People may think that React.js is a weird choice for IoT projects, but it’s not just another framework for simple websites.  IoT technologies do not necessarily use a more powerful framework, but you can use React in numerous ways. React.js is available for web development,  React-360 for building 3D and VR interfaces, React-three for 3D-rendering and much more. Do not forget there is a React.js for the server-side IoT requirements. An emerging software development companies in india also confirms that, globally famous brands like WordPress, Zendesk, Yahoo, WhatsApp, Reddit and thousands of websites rely on React.

Check out whether JavaScript library is good for your next IoT project using React’s assets.

Separation of Concerns in React

Many people worry for nothing when it comes to changing one element which can affect the rest of the code. But, separation can get it done the way it should be. It is easy to manage the essential data while passing the remaining to the child components. In other words, you won’t get lost in the compound code interactions which is between the IoT sensors and the data.

When you build a component-based IoT application, you can also create two types of elements whereby they will collect, process and pass the data to child components. The procedure involves receiving and acting accordingly without the need to access more data than required.

Lifecycle Methods

Another great feature set of React library is the lifecycle method which serves IoT projects well. These methods will ensure that all components carry on with data changes. Lifecycle methods simplify the application’s communications with the real world. Every time a component updates, it will launch a series of lifecycle methods, like temperature change triggering a new cycle. 

For example, the lifecycle methods are simple when handling the app’s updates, and each time new data comes from the real world, the application checks if it’s sufficient, and then updates the components. IoT systems produce everything with orderliness, meaning lots of data.

Compositional Structure

React enables the compositional structure of a project instead of a structure based on inheritance. A compositional structure will assist you in organizing your code in a better way. When it comes to regular OOP, you will have to create a class, an object and another object which inherits this class or object. 

When you use the inheritance model for a big IoT project, it can get very complicated and difficult to follow. With React, when you build an application, it will be like building a Lego set. After creating a component, you can use other elements within it. You can create and use components for specific IoT devices. 

Conclusion

The listed benefits above will make you understand the reasons why React.js has gained massive traction in the past years. Websites using React are continuously growing day by day. React’s design enables it to build large scale applications despite the overtime data changes.  

React is a favorable choice for IoT projects but it’s not well-known for IoT system. You cannot develop a multi-layered or complex application with React.