Flutter App Development Company
One Dart codebase. Two production apps. Flutter ships your product to Android and iOS simultaneously — at near-native performance, at roughly half the cost of building them separately.
Why Flutter is the smart choice for cross-platform development
Flutter is not a compromise. It is a deliberate choice that trades platform-specific depth for cross-platform speed — and for most apps, that trade is entirely worth it.
One codebase, two apps
Write Dart code once and compile to native Android and iOS binaries. Both apps are built and submitted simultaneously — every feature, every bug fix, every update ships to both platforms at once.
Near-native performance
Flutter compiles to native ARM code, not JavaScript. The rendering engine draws directly to the canvas at 60fps (120fps on supported hardware), bypassing platform UI bridges entirely. The gap versus native is imperceptible to most users.
Faster time to market
A Flutter project ships both platforms in one release cycle. There's no second build, no second QA pass and no staggered store submissions. For startups racing to ship, this time advantage is significant.
Pixel-perfect UI everywhere
Flutter renders every pixel itself — it doesn't use platform-native UI components. This means your UI looks and behaves identically on Android and iOS, across every device size and OS version, without platform-specific UI bugs.
Flutter renders differently — and that's why it's fast
React Native, Ionic and other cross-platform frameworks work by bridging JavaScript code to the platform's native UI components. That bridge is a performance bottleneck — every UI interaction crosses the JS-to-native boundary.
Flutter takes a fundamentally different approach: it doesn't use native UI components at all. Instead, it ships its own rendering engine (Skia, soon Impeller) that draws every pixel directly onto the screen canvas. There is no bridge, no translation layer, no native UI component negotiation.
The result: Flutter apps render at 60fps even on mid-range devices, animations are butter-smooth, and the UI behaves identically on Android 8 and iOS 18. This is why SazCars, with live real-time auction updates, was built in Flutter rather than React Native.
No JavaScript bridge. No native UI components. Direct GPU rendering.
BLoC — predictable state for production Flutter
Every Flutter app manages state — the data that drives the UI. Without a clear pattern, state quickly becomes tangled: UI code calls API code directly, loading states are managed in different places, and testing requires running the whole app.
We build Flutter apps with BLoC (Business Logic Component). UI widgets dispatch Events to a BLoC, which processes them and emits States. The UI reacts to states reactively — it never knows where data comes from, only what state it's currently in.
This separation means every piece of business logic is independently testable, state changes are traceable and debuggable, and new developers can understand how data flows through the app on day one. It's the same pattern used in large-scale Flutter apps at companies like Google Pay.
Flutter apps built by Cloudemy, live on both stores
Not demos. Production apps with real users, real data and ongoing updates shipped by our team.
SazCars
Real-time car auction platform. Sub-100ms live bidding, multi-user sync, built with Flutter and Firebase Realtime Database. Live on Play Store and App Store.
WOW Fashions
Bilingual Arabic-English fashion e-commerce serving GCC markets. Full RTL support, product catalog, cart, orders. Flutter + Laravel backend. Live on both stores.
Flutter vs native — when each is the right answer
The honest answer depends on your specific situation. Here's the framework we use to advise clients.
Choose Flutter when…
- You need both Android and iOS — budget or timeline is a constraint
- Your UI doesn't require deep platform-specific customisation
- Real-time features or complex animations are needed (Flutter handles both well)
- Your audience spans both Android and iOS users (GCC, international markets)
- You want consistent pixel-perfect UI across all devices and OS versions
- Speed to market matters more than platform-native depth
Choose native Android / iOS when…
- Your audience is 90%+ Android (India consumer apps) — build Android only first
- The app requires deep hardware access: NFC, Bluetooth LE, advanced sensors
- Security-critical: FinTech, healthcare, enterprise MDM requiring OS-level controls
- You need Android-specific features: widgets, live notifications, system integrations
- Maximum GPU performance: intensive 3D graphics, AR applications
- You want full ownership of the platform-specific UI pattern
Flutter development questions answered
Flutter is Google's open-source UI toolkit for building natively compiled applications for Android and iOS from a single Dart codebase. Flutter apps are not web apps or hybrid apps — they compile to native ARM code and use their own graphics rendering engine (Skia/Impeller) to draw UI directly to the screen. The result is near-native performance with a single shared codebase that runs on both platforms.
Flutter solves a different problem. If you need both Android and iOS, Flutter delivers both from one codebase at roughly 30% lower cost and significantly faster timeline. If you only need one platform, or if you need deep platform-specific hardware access or OS-level features (NFC, Bluetooth LE, MDM, AR), native Kotlin or Swift is the better choice. We build both and recommend based on your specific requirements — not our preference.
Flutter apps are near-native in performance. Flutter compiles to native ARM code (unlike React Native which runs JavaScript). The Skia/Impeller rendering engine draws directly to the GPU canvas at 60fps, bypassing platform UI components entirely. For the vast majority of app categories — e-commerce, FinTech, social, productivity — Flutter performance is indistinguishable from native. The performance gap only becomes noticeable in intensive 3D graphics or AR, which is niche.
Yes — this is one of Flutter's primary advantages. A single Flutter codebase produces two entirely separate native builds: an APK/AAB for the Google Play Store and an IPA for the Apple App Store. Both pass their respective store review processes as genuine native apps. Cloudemy handles the full submission process for both stores, including store listing copy, screenshots, content ratings and compliance review.
A standard Flutter app targeting both Android and iOS takes 10–16 weeks from scope sign-off to both store submissions. This is significantly faster than building two native apps separately (which would take 16–28 weeks). A complex Flutter app with custom backend, real-time features and admin panel typically takes 16–24 weeks. Every project gets a written schedule before work begins.
Ready to ship on Android and iOS at once?
Book a free call. We'll discuss your requirements, advise on whether Flutter is the right choice for your app, and send a fixed-price quote within 3–5 working days.