native feel.
Heavy JavaScript-to-native bridge calls for animations or gestures cause noticeable lag. Using Reanimated 3 (runs on the native thread) eliminates this.
Ending up with more platform-specific code than shared code defeats the purpose. A feature-first folder structure and dependency injection enforces clean separation.
iOS Keychain and Android Keystore handle secure storage differently. A shared 'storage' abstraction that uses the right native API on each platform is non-negotiable.
Shipping native code changes via OTA (bypassing App Store review) violates Apple's guidelines and risks removal. Only JavaScript/Dart bundle updates are permitted OTA.
There's no universally better framework. We help you pick based on your team, timeline, and product requirements — then build with the chosen framework to its full potential.
Framer Motion (RN) and custom painters (Flutter) for smooth, native-feeling transitions that don't stutter on mid-range devices.
Face ID, Touch ID, and Android Biometric API — abstracted through a platform-aware authentication service.
SQLite/Hive (Flutter) or MMKV/WatermelonDB (React Native) for offline data with background sync when connectivity returns.
EAS Update (React Native) and Shorebird (Flutter) for instant JavaScript/Dart bundle updates without App Store review.
FCM for Android, APNs for iOS — handled through a unified notification service with rich media, action buttons, and scheduling.
Custom platform channels (Flutter) and native modules (React Native) for any hardware capability not yet supported by the framework.
Universal Links (iOS) and App Links (Android) wired to in-app routing — essential for social sharing, marketing campaigns, and referral flows.
Apple StoreKit 2 and Google Play Billing abstracted via RevenueCat — subscriptions, consumables, and entitlement management.
A logistics company needed a driver-facing app and a customer-facing tracking app, both for iOS and Android. Building natively would have taken 8+ months. Flutter delivered all four apps — two audiences, two platforms — in 10 weeks.
Driver app (iOS + Android) + customer tracking app (iOS + Android) = 4 native builds. Timeline: 10 weeks. Budget: ₹50L.
Flutter with separate app flavors for driver vs customer. Shared data layer (location tracking, order state) with distinct UI and navigation.
Delivered both apps from a single Flutter codebase within 10 weeks. Significant cost saving vs building two separate native apps. Driver and customer apps both live with real-time location, ETA, and delivery photo confirmation.
Verified client testimonials will be published after approval from our clients. Until then, here's what we built — and where you can see it live.
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