In order to leverage technology to activate business growth, one has to keep eye on technological expansion. That is the way how big companies are evolving by identifying the next “big thing”. To overcome the hurdles and attain smoother flow in business, sooner or later, every business needs to acquire data management tools, network control, and intelligent solutions. It is quite tough to identify the ideal technology that befits your business needs. Considerably, IoT, big data analysis, the cloud will drive significant changes in business process management

1. W H Y N O D E . J S I S A N A T U R A L F I T F O R I O T A P P L I C A T I O N S ?
I O T A N D N O D E . J S
Q S S T E C H N O S O F T w w w . q s s t e c h n o s o f t . c o m

2. In order to leverage technology to activate business growth, one has to keep eye
on technological expansion. That is the way how big companies are evolving by
identifying the next “big thing”.
To overcome the hurdles and attain smoother flow in business, sooner or later,
every business needs to acquire data management tools, network control, and
intelligent solutions.
It is quite tough to identify the ideal technology that befits your business needs.
Considerably, IoT, big data analysis, the cloud will drive significant changes in
business process management.

3. IoT(Internet of things) is all about synchronized and connected environment
across the system that includes the integration of microservices, web, wireless
technology, sensors, and devices.
IoT is a buzzword nowadays. Here in this post, we will help you choose the best
technology for developing an IoT application.
“As the next evolution of computing, Internet of Things is taking the first place to
capitalize on it in order to drive significant changes for more connected and
synchronized world.”
Here Node.js comes into the picture. It can be observed that when it comes to
the “IoT application development“, most systems failed to provide a uniform
experience across the devices and real-time reflection through embedded
systems.

4. Node.js: Gaining In Popularity to Address the Needs of IoT
Have a look at this numeric form of an IoT expansion:
IHS predicts that the IoT market will grow from an installed base of 15.4 billion
devices in 2015 to 30.7 billion devices in 2020 and 75.4 billion in 2025.
On the other hand, Node.js is widely used to build highly-scalable and modern
applications.
Node.js is an open-source, cross-platform JavaScript runtime environment that is
used by big brands to develop and maintain applications.

5. Do you know who is using Node.js to boost the productivity and meet the real-
time business needs?
Microsoft has embraced NodeJS to result in direct integrations with Microsoft
Azure platform.
IBM has chosen Node.js to automate the various testing modules across the
system
PayPal has also picked Node.js as a web platform to handle massive traffic, bring
scalability and security to the server
Netflix also embraced Node.js to result in feature-rich single-page web
application
Uber has selected Node.js for its multi-functional distributed web architecture

6. How Node.js Fulfills the IoT Objectives into Applications?
Node.js is the ideal choice for building the Internet of Things applications. Here’s
how:

7. Recently, there has been a lot more talk about the combination of IoT and
Node.js platform. Built on Google’s V8 open source JavaScript engine, Node.js is
considered as the best platform for building modern, data-centric, real-time
applications.
When the talk comes to IoT, there must be programmable devices such as
sensors, beacons, wearable, and microsystems. Apparently, IoT devices generate a
big number of requests as it handles interaction across the devices.
It is important to note that, Node.js is very fast, making the request-response flow
smoother and faster. With the perfect background of an IoT community, the
Node Packaged Modules (NPM) is equipped with more advanced repositories to
fulfill the IoT needs.

8. The main advantage of using Node.js in IoT application is the faster and real-time
execution. On the server side, it also occupies less memory and results in
smoother performance. Indeed, with the great support of APIs and low-resource
requirements of Node.js, developers can create scalable, modern, and efficient
applications.
In order to gain the competitive edge for IoT applications, Node.js can build apps
with high scalability, attractive UI/UX structure, and connective, integrated
functions. Whether it is a consumer or a developer, Node.js is the perfect fit for
API-based IoT applications

9. What Makes the Node.js a Great Choice for IoT Applications?
When we’re talking about IoT, there is a prior need to connect with various
devices such as sensors, beacons, transmitters, and so on. To handle such
interconnected devices that have an affinity to generate a number of data
transactions, Node.js is a suitable platform. This is because, Node.js works with
streams, readable and writable channels.
The robust sockets and MQTT, a light-weight messaging protocol are specifically
built to make data transmission smoother in IoT applications.
IoT devices, platforms, and programs such as Arduino, Raspberry Pi, Intel Edison,
Galileo, BeagleBoard are used for building large-scale application production

10. As mentioned above, the NPM (Node package manager) equipped with more
than 80 packages for Arduino controllers, Raspberry Pi, and Intel IoT Edison.
Apart from that, NPM also contains different built-in architecture for Bluetooth
devices and sensors.
One of the chief advantages using Node.js is the JavaScript. It is very easy to
understand and use. Node.js is making IoT development in its favor with the
collection of data, effective and rapid communication, analysis, and act. This is
how Node.js is a well-suited technology for IoT application development.
If you want to leverage Node.js into your existing system to make it scalable and
feature-rich, or building new applications from scratch, we can help you to drive
maximum ROI for your business.

11. T H A N K S
F O R Y O U R T I M E !
Q S S T e c h n o s o f t w w w . q s s t e c h n o s o f t . c o m