from transportation to food and beverage. The growing demand for app development has led to a need for faster and more efficient building. The evolution of app development has gone from the waterfall model to monolithic structure to now microservices and AI. The next step in this evolution is Universal Applications, which allow developers to create a single app version that works across all platforms, saving time and money while getting their app to market faster than competitors.
The aim of any software market or business is to reach as many users as possible, and creating cross-platform applications is a recommended way to achieve this goal. Universal Applications allow you to write the code once and run it on multiple platforms, maximizing your reach to users. With a single codebase, Universal Applications are easily maintainable and reusable, making it a practical solution for efficient app development.
Choosing the right tool for building Universal Apps can be overwhelming, as there are many options available. When evaluating the tools, consider factors such as development speed, feature support, cost-effectiveness, and risks involved. The ideal tool should meet most, if not all, of these criteria. To help you make a decision, here are four commonly used tools to consider.
React Native, developed by Facebook in 2014, enables developers to use their React skills to build native mobile apps for iOS and Android. The tool caused a sensation in the app development industry and has become the most popular tool for building universal apps, as shown by a 2020 survey by Statista.
Xamarin is a trusted and time-tested open-source mobile app platform owned by Microsoft, that enables developers to build apps for Windows, iOS, and Android using a single .NET codebase. It’s a great solution for cross-platform app development, especially for .NET developers.
Xamarin streamlines mobile app development with up to 85% code reuse across platforms. It leverages the OS kernel and Mono runtime, providing .NET APIs and C# code. Xamarin allows for managed code to access native APIs via bindings. For Android, MCWs allow managed code to access Android code and ACWs allow ART to access managed code. Xamarin is an excellent choice for .NET developers, as it compiles the C# codebase to native components of Android and iOS, ensuring performance and speed. Additionally, it provides cloud access.
The Dart framework in Flutter offers access to features such as widgets, gestures, and animation. The Engine, written in C/C++, is the core and provides low-level implementation of Flutter’s APIs. The Embedder, located at the bottom, communicates with the OS for rendering services and can either integrate Flutter code as a module in an existing application or serve as the entire content of the app.
Flutter is rapidly growing as the top tool for universal app development, according to a VentureBeat survey. With high performance and fast development capabilities, Flutter is a great solution for organizations, but requires proficient developers to handle its complexity.