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Not so long back, in 2009, when Ryan Dahl at the annual European JSConf introduced Node.js, he had no idea that the piece of solution would bring the next big revolution in the web and mobile application development space in near future. He put more emphasis on building the superior solution that yields speed, reliability, concurrency, intensive data sharing, and push functionality.
Bingo! With constant evolutions, the Node.js technology has become a silver bullet for the developers and businesses as it filled the need by leveraging single-threaded event loop model to support concurrent requests, stimulated code sharing, enable module reuse with inbuilt NPM, served as a proxy server, enabled real-time two-way communication, and pretty more.
The statistical data also affirm the fact that Node.js is true bliss to the developers:
The web and application development using Node.js as the backend has become a standard and now even the high-profile companies are migrating to Node.js development due to the enormous benefits it offers.
But, what does Node.js as an event-driven model have in the bucket that it becomes the foremost choice of the industry leaders. Excited to know?
Realizing the significance of performance that Node.js development offers, Walmart has moved its mobile traffic on Black Friday through Node.js application where the server’s CPU utilization didn’t cross even 1% for millions of online users.
From the beginning, scalability is baked into the core of Node.js platform. All the node processes run on every CPU core of the production machines and all the requests are load balanced. Node features a built-in module termed as Cluster module, which utilizing the complete CPU power of the machine, load balance the increasing number of requests, and additionally enables restarting the application with zero downtime.
With increasing workloads, the Node.js applications can be scaled successfully by implementing three strategies- cloning, decomposing, and splitting. There are web or mobile app development space with Node.js.other tools available that can be leveraged to easily scale the applications.
Node.js development shines when it comes to building real-time applications such as chat apps, live-tracking apps, or gaming apps. The event-based servers and non-blocking driven servers enable the handling of a large number of requests in the real-time. The single codebase for server and client allow the sharing of the data between server and browser in the real-time.
Also, the JSON (a uniform data serialization format) stored data format doesn’t require the Node.js apps to convert the data format to binary models and vice-versa, which prevent multiple conversions of data across server, database, and client side, thus the data from object database can be exposed in a couple of seconds.
Unlike other frameworks, Node.js treat HTTPS requests and responses as streams where, in the meantime, when the data is read from the source and written to the destination, it can be processed. While working on I/O operations in Node.js, the data streams can work wonders in creating outstanding functionalities.
For instance, the audio or video files while uploading, they can be processed during streaming and even proxy between separate data sources.
The Node.js community is getting bigger day by day with a large number of code packages and modules that can be used by the developers without building them from scratch and avoiding the layers of complexities. The reusable components can be used and assembled in accordance with the project development and designing requirements, which encourage sharing and make app development a breeze.
Presently, Node.js is a storehouse of 50,000 NPM (Node Package Manager) that are publicly available modules which can be easily accessed or installed through an online repository. The module ecosystem is open nature, where any developer can publish their module that’s listed in the NPM repository.
The enterprise version of the package manager is released to address the data security and privacy concerns that enterprises were facing for the data stored in the cloud because the NPM Enterprise allows the enterprises to run the NPM behind the enterprise firewall. In this way, the enterprise has access to a private registry with security controls that enables controlled access to the code, find out malware attacks, and replace the unsafe code robotically.
Also, the developers won’t say- “This ain’t my job,” and agility and innovation can be encouraged among the team members as they work as full-stack developers. Moreover, the cross-functional team won’t be in trouble when any new developer steps in to pick up the slack. The Node.js development team will be representatives of various functions contrary to skill-set silos and work towards the same goal.
Node.js handles a large number of concurrent transactions in a non-blocking way by working as a server-side proxy. It’s well-known for gathering data from multiple resources and adding a proxy to various services with different response times.
This feature work as a panacea for the enterprises that are not having proxy infrastructure as the dedicated proxy servers provided by Node.js enable the enterprises to build the client-side application with Node.js development servers and the interactions such as pulling data from different resources and storing the data on third-party cloud services can be handled by dedicated proxy services.
In the dynamic age, the new technologies come and go, and only a few technologies survive. When the app is engineered with an outdated language, it becomes difficult to maintain the app as the frequently released updates makes it difficult to plan the implementation of the updates. This is not the case with Node.js technology where new versions and transition to maintenance mode lasts for the defined schedule, and no new features other than security updates are merged to the latest version.
The continuous updates in the technology have proved that Node.js applications are future-proof and allow developers to embrace the new version that’s actively maintained for the period of 18 months from the date it’s released. Additionally, the transition of a major release to maintenance mode remains another 12 months so that developers can devise the development strategy according to the timeline.
Node.js technology is a great deal with compelling use cases from the enterprises leveraging the framework to enjoy the perks that impressive possibilities and opportunities it’s offering. When you are in need of CPU intensive operations, I/O scaling requirement, handling simultaneous transactions, blocking resources, and capable app that performs in the real-time, then Node.js is the best pick for you.
You need not look any further to meet the revolutionary requirements of your web or mobile app development space with Node.js. All that you need to do is just tap the potential of Node.js technology and mould it as per your requirements to get the best results.