With all the available existing frameworks as well as libraries, the web development tech stack especially frontend is extremely rich and multifaceted. Use of ReactJS for an IoT project seems a strange choice at first, but, still, ReactJS remains a fundamental aspect for the future success of a product. There are lots of ways React can be used. React-Native for cross-platform mobile development, ReactJS for web development, React three for the creation of 3D and VR user interfaces. For the server-side IoT applications, React.JS is becoming a favorable choice.
Choosing a true tool such as React.js seems like a good idea as React is one of the fastest growing and most popular front-end libraries and has been gradually gaining traction amongst developers and climbing the popularity chart every day for product owners. Recently, the popularity of React.js increased by over 300 percent. Due to its numbers of benefits, it has become a favorable choice for IoT project.
As per the similar Tech, there are total 216,669 unique domains and 4, 73,232 additional websites are using React.js, there should be a good reason for it. There are great features and clear benefits that make React useful for IoT project. The significant advantages of using React for IoT include the following:
- Separation of Concerns in React
- Component Lifecycle Method
- Compositional Structure
In a simple term, you don’t have to worry about altering one component and affect the rest of the code. The separation of concerns can get it done as what is needed. You can efficiently manage the required data and pass the rest to the child components. It means you don’t get lost in the compound code interactions between the data and IoT sensors.
Creating a component-based IoT application let you build two types of elements. One of them is collect, process and pass the data to child components. Another way is corresponding that responds to IoT. The procedure is to receive and act consequently without having to access more data than required.
ReactJS is a component-based JS library, and in every ReactJS application, the components are rendered onto virtual DOM. Before or after rendering onto DOM the components follow the same method. Lifecycle method is another excellent set of React library as it ensures that all the components keep up with data changes and streamline the app’s interactions with real-world. We are categorizing these methods into initialization, updation, and destruction. (1) Initialization stands for Mounting Method (2) updation stand for updating method and (3) destruction stands for unmounting ways.
React permits you for the compositional structure instead of structure-based inheritance. Fundamentally, a compositional structure lets you organize your code in a better way. In object-oriented programming, you are required to create an object and then another object that inherits object or class.
Make use of the inheritance model for IoT project is very complicated and hard to follow, but fortunately with React Native it similar to building a Lego set. Create a component, and you will be able to use or create other components within.
- Flexible and easy to maintain
- Development efficiency – Less development time and higher quality
- The high performance of your IoT app
- An open and rich toolset
- SEO friendly – more visibility for your site
- Strong community
- Easy transition to React Native
For the large scale projects, React code is easy to maintain and update, thanks to its modern structure. React based projects can be easily scaled as it’s an incredibly flexible framework. React is so much beneficial in the long run as it can significantly save time and money.
Write a modular and clean code with React and break the project into individual components. The reuse of code can boost the developer’s productivity.
Designed with the library’s core features and performance in mind, server-rendering and virtual DOM lets you create large-scale apps fast.
React is an open-source technology – free and accessible for all. React has its rich ecosystem that includes must-have tools Redux/Flux and node.js for back-end or task-specific open source libraries listed on NPM.
React projects perform perfectly fine with Google and search engines and for this credit goes to backend rendering. High speed and performance contribute a better SEO and provide an all-inclusive user experience.
React library is supported and maintained by more than 1,000+ contributors worldwide. The active, vibrant and solid corporate support keeps the technology up-to-date.
React.js is for the web, on the other hand, React Native is for mobile development. So, it’s quite easy for React developer to switch to React Native and create mobile apps with a native look and feel. It is possible to reuse React web application in a React mobile application to improve the development speed.
The above-listed benefits are enough to make you understand and why React.js has gained huge traction over the past several years. The list of websites using React is continuously growing. React has been specially designed to build large scale applications with data that changes over time. Considering the above benefits, React seems a favorable choice for IoT projects. React isn’t famous for IoT system, but that’s not the case that you cannot develop a complex or multi-layered application using React.
Till the time period, React – relatively young framework has been a favourable choice for specific verticals that includes technology, travel, and shopping. The globally renowned brands like Airbnb, yahoo, Zendesk, WhatsApp, WordPress, Salesforce, Reddit and thousands of websites rely on React. React is the modern, fast-paced business environment and can help you build future-ready and flexible tech stack to leverage the enormous benefits of the declarative, flexible and efficient library for a fast, simple and scalable IoT web application. So, if you are thinking about using React for your next IoT project, consider the above benefits and give React Application Development a chance.