Change The Way You Have Worked So Far with Industry 4.0
IIOT is crafting a digital nexus around us and creating a convenience and automation centred synergy between human and machine. This is how it is becoming the engine of 4th Industrial Revolution. This blog renders a briefed insight.
IIOT is crafting a digital nexus around us and creating a convenience and automation centred synergy between human and machine. This is how it is becoming the engine of 4th Industrial Revolution. This blog renders a briefed insight.
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<strong>Change</strong> <strong>The</strong> <strong>Way</strong> <strong>You</strong> <strong>Have</strong> <strong>Worked</strong> <strong>So</strong><br />
<strong>Far</strong> <strong>with</strong> <strong>Industry</strong> <strong>4.0</strong><br />
<strong>The</strong> cotton mills. <strong>The</strong> assembly lines. And the microprocessors.<br />
Do you know what’s common in these three?<br />
<strong>The</strong>se were the driving force of first, second and third Industrial<br />
Revolutions. Each of them has its inception from industrial agonies of<br />
superannuated work processes. Moreover, all these work methods not<br />
just advanced the way industries used to operate, but also obsolete the<br />
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conventional operations. IoT is the new entry in these applied mechanics<br />
to drive the industrial transformation one more time. And that too more<br />
powerfully than its predecessors. As it has happened by far.<br />
<strong>The</strong> steam engine driven Cotton mills gave birth to modern time factories<br />
in Britain. After almost 150 years, Ford’s Assembly lines ushered mass<br />
production and also drove horse carriages off the roads. In the later 20 th<br />
century, the rise of electronics introduced microprocessors. It changed the<br />
industries one more time <strong>with</strong> a desktop in every office and telecom<br />
connections. Now it is the time for IoT, the new steam engine that is<br />
imputing the IIoT <strong>So</strong>lutions. Yet again, breaking old norms and patterns<br />
and surpassing the potential of its predecessors.<br />
<strong>Industry</strong> <strong>4.0</strong>: IIoT, <strong>The</strong> New Dawn<br />
<strong>The</strong> basic feature that gives Industrial IoT <strong>So</strong>lutions superiority is its ability<br />
to create a nexus of other powerful technologies. It gives a base for Big<br />
Data, AI, Machine Learning and several others to set together and work<br />
collaboratively. In this whole cycle, IIoT helps them connect, communicate<br />
and command actions <strong>with</strong> efficiency as well as convenience. Now, that is<br />
innovative and improvised. <strong>So</strong>, in other words, you can also take this<br />
technology as Marvel’s X-Men series Mutant character Rogue. <strong>The</strong> one<br />
who can absorb other’s powers and use them by touching them.<br />
IIoT creates an ally and proves out to be a bundled solution <strong>with</strong> numerous<br />
technologies. This enables IIoT to capitalize on the power of others and<br />
magnify them into a single unified solution. And that’s how it empowers<br />
the industrial processing to be quicker, smoother and smarter. That is the<br />
plot where Industrial IoT <strong>So</strong>lutions become such a revolutionary tool of<br />
industrial change. <strong>The</strong> IIoT is shifting the human to human and machine<br />
interaction in this course of change. Let us see how it is transforming the<br />
work <strong>with</strong> its techno advanced interaction <strong>with</strong>in a process:<br />
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Machine to Machine Interaction<br />
Generation X managed their way out through digital interaction. Now the<br />
Generation Y is taking this to the next level <strong>with</strong> an intuitively cohesive<br />
machine to machine interaction. With the help of Machine Learning, you<br />
can add senses to the machines. And harness them <strong>with</strong> real-time<br />
analytics, data-driven processing. Hence, it will lead to a real-time point to<br />
point communication between machines for better control and<br />
monitoring. IIoT makes this interaction operable via triggered responses<br />
and will enable it to react as required. Saying it more simply, the machines<br />
will be able to know what they need and when. And at the same time, it<br />
will also command for procurement or if directed, will procure by its own.<br />
For Example: In a windmill energy plant, if the motors are moving too fast<br />
and on a higher flow, the system will send the readings to the cloud. In the<br />
controlling and monitoring room, the system will read this data. It will<br />
calculate and extend the spectral to handle more energy input.<br />
Analytics to Machine Interactions<br />
Decision making is the game in any business. IIoT adds more value to your<br />
business decision making <strong>with</strong> real-time feedback from the system.<br />
Industrial IoT <strong>So</strong>lutions enables the machine to analytics and analytics to<br />
machine interaction. It lays the foundation for this critical interaction to<br />
work on AI. With such interactions, industrial processing becomes more<br />
refined and renders more clarity in decision making. On the parallel note,<br />
the whole workflow becomes insightful, productively advanced and selfsufficient.<br />
For example: John was searching for smart wearables online and he visits<br />
the nearby store to buy that. <strong>The</strong> store proximity device or bacon sensors<br />
detect his smartphone and identifies him as a mostly visited customer.<br />
Based on his previous purchase patterns and shopping insights, the system<br />
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will identify him as a valued customer. And it will send an alert to the store<br />
manager who will serve him <strong>with</strong> a better deal to deliver good customer<br />
experience.<br />
Human to Automation Interactions<br />
<strong>The</strong> use of wearables, sensors, and bacon are driving human life to the<br />
next level. IIoT drives the best out of it by using these devices <strong>with</strong> IP<br />
protocols to act automatically in real time. In Industrial engagements, it<br />
will drive an automated workflow that notifies, analyze and react on its<br />
own. And that all <strong>with</strong> utmost efficiency. Hence, it confines the human<br />
intervention to the minimal level and shifting its role to other much<br />
productive engagements.<br />
For Example: Let us talk about a warehouse that is managing a mass stock<br />
for an e-commerce store. <strong>The</strong> IIoT driven system will automatically assign<br />
the tasks <strong>with</strong> required instructions pre-defined in the system. Sensors will<br />
detect employee cards whenever they arrive in the warehouse and will<br />
assign their tasks through an automated process right on their desk.<br />
Hence, whenever they will receive an order, it will assign that<br />
automatically to the respective person. Same way, whenever the manager<br />
or supervisor will arrive in the store, they will get reports for the past day<br />
orders and their statuses automatically ontheir screens.<br />
Meta Description: IIOT is crafting a digital nexus around us and creating a<br />
convenience and automation centred synergy between human and<br />
machine. This is how it is becoming the engine of 4th Industrial Revolution.<br />
This blog renders a briefed insight.<br />
View <strong>So</strong>urce:<br />
https://www.biztechcs.com/blog/change-way-worked-industry/<br />
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