Below I present an overview of the most prominent frameworks for developing APPs, including established frameworks such as React Native and Flutter , among other emerging technologies.
1. Kotlin
Kotlin Multiplatform Mobile (KMM) , developed by JetBrains, allows sharing application logic between Android, iOS, and other environments such as backend (Java) and desktop (Windows/Mac). This solution offers flexibility without compromising access to the native APIs of each platform.
Key Features:
Shared Logic: Ideal for applications with complex at&t email list business logic that needs to be reused.
Native Interface: Maintains separate codebases for user interfaces, taking full advantage of native capabilities.
Multiplatform: Compatible with various platforms beyond mobile, such as desktop or backend.
When to use it: Perfect tool for applications that require advanced UI customization and shared logic, such as business management systems or productivity tools.
2. React Native
React Native , created by Facebook, is one of the most popular frameworks for cross-platform development. It allows developers to write code in JavaScript and use it to create mobile apps that run on Android and iOS.
Key Features:
Reusable Components: Components built in React Native work on both platforms with a native design.
Robust ecosystem: Large number of libraries and tools available.
Hot Reloading: Accelerate development by updating changes instantly.
When to use it: Ideal for startups and projects looking for rapid development on a tight budget, without sacrificing performance.
3. Flutter
Flutter , developed by Google, uses the Dart language to create cross-platform applications with highly customized user interfaces.
Key Features:
Consistent UI: Offers custom widgets that ensure an identical experience across Android, iOS, and web.
Hot Reload: Facilitates rapid iteration and agile development.
Expanding ecosystem: Support for web, desktop and mobile applications.
When to use it: Recommended for projects that require custom interfaces and a high level of graphics performance.
4. Unity
Although best known as a game engine, Unity is also used in the development of interactive mobile applications and immersive experiences.
Key Features:
Extended Reality: Advanced capabilities in augmented reality (AR) and virtual reality (VR).