Command-line tools to create, test, and compile applications.

Plugin and interop APIs for connecting to the system and third-party software development kits.

Application programming interfaces (APIs) for unit and integration tests.

Dart DevTools to test software products and fix bugs.

Mobile-first 2D rendering engine providing support for text.

A wide range of iOS-style widgets that implement Material Design.

React-style framework that can be customized by software experts.

Furthermore, the engine comes up with accessibility support.įlutter SDK contains the following components: Representing a portable runtime for app hosting, the Flutter Engine includes Flutter’s core libraries that involve graphics and animation, plugin architecture, compile toolchain, file and network I/O. Written in the Dart object-oriented language, this UI toolkit employs its own rendering engine for designing widgets. Unlike other cross-platform frameworks, Flutter does not rely on widgets or web browser technology. Launched and maintained by Google, Flutter is also supported by the growing community. With Flutter, it is possible to create an application with a single codebase that will work on iOS, Android, Windows, Linux, and other operating systems. Released in 2017, Flutter is an open-source UI software development kit (SDK) that allows for building cross-platform solutions for mobile and web devices.

Keep reading to find out the pros and cons of Flutter and Kotlin Multiplatform. To help you make the right choice for your project, software experts at Surf have described Kotlin Multiplatform and Flutter, the two cutting-edge technologies that enable teams to build apps for various operating systems.

However, it is crucial to pick cross-platform tools with their characteristics in mind for meeting software requirements and achieving your specific business objectives. Allowing software engineers to create quality native-like solutions, these technologies also contribute to reduced costs and time to market. With the emergence of advanced technologies, such as Kotlin Multiplatform and Flutter, the popularity of cross-platform app development is seeing rapid growth. Using certain programming languages, libraries, and frameworks, it is possible to improve performance and ensure a more seamless user experience. Choosing a technology stack for solution delivery is an important stage that has a direct impact on software product success.

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