Node.js Development

Node.js Development


Node JS is an open-source, JavaScript runtime environment on Chrome’s JavaScript Engine (V8 Engine) that lets a remote typescript developer easily grow fast and scalable web applications. Its applications are written in JavaScript and can be run inside the Node JS runtime on OS X, Microsoft Windows, and Linux. It’s a light, scalable, and cross-platform way to execute code. It uses a non-blocking, function driven I/O model that makes it lightweight, effective and fantastic for data-intensive real-time applications that run across shared devices. There are a couple of notable organizations that use Node JS and the list includes eBay, General Electric, GoDaddy, Microsoft, PayPal, Uber, Wikipins, Yahoo!, and Yammer to name a few.


Here are a couple of reasons why you would require the administrations of a remote typescript developer to assemble you a Node JS based application;

  • Fast and scalable environment: Being built on Google Chrome’s V8 JavaScript Engine, Node JS library is fast in code execution. Its ability to handle numerous solicitations with low reaction times, just as sharing things, for example, approval code between the client and worker, make it an extraordinary fit for present day web applications that do loads of preparing on the client’s side.
  • Asynchronous and Event Driven: All APIs of Node JS library are asynchronous, that is, non-blocking. It basically implies a Node JS based worker never trusts that an API will bring data back.
  • No Buffering: Node JS applications never cushion any data. These applications basically yield the data in pieces.


Since we have outlined the features of Node JS, let’s see how they translate into the practical aspects and try to determine when a remote typescript developer uses Node JS in web development in order to achieve the best application performance;

  • Real-time applications: As we have discovered that Node JS can guarantee extraordinary speed and performance, applicable uses is real-time messaging, or chatting. The environment can uphold exceptional traffic of numerous short messages or chatrooms when messages are shown to numerous users simultaneously.
  • Collaborative tools: It is likewise identified with its ability to process real-time flows. Node JS is extraordinary for applications requiring quick updates, for example, different collaboration instruments and online documentation suites.
  • Data streaming applications: The expression “streaming” signifies exactly sending large amounts of data in smaller packages instead of a single batch. This ability is particularly basic for sound or video real-time applications. Node JS is totally appropriate for this assignment with built-in modules supporting data streaming and allowing to make both readable and writable data streams.
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