Table of contents
To ground a majestic digital footprint, employing a user-oriented web app is an indispensable necessity for delivering dynamic and cost-effective enterprise solutions. Today, we’re going to focus on Node JS for Enterprise Applications.
Such exceptional applications can be built, adopting an agile, versatile, and robust technology. The immensely popular JS runtime termed as NodeJS has emerged as a promising technology for developing server-side web apps.
Node.js is a super-powerful, ultra-lean, lightweight JS based runtime application platform that performs JS code beyond the browser and serves JS everywhere.
This can also be stretched employing third-party modules to develop feature-rich web applications for enterprises because of the enormous aura manifested around it.
Node.js, with over a billion downloads every week, has become the top-most prominent open-source platform ever.
Node.js rose to fame as a first-class citizen of building real-time apps, microservices, and IoT’s for implementing push technology. Most enterprises favour NodeJS for mobile and web app development.
A rundown of Node.js advantages:
Let’s dive into some principal characteristics of the Node.js:
Asynchronous and Event-Driven: APIs of the Node.js library are asynchronous or non-blocking in nature which essentially symbolizes that Node.js based server never anticipate return data from an API.
Scalable: Along with event looping, Node.js also uses a single-threaded model. The event supports the server in answering a non-blocking approach and makes a highly scalable server, unlike the conventional servers which normally produce restricted threads to manage requests.
No Buffering: Node.js applications have zero data buffering. They easily output the data in parts.
License: Node.js is MIT licensed, which grants loads of permission with only a few restrictions.
Due to these features, Node JS for Enterprise Applications is a dream combination.
To process a JS code, a browser performs with an already incorporated JS engine that offers a JS runtime environment.
To pick an element employing the DOM, you may write a document – getElementById(‘’); However, this code is solely comprehensible by the browser’s JS Engine.
The development of Node.js comes blended with the V8 engine of Chrome and settles it in the C++ program. It incorporates specific elements that produce an ideal surrounding for JS code.
This is very separate from applying DOM. For both, developers and enterprise apps, these Node abilities open a door of limitless potentialities that otherwise never achievable on a Web Browser.
Node.js exercises on a single-threaded, event-loop based architecture along with being asynchronous, non-blocking I/O model in essence, that constitutes as a crucial determinant in the performance of Nodes.
Let’s throw some light on what Node.js’ asynchronous and non-blocking nature actually is, with a metaphor. As knowing this will give you an idea of Node JS for Enterprise Applications.
While placing an online order, after the order is placed, the site jumps to action and then prepares for its shipping and delivery of the product ordered.
Meantime, the site also takes orders from other online users without unnecessary waiting for one order to complete before moving to the next one. Node.js works on similar lines.
The e-commerce site is like a thread allocated to handle a request – this is how a single thread can manage multiple requests.
On the contrary, the synchronous and blocking I/O nature of the e-commerce site makes the real pattern workflow act a little differently. After taking one order, the site would not take any further requests until the placed order has been processed and shipped.
In such a situation, for each request 1 thread is required to serve multiple requests. And with the growing volume of requests, you may eventually fall short of threads, and ultimately requests will pause to wait, without completing any other task. The more the threads, the more the hardware. To cut short, it is inefficient utilization of resources.
The aforementioned is an accurate example of how synchronous and blocking technology like Ruby on Rails or ASP.net works by default.
Node.js uses multiple threads in the backdrop to execute asynchronous code in the corresponding thread. Suppose, Request 1 requires to query a database to obtain a specific result based on any data. In this situation, the thread does not pause during the queried time of the database. It is available to serve Request 2.
Once the result is ready to be subserved from the database, this becomes ready in an Event Queue. The Event Queue is monitored by the thread in the backdrop. As soon as an event is detected in the Event Queue, it then processes it.
So, in this manner, the thread is skilled in handling and toiling multiple threads in parallel.
The Node’s non-blocking and asynchronous model makes it perfect for I/O intensive apps and for those that necessitate a high volume of the database, disk access, or network.
Commands like fs.readFile() allows you to work with a file system.
You can monitor for requests on an assigned port employing http.createServer(). Node.js is commonly applied to develop backend services like APIs for powering mobile and web apps.
Node.js enables you to build services that these web and mobile apps can communicate with. These include sending emails and push notifications, store data, trigger workflows, and much more.
It is exemplary for developing real-time, highly scalable, and data-intensive backend services that power client apps.
As per the report of the Node.js Foundation , Node has become a first-class citizen and is now a part of the three-comma club, with over billion downloads.
The essence of Node.js is solely about building real-time applications. Moreover, it charts the index of 2019’s most-in-demand developer skills.
