REACT NATIVE

Yes—React Native renders native UI elements and isn't just a WebView. This allows you to achieve a user experience that's nearly as good as a native app.

In many cases, yes—thanks to shared code for iOS and Android, shorter development cycles, and less duplication of effort. Of course, the potential benefits depend on the specific project.

If your app is highly performance-critical (e.g., 3D graphics, AR/VR) or if you need to use highly hardware-specific native features, native development may be a better option.

Thanks to a shared codebase, the effort required for bug fixes and updates is reduced. In addition, React Native is actively being developed, so you can benefit from its improvements.

Yes, React Native can be integrated into a native app as a module, or vice versa. This allows you, for example, to retain existing native core functionality while implementing new features in React Native.

React Native renders native UI components , so the app behaves like a traditional native iOS or Android app. Capacitor, on the other hand, is primarily built on web technologies (HTML, CSS, JS) and uses a WebView to display the interface—with optional native plugins. In short: React Native = native UI; Capacitor = web UI with a native bridge.

React Native was officially released by Facebook (now Meta) in 2015 . It began as an internal project designed to accelerate mobile development before being made available as an open-source framework.

The name is derived from the idea of using the React library for native mobile development: React (the UI library) + Native (native iOS/Android elements). The name thus refers to React-based development that results in true native elements on mobile devices.