Also known as ‘industry 4.0’, the ‘Industrial Internet of Things’ or ‘Industrial