If the Battery Open-Source Software Index (BOSS Index) is to be believed, Node stands at 4th position in order of importance as an open-source project.
With the abrupt surge in the number of businesses opting for Microservices and the Internet of Things, Node.js has definitely presented its competitors a run for their money.
Google trends report that Node is one of the hot favorites amongst the already popular development frameworks such as Ruby (language), Django, ASP.NET, or Ruby on Rails (Software).
The reason behind the massive popularity and global acceptance of Node.js is its striking hallmarks and significant advantages. Node JS for Enterprise Applications involve and demand bulk input-output services that query the database.
Any programming language will provide you with some of the reasons to pick Node.js over others. Node.js stands out in its efficiency to develop scalable applications effortlessly.
Improved tooling and its progressive-graph of producing complicated applications make Node.js to have an edge over programming technologies.
Let’s explore a few other reasons to choose Node.js-
This approach helps to build the application into small services collectively. Enterprise app ideally starts with MVP and develops applications employing a Microservice architecture to provide scalability by compiling small portions.
Single-function modules can be developed to operate independently with a neat-designed user-interface. This boosts the Agile intellect and DevOps within companies.
Many tech giants prefer to produce tiny units (microservices) that form together to develop a large application. Developers are given the freedom to write code in diverse languages and for different sections of the app at the same time from anywhere.
Node.js basically enables you to design highly scalable and reliable microservice-based web apps by breaking it down into smaller units.
There has been a distinct transformation in the way users use the web and enterprise applications. These dynamic demands push businesses to readjust to the changing demands.
UI/UX has emerged to form a vital component of an enterprise application. The method of data collection, presentation, and signify action elements on an app, has had a notable transformation.
We are in a ‘Less is more’ paradigm, without compromising on quality and functionality.
Owing to Node.js’s asynchronous nature, a large volume of requests can be managed concurrently with minimum resources at hand. This creates a significant influence on the response rate of web applications and saves the cost of investing in costly servers.
Node.js is founded on the JS model. This makes managing applications – both frontend and backend effortless. That’s why Node JS For Enterprise Applications works well.
Node Package Manager (npm) is the silver card for all Node.js developers. With the largest number of available modules, it has emerged as a chief determinant behind the achievement of Node.js.
Node.js has an extensive abundance of third-party modules and libraries which are accessible via npm. This subdues dependency and enhances the usability of the Node.
With npm, developers can use the already-accessible software modules and save you from the hassle of writing standard characteristics and functionalities from scratch. Because of being open-source, npm is under scrutiny for several security concerns.
However, to tackle this issue, npm also has an enterprise version that permits businesses to run the npm infrastructure behind their firewall. This helps businesses to gain authority over code and recognize possible intimidations.
Since Node.js is primarily based on JS, the learning curve becomes limited or close to zero. It has similar syntax and therefore apprehending becomes smooth.
It has a global acceptance by all the Java as well as .NET developers. Programmers can learn, create, refine, and deploy scalable apps adopting Node.js on Unix and Windows.
It also lets novice developers learn and execute Node.js for developing web apps swiftly.
Node.js is an event-driven model architecture, with a sequential code execution empowering a superior concurrent connection handling.
Node.js employs the event loop and callbacks allowing non-blocking I/O operation despite being single-threaded JS. This matters the most when you’re dealing with Node JS For Enterprise Applications.
When callbacks are in spot, the thread does not have the obligation to wait until the request is subserved. Whenever the data is available in the event loop, the thread simply processes and delivers it. And in this method, an application can concurrently manage bulk requests with ease.
With a rapid shift and transformation of everything, certain things demand to be constant. A decade-old Node.js gives long term assistance and offers security and reliability. This is essential if a complete business is based on a specific technology.
All the significant releases by Node.js will be sustained for 18 months (as guaranteed by Node.js) from the time it is presented as an LTS version.
Post this period, a 12-month extended maintenance period starts. During this time, any fresh additions are not presented to its modules (features), and the already present bugs and protection concerns will be recognized and mended.
Node.js principally partners with JSON format which is popular and widely accepted as a substitute to Java objects. So, Node JS For Enterprise is a great choice.
Node.js returns the data in JSON, which constitutes the crux of JS. Therefore, no further parser is required. With zero latency, Node.js masters data processing instantly and effortlessly.
Node.js hosts a huge community of active developers and programmers who strive to add value to the existing resources.
The Node.js Foundation is a great mark in the accurate direction. Established in 2015, the foundation was supported by the Linux Foundation and other big tech houses like Microsoft, PayPal, Fidelity, and much more.
The foundation promotes programmers to showcase spectacular skills and work. That’s why experts talk highly about Node JS For Enterprise apps.
