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BetterSuite is built for teams who see on-demand as a business — not a feature.
The cleanest code we've ever seen in our software development journey
Picking the right technology to build your mobile app? Let's be honest; it's a pretty huge decision. It's not just some techy detail; it shapes everything from how snappy and responsive your app feels to your users, to how quickly your team can roll out cool new features (and fix bugs!), and ultimately, what the whole adventure is going to cost. Especially when you're in the on-demand game – where things move at lightning speed, and users expect nothing less than a stellar experience – getting this foundational choice right is absolutely crucial. You hear a lot of names bounced around: Native, React Native, and then there's this powerhouse called Flutter framework. It's definitely turning heads; according to industry estimates, an impressive 28% of new apps hitting the iOS App Store are now built with Flutter. That kind of number tells you something significant is happening.
Here at BetterSuite, as we were dreaming up and carefully crafting our core on-demand platforms – you know, BetterTaxi (our robust taxi dispatch software), BetterShop (our versatile food delivery software), and BetterParking (our smart parking reservation software solution) – we went through this exact, deep-dive evaluation. After a whole lot of research, plenty of prototyping, and some serious real-world testing, we confidently and enthusiastically landed on Flutter framework as our framework of choice. We figured it might be genuinely helpful to pull back the curtain a bit and share our journey – why Flutter stood out so clearly for us and how it empowers us to deliver the kind of high-quality, consistent, and user-friendly experiences our clients (and their customers!) deserve.
So, what exactly is Flutter framework? You often hear "Flutter" and "Dart" mentioned in the same breath. Simply put: Flutter is a UI toolkit from Google – think a super-powered box of building blocks. The language you use to work with this toolkit is Dart, also a Google creation. One of the really powerful things about Flutter is it compiles directly to native code. This means your Flutter app "talks" directly to the device's hardware, key for fast, smooth performance. It's not just a webpage dressed up as an app; it delivers a truly native-like experience on iPhones and Android.
When businesses look for cross-platform solutions to build apps for both iOS and Android without writing two totally separate codebases, the conversation often boils down to Flutter vs React Native. Both are popular, and both have their strengths. But when you look at it from a 2025 perspective, some important differences emerge that really tipped the scales for us.
A big one is performance. As mentioned, Flutter framework compiles straight to native code. React Native, on the other hand, typically uses a JavaScript bridge to communicate with the device's native modules. While React Native has certainly improved over the years, this bridge does introduce some overhead, particularly for really complex animations, very dynamic user interfaces, or graphically intensive tasks that demand direct hardware access. With Flutter, because it's essentially painting its own UI directly (much like how a game engine works), we've found it delivers consistently smoother animations, better handling of graphics (GPU), and a more fluid user experience overall. For a flutter app development company like BetterSuite, focused on creating apps that feel incredibly responsive, this direct-to-native compilation is a significant advantage, often leading to a visibly snappier app. When considering Flutter vs React Native capabilities, this performance difference was a major factor in our decision.
It's also interesting to see the developer community trends. Developer experience (DX) is crucial, as happy developers tend to build better, faster software. Some surveys show Flutter nudging ahead of React Native in developer preference (around 46% leaning towards Flutter). This preference isn't just a number; it often reflects factors like Flutter's powerful hot reload feature (seeing changes instantly), its rich set of pre-built, customizable widgets, and generally fewer "platform-specific" bugs that can eat up development time. That kind of positive sentiment and momentum within the developer community often translates into a richer ecosystem, more third-party packages, and faster innovation for the framework itself.
Now, some might argue, "But isn't building true native apps – one for Android with Java/Kotlin, another for iOS with Swift – always going to be the absolute peak for performance and design fidelity?" And yes, in theory, native apps can offer small performance gains in certain edge cases, and their UI elements are, by default, perfectly aligned with their respective platforms. However, going down the purely native development path brings its own significant set of practical challenges, especially for businesses wanting to launch efficiently and maintain multiple complex applications:
This is where the Flutter framework approach offers such an elegant solution. With a single codebase, we sidestep that painful feature parity chase. Honestly, on today's powerful smartphones, any tiny performance difference between a well-built Flutter app and a native one is usually imperceptible to the end user. For us, and we believe for many Flutter mobile app development companies, the immense benefits in development speed, cost-efficiency, and cross-platform consistency that Flutter brings far outweigh those often theoretical native performance edges.
Here's a real-world example. For a while, if you wanted high-performance maps in Flutter (vital for our taxi dispatch software and food delivery software), Mapbox was often the premium choice due to how it worked with Flutter's "platform views." Mapbox is great but pricey. Then, Flutter 3.27 landed with significant enhancements to platform views. Suddenly, using Google Maps within Flutter became outstandingly smooth and responsive. This allowed BetterSuite to transition from the costly Mapbox to the more affordable Google Maps as our default map provider without sacrificing speed or user experience. That's the power of an evolving framework.
When your development team is happy and has great tools, you get better software, faster. Our developers genuinely like building with Flutter framework. Here's why flutter development services often lead to positive results:
This developer happiness and efficiency isn't just a short-term win; it ties directly into the future-proofing of your application. When a framework is popular and well-supported, it attracts more talent, more third-party packages, and more community-driven solutions to common problems. This vibrant ecosystem means your Flutter framework app is less likely to hit a dead end or become obsolete quickly.
Furthermore, for us at BetterSuite, having a unified tech stack with Flutter across our core products means our teams can share knowledge, reuse components (especially with our Better Design System), and innovate more effectively across the entire suite. It creates a synergy that ultimately benefits all our clients, whether they're using one of our solutions or several.
Choosing our main technology stack isn't just about what's hot today; it's about making a smart bet on the future. And for us at BetterSuite, Flutter framework feels like a genuinely future-proof decision. Google is clearly committed to it, and the framework is evolving at an impressive pace. We're already seeing exciting developments, like upcoming jnigen improvements, that are set to push Flutter's dev experience even further and more close to native development.
Plus, Flutter's excellent web support (and growing desktop support) from that single codebase is a massive advantage. "Write once, run everywhere" – on phones, tablets, web browsers, and desktops – is becoming a practical reality. For a flutter app development company aiming to provide versatile, future-proof solutions, this is incredibly compelling. The answer to "Is flutter a framework with staying power?" is a clear yes.
Now, one thing you might hear sometimes is that while Flutter gives incredible control, building a truly comprehensive, beautiful Flutter UI kit for complex business apps takes dedication. That's why we created our Better Design System at BetterSuite. It's our toolkit and philosophy for top-notch system user interface design, built for Flutter. It includes:
This Flutter design system lets us build apps like BetterTaxi, BetterShop, and BetterParking faster, with higher polish and brand consistency.
We practice what we preach. Our core on-demand platforms are built on Flutter framework:
Using Flutter across these lets us deliver updates faster and ensure a high-quality, cohesive user experience.
When we weighed everything – performance, cross-platform capabilities from one codebase, developer experience, scalability, and how it pairs with our Better Design System – Flutter framework emerged as the undeniable best choice for BetterSuite. It reduces complexity, boosts efficiency, and empowers our clients with fast, beautiful, and reliable apps. For any flutter app development company serious about top-tier applications, the advantages are compelling.
Ready to build your next app with the speed and flexibility that Flutter framework offers? Or curious how our Flutter-powered platforms like BetterTaxi and BetterShop can help launch your on-demand business faster and smarter? We'd love to chat! Contact us at BetterSuite today, and let's see how we can help bring your vision to life.
No, Flutter is a Framework developed by Google that uses the Dart programming language.
Yes, Flutter framework supports development for web and desktop platforms, enabling a unified codebase across devices.
Flutter's direct compilation to native code generally offers better performance than React Native's JavaScript bridge approach.
