The very first thing that strikes everyone’s mind when someone mentions Node.js framework is its execution speed. The execution speed is referred to as the time spent on processing a request which begins from the opening request and concludes with the client receiving the response.
Consequently, reading or writing to file systems, network connections, and databases is executed rapidly in Node. This allows node.js developers to build fast and highly scalable network applications that are capable of handling large amounts of connections simultaneously.
Easy to Modify and Maintain
Traditionally built applications become less adaptive over the years to meet new requirements. Eventually, they start cracking up as they are not built for the tasks they do. To the surprise of Node.js developers, developing new services using Node.js is comparatively easier. By utilizing Node.js, a bunch of small applications can be built instead of a large website. This facilitates making changes or adding new functionality with ease without impacting the code-base.
Another reason behind the popularity of Node.js is its provision for language re-use. Other web technologies like Spring require developers to know another language. This means all Node.js developers need to learn and implement two languages – one that would be required on the client-side and the other on the server-side.
Streaming Web Apps
All credit goes to the Native Stream API, for enabling Node.js framework to stream web apps. This stream is nothing but a Unix pipe which makes it possible to transmit parts of the application’s executable code to the local system. It also keeps a steady connection for new components to download as and when needed.
As a consequence, streams in Node.js framework do not require caching and storing temporary data as it provides an open connection to the stream’s app data from the server to the local system.
In simpler terms, the Native Stream API of Node.js framework enables downloading only some parts of the application initially. The remaining parts are downloaded in the background as the need arises.
Real-Time Collaboration Tools
Real-time collaboration tools are widely used for project management, co-browsing, audio, video conferencing, collaborative document editing, and much more. In these solutions, I/O requests and events occur simultaneously. For instance, in a project management solution, multiple users can write comments, update status, and attach media to the project.
Since Node.js can handle heavy I/O operations efficiently, it has become a preferred choice among Node.js developers for building real-time collaboration tools.
Trello – a project management and team collaboration tool, adopted the Node.js framework for its event-driven and non-blocking architecture to instantly update its collaborative environment.
As the name suggests, single-page applications are aimed to fit the entire application on a single page to provide a desktop app-like experience. Node.js framework is well-suited for building SPAs applications as they can effectively handle the asynchronous calls and heavy I/O operations.
Real-Time Chat Applications
Real-time chat applications are highly popular nowadays. They have become a necessity, especially for commercial sites and digital products. A chat application is one of the best use cases for the Node.js framework, since the framework is data-intensive, high traffic, and lightweight that is capable of running across several distributed devices. Node.js contains all the basic functionalities for building such applications. Node’s event API makes it possible for Node.js developers to implement server-side events. And push notifications which are widely used in most real-time chats.
Moreover, the WebSockets in Node.js facilitates a two-way exchange via an open connection. This is especially ideal for real-time chat app development. For instance, Node.js developers can install WebSockets libraries like sockets.io or WebSocket-node to deploy real-time chat applications rapidly and smoothly.
Building Microservices Architecture
Microservices Architecture is an approach to developing a web application as a group of small, independent services in which each service plays a unique role. Lately, microservices architecture has become extremely popular, especially after the emergence of Amazon, Facebook, and Netflix.
Node.js framework is the perfect fit for building such microservices-based architecture. Because it facilitates mounting various instances of servers for individual microservices and designing appropriate routing addresses for them. Moreover, the lightweight tendency of Node.js can significantly enhance the scalability, maintainability, and efficiency of a web application.
Node.js framework has become the number one choice for developers who wish to build exceptional web applications. It is the perfect choice for those who wish to build apps. Especially apps that involve dealing with heavy client-side rendering, frequent shuffling of data, multiple concurrent requests, and much more. That being said, if you plan to hire an expert Node developer, Copperchips will be the most suited for the said job.
We at Copperchips have expert Node.js developers. We are providing exemplary services of web and mobile development and we are in this digital industry for about 2 years now. Our illustrious clientele is spread across India as well as foreign lands. Our previous experience and our distinct skills make us highly competitive and an attractive option for our clients.