As Node.js is based on JS, there is absolutely no need to employ backend and frontend developers. Quality developers who are operating on Node, can also work on Angular and React.
Node.js makes developers efficient in both slants of development, enabling enterprises to develop a team that is more competent and skilled to tackle challenges. Full-stack developers are the new tomorrow!
As crossed to a skill-driven crew of coders, testers, DevOps, and much more, Node.js boosts developers to work in harmony. This decreases dependency and enhances the productivity within the organization.
Your application can now scale in all dimensions, vertically as well as horizontally and limitlessly. This implies that you can also add extra nodes to the existing system.
Also, you can add additional resources to your existing single nodes for the upward uplifting of the app. Node JS For Enterprise is a great option as scalability is not an issue at all.
You can develop cross-platform desktop apps using Node.js with the help of platforms like Electron or NW.js. Thus, Node JS For Enterprise works very well.
This signifies that you can practice some of the Web app codes in the desktop versions. And henceforth, the team that works on Web apps can also deliver a desktop app effortlessly.
Furthermore, the Node developers have equal admittance to some exceptional tooling that a front-end developer has.
For instance, the Google Chrome Developer Tools that enables them to debug and profile the desktop and backend apps efficiently as they do with the client-side apps. The majority of Node developer tools available are cross-platform.
Innovative-driven enterprises know the importance of Node.js to enhance performance, coding ability, and overall work. Ruby on Rails may be the Lingua Franca, but a greater part of Web development orbits around JS frameworks.
Node.js concentrates on the reusable RESTful APIs and this feature makes it one of the best platforms for the development of enterprise apps. The focus on RESTful APIs is the most flexible way of building large scale software systems.
This task is performed with the aid of APIs that combine to the backend and keep everything as efficient and as light as possible to manage high volumes of data.
Node.js is event-driven with a server-side environment that is founded on a Chrome V8 engine which assists in creating agile and secure backend applications. That’s why Node JS Framework for Enterprise is a great combo.
It is single-threaded and metachronous in its structure that improves the approachability and performance of the application. It operates in this manner:
All the operations (or callbacks) are performed asynchronously by multiple threads operating in the backdrop. And Node.js runtime works behind the scenes to manage this.
Hence, the non-blocking environment of Node.js raises the performance of the web-app, termed as Node.js’ ‘Single-Threaded Event Loop’ architecture.
This mechanism backs Node.js to efficiently handle diverse parallel client requests without the need to create multiple threads. And therefore, employing minimum resources and memory increases the app’s overall performance.
For the development of real-time data-intensive apps, the usage of Node.js is extensive as the apps operate across shared devices. Thus, Node JS Framework for Enterprise is awesome.
Node.js best befits for developing client-side real-time apps to interact and share knowledge unobstructedly and manage far-reaching real-time users as well.
Node.js provides some striking and notable features for developing real-time applications. Primarily, this is because of the single-threaded event loop, the JS performance happens quickly, and the I/O driven tasks are handled expertly by Node.js.
Node.js is also an event-based server that prohibits blocking and can serve a large whole of real-time users.
Streams, just like the strings and arrays, are a compilation of the essential concepts of Node.js and data to handle the accessible information.
The major advantage offered is less time consumption contrasted over other methods to process data. Node.js developers can even modify the stream of transported data even before it touches the destination.
The I/O tasks are exceptionally simplified by the Node.js streams. Node.js primarily uses four kinds of streams. These are Writable, Readable, Duplex, and Transform, with the additional Pipe method to manage the data.
The most notable benefit of the streams used by node js is the drastic reduction in memory consumption. It facilitates apps to function the bulky volume of data faster with the minimum usage of memory.
Node.js employs the Transfer Control Protocol streams because of which the developers work with binary data. And to handle the long streams of the binary data, Node.js uses the Buffer class.
When the incoming data is higher than the outgoing, the language in such cases applies Buffers as the stream processors are unable to absorb huge data.
Event-driven modules and asynchronous request handling that are based on Node.js, seldom buffers data. It only delivers output in chunks.
For enterprise app developers, this grounds to be a vital feature of Node JS Framework for Enterprise which is needed for finishing a sleek functioning app.
These NPM packages are installed by default to C:Users [Username]AppDataRoamingnpm.
On this open-source platform, you can discover a shared repository of dynamic tools and over 60000 modules that are adding constantly. This gives you reliability and easy access to an active community.
Modifying the syntax is no longer a worry when you are using Node.js along with the databases such as Mongo and Couch to harmonize with your web development.
The JS framework is employed by NoSQL databases for querying and flawless execution of the Node.js.
