Yes. For small teams especially, the fact that a single codebase covers both iOS and Android is a real efficiency gain. The learning curve for Dart is manageable, particularly for developers with experience in object-oriented languages such as Java, C#, or TypeScript.

Dart is strictly typed with sound null safety, while JavaScript is dynamically typed and TypeScript only adds that type safety as an optional layer. Dart compiles ahead-of-time into native machine code for release builds, whereas JavaScript code in React Native runs at runtime through the Hermes engine. Both languages are easy to pick up for experienced developers, but Dart feels more isolated since it sees little use outside Flutter itself.

Because Flutter ships its rendering engine inside every app, the baseline size of a Flutter app tends to be somewhat larger than a comparable native or React Native app. In practice, this amounts to a difference of a few megabytes for most users and barely registers at download time. App bundle splitting and tree shaking further reduce the actual download size per platform.

Very well. Widgets such as ListView.builder only render the elements actually visible on screen and recycle them while scrolling, similar in principle to RecyclerView on Android. Because Flutter renders directly against the GPU surface instead of communicating over a bridge, even complex, animated lists stay consistently smooth with a clean implementation.

Yes, through so-called platform channels or ready-made Flutter plugins, which already exist as community or official packages for most common SDKs, such as payment providers, push services, mapping, and native camera APIs. For very specific requirements, custom native Swift or Kotlin code can also be wired in through a plugin.

For internal tools, dashboards, and applications with a clearly defined user base, Flutter Web is mature and used in production. For public, SEO-relevant marketing websites we don't recommend it, since Flutter Web renders like a UI toolkit rather than classic, semantic HTML. That's exactly why the mironsoft website itself deliberately runs on Magento with Hyvä instead of Flutter Web.

Skia is Flutter's original, general-purpose 2D graphics library, also used inside Chrome, which compiles some shaders only at runtime. Impeller is the newer rendering engine built specifically for Flutter, precompiling shaders at build time and eliminating the occasional jank that used to appear the first time an animation played. Impeller is now the default on iOS and Android, while Skia remains relevant for platforms such as web.

Yes, particularly when the same application needs to run on tablets, desktop workstations, and mobile devices. Flutter's platform breadth beyond mobile often makes it more attractive than mobile-only frameworks for internal enterprise tools and B2B portals with mixed device fleets.

Following reports of restructuring within Google's Flutter team in 2024, there was genuine concern in the community. Google has since publicly reaffirmed its continued investment in Flutter, and the release cadence of regular stable versions has remained unbroken. On top of that, a large and active group of external contributors and companies outside Google carries the project forward, which reduces dependence on any single internal team. As with any technology decision, we keep watching the situation closely.

A full migration between two UI frameworks usually means rebuilding the interface from scratch, since the widget models and rendering approaches differ fundamentally. In these cases we give an honest assessment of whether switching pays off economically, or whether the existing codebase should be developed further, regardless of which framework happens to be our default.