An Introduction to Industrial Internet of Things
IIoT promotes development and the use of Internet of Things (IoT) in industries, by allowing us to boost the productivity and reliability of industries in their operations with strong emphasis on machine-to-machine (M2M) connectivity, big data and machine learning. It includes industrial applications, like use of robots in medical devices and software-described production processes.
Difference between IoT and IIoT
In terms of connectivity, intelligent and connected devices, all definitions have the same primary characteristics of both. The one distinction among these two is that they use in general. Though the IoT is used most frequently for customer use, but IIoT is used for industrial purposes, like processing, monitoring of the supply chain and management system. The example below provides you with a better representation of both concepts.
1. Focus Development
IIoT uses more modern devices to enhance the current tracking of manufacturing and supply chain of the products to provide wider, extra comprehensive visibility which allows the automated controls and achieves analytical efficiency.
IoT is designed to increase customer convenience with the premise of using smart devices, where users communicate with devices to obtain certain advantages. By monitoring the resource usage, for example by turning off energy using robots, when we are leaving the house or by changing a room temperature according to current weather conditions, connected home appliances can reduce our monthly bills.
2. Degree of Application
IIoT use additional responsive and efficient sensors in the factory which have more advanced controls and analytics in the supply chain side by providing the location-conscious technologies, as it is equipped to handle vital machines. On the other hand, however, the IoT uses a simplified low-risk application, which gives its production volume and technological capabilities, IoT devices can rise higher at less expensive prices than IIoT.
3.Separated Area of Interest
IIoT integrates with the sensors devices in the field of aerospace, defense, healthcare and energy industries. In some situations, there is a possibility of occurring failure which leads to cause life threats or other emergencies. In IoT, however, the low-risk will occurs for consumer products tend to be when a failure happens.It is necessary and easy, but failures do not immediately cr
eate emergencies.By knowing a change between a IoT and the Industrial IoT (IIoT), the industrial Internet can build the new growth of opportunities for the industries which will increase the productivity even better.
Working Process of IIoT:
It’s a smart computer network linked to systems for data analysis, acquisition, distribution and analysis. Each IoT industrial ecosystem is made up of:
- The Intelligent assets that can sense the details about themselves, interconnect and store it;
- Infrastructure with a public and/or private data exchange
- An Analytics and applications will generates a raw data on the business data; and
- A People.
The information is transmitted directly to the data communication system by Edge devices and intelligent assets and, for example, is translated into illicit information about how a certain piece of machinery operates. This expertise can be used for predictive maintenance and to make better business decisions.
Benefits of IIoT:
Highly Scalabale,Connectivity, efficiency, time savings, and cost savings are greatly enhanced. The industries which are already implemented IIoT are benefited by saving the costs in predictive maintenance, better protection andother operational efficiencies.
IIoT intelligent device network allows the business organisations, from the factory floor, to crack a open data silos and create a link between all of their employees, data and processes to their managers.In order to get a comprehensive and detailed view of how their organisation is doing, business leaders can use a IIoT data, which will be help to them for taking a better decision.