The Node.js-built real-time apps perform the database queries pretty efficiently because of the easily convertible saved data in JSON format.
Code translation is no longer a hassle as the data streams do not necessitate having a vast knowledge.
Node.js provides you a reliable, scalable, and well-supported development framework and runtime environment to develop enterprise platforms. Developers pick Node.JS for the liberty offered to write applications on both the browser-side and the server-side.
Node.JS may not be the solution to every query but it pairs with the prevailing demands of enterprises and developers. A decade ago, the game was orbiting around performance and stability, however, it is now that enterprises have realized the significance of utility.
Node.js meets the demand for a performant, lightweight framework that is customized to the most comprehensive tech stack.
Working in Java demands to have the specifications drafted in XML data format that underpins programming logic. It’s hard to constantly shift from Java to XML to build anything.
Node.js beautifully comes to the rescue to end this issue as now the creation of build is done using the same language. Thus, Node JS Framework for Enterprise can be pretty cool.
However, the nested tags in XML represent spontaneous branching.
Innovation and rapid delivery are the two important traits that drive growth in any organization. Such circumstances require an immediate response to end-user demands, Node.js enables you to effortlessly fuse end-user feedback to your web application and update the required changes.
This conserves your time and money, and saves enterprises from the hassle of hiring and forming a developing team individually for frontend and backend.
The developers enjoy the benefits of caching a single module with the help of the Node’s open-source nature. Whenever anyone requests the first module, automatic caching takes place the memory of the application.
This facilitates the developers for a faster load-time of web pages as they need to re-execute codes is null. Users can swiftly and effortlessly cruise through these apps on account of their great responding rate.
Here is a quick list of some major giants that are heavily dependent on Node.js and pick it as their chief technology to develop their apps and services.
The list of the tech powerhouses include:
PayPal analyzed its existing application built on Java and Spring-based with its recently improved Node App. It recorded that the time consumed and the people involved in building the Node App was half the time than building the original app in the development lifecycle.
Moreover, the lines of code are less by 33% and file size by 40%. It has even multiplied (2x) the number of requests subserved per second, reducing the response rate by 35%
Dow Jones utilized JS in 2010, and in 2011, they tested with Node.js for developing a FB-like application, titled “Wall Street Journal Social”. And this stood out to be triumphantly successful. The Performance was extraordinary in the few weeks of the development period.
And post that, the CTO of Dow Jones declared Node.js as their principal technology.
NASA also joins the list who employs Node.js. They use it for a crucial purpose, i.e. – protecting the lives of NASA astronauts in space!
During a space expedition, NASA was very nearly close to losing one of their astronauts. The reason behind that was the deceptive data.
However, now NASA has moved all the data (for EVA Spacesuits) to a single cloud, decreasing the access time.
Uber – the undisputed king of all ride-sharing platforms, uses Node.JS and the result of its success is not a secret.
Node.JS, with its distributed systems, offered increased network requests to process a more extensive amount of data at a rapid pace. This helps developers to detect errors efficiently and swiftly.
Uber developers with the help of open-source software modules of Node.js found it easy to add more elaborate functionalities without the need to write code from scratch.
Furthermore, Node.js has helped Uber to eliminate the necessity of rebooting the app to make any edits, or create, and deploy the codes.
Netflix – the universal favourite and the biggest online streaming app advanced to Node.JS considering its strikingly extraordinary features.
Node.JS benefited the developers and saved them from the hassle of writing the code twice. Even Netflix experienced a boost in the overall performance of the app.
A 40-minute+ startup time dropped to an unbelievable yet true, one minute. Node.JS also made Netflix a single-page application and because of Node’s open-source software modules, Netflix enhanced it to a feature-rich quality app.
Trello is a project management tool that needed a framework to aid them with the instant update of the new works and needed an app to sustain new connections.
Node.js framework arises with an exceptional prototyping tool accompanying the event-driven non-blocking server resolution. This helps in real-time updates and enhances the agility of devising prototypes.
The start-up time encountered a challenge in the application, which forced them to network with some of the prominent companies.
By embracing Node.js at an early stage, they not only overcame the high startup time , but also engineered to expedite the development pace.
Node.js is an emerging technology and is the ideal platform for enterprise app development with its vital offerings of the immense benefits.
It has evolved as the most leading enterprise-ready technology for building sophisticated applications.
The rise of NodeJS acclaim corresponds with the globally growing demand for powerful-performance enterprise apps.
So, if you are looking to develop enterprise-level applications with agility and enhanced accessibility, connect with any Node.js Web Development Company.
This article has provided some substantial reasons to make Node.JS your next enterprise mobile app development.