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