- Server apps development
Like Python, it can be installed on a server where your code will run and the result will be passed to the user. Using additional frameworks, you can create separate applications.
Evenly spreading everything in the event loop gives Node.js an edge when building server-side applications.
- Scaling and increasing productivity
Node.js maintains an event loop that handles all the asynchronous operations for you. This allows you to use non-blocking I / O, in which threads (in this case, sequential, not parallel) can handle multiple requests. If it cannot be processed, it is effectively “held” as a promise, which means it can be fulfilled later without delaying other threads. This entire process allows developers to manage more operations using less memory and resources.
Paypal, who used Node in their application, found that the application was built in half the time with fewer people, 33% fewer lines of code, and 40% fewer files. More importantly, they doubled the number of requests processed per second and reduced the average response time by 35%. Thus, Node is a great choice for building highly scalable applications. Our service will help you to find a professional https://fireart.studio/hire-node-js-developers/
- Streaming data
Like arrays in data structures, streams are a collection of data, and first-class methods for handling I / O data are required to process that data. Node.Js comes to the rescue as it does a good job with this kind of I / O process that allows users to transcode media files at the same time as they load. It takes less time compared to other data processing methods to process data. I / O tasks are greatly simplified through Node.js streams.
There are four types of streams used by node.js – Writable, Readable, Duplex, and Transform, and the Pipe method for processing data. Developers can take advantage of amazing shaping features such as handling files as they are loaded. NodeJS streams allow applications to consume less memory while working with large amounts of data in order to run faster. This feature provides more benefits to the developer working in real time with audio or video encoding.
- Internet of Things
Using Node.js for smart weights, kettles and other home appliances (Internet of Things) has become more and more popular lately. By creating servers that can handle a large number of requests at the same time, it is Node.js that helps in managing such devices.
- Multi-purpose apps
Almost any application can be written on Node.js, and it could be run under either MacOS, or Windows, or Linux. This can be used to develop universal applications, such as a to-do list that should work across all platforms, sync data in real time, and be able to send everything to a mobile device.
- Online text-analyzers
and any other project collaboration systems. Visit our web-site https://fireart.studio/trusted-node-js-development-company/ to get the best results in creating your project.
- Chats and social networks
Chats, games, constant social media updates, collaboration tools, e-commerce websites, real-time tracking apps, marketplace – each of these features requires real-time communication between users, clients and servers over the Internet. Building a real-time application is challenging because it happens on a massive scale, supporting hundreds, thousands, and even millions of users. Real-time communication between client and server requires fast and consistent I / O. NodeJS is best suited for such applications.
- Microservices development
As we said, NodeJS is highly scalable and lightweight, which is why it is a favorite for microservice architectures. This makes it easier to update and maintain the architecture because your services are separate from each other, and you can add a new one or fix an existing architecture without affecting other parts of the application. NodeJS is well suited for designing such architectures with Node modules, which are the building blocks of NodeJS functionality.