Why Choose React Native for Cross-platform Mobile App Development?

According to a survey done by Statista, one-third of the developers use Cross-platform app development framework to build a Mobile application and nearly 42% of these prefer React Native.

Unlike Native tools, a Cross-platform app development framework facilitates the creation of applications that follow a single-code multiple framework terminology. What this means is that cross-platform mobile apps can run on both iOS and Android, using the same shared code. This not only saves time but also reduces the time to market and ensures uniformity across all devices.

While the reason behind the prominence of cross-platform apps makes sense, developers are sceptical about the framework. Why choose React Native development to build cross-platform mobile applications. This article will shed light on the perks of using React Native, showcasing why it is a better framework when it comes to the development of cross-platform mobile apps.

React Native: Developing Cross-platform Mobile Applications

Besides offering the ease to create applications that run on multiple platforms, React Native empowers the development process by:

• Providing a Native-like Experience

  Even though React Native is a cross-platform app development framework, the majority of its code is the same as that of React. Also, the fact that it relies on the graphics processing unit, it facilitates the creation of an app faster and with greater agility as compared with all other frameworks

• Live Reload Feature

  The framework is self-intuitive and comprises a cleaner architecture which makes it easier for the developer to understand and work on the same. It allows you to use simple codes for executing complex features and the live reload feature allows you to make changes and test them in real-time, saving hours of verification.

• Consuming Less Memory

  React Native tools offer a smooth runtime environment. It doesn't require WebView to connect to the plugin. Instead, most of its codes are only executed during the runtime. This eliminates the need to have cross-bridge linking, cutting down on the memory and further, improving the speed and performance of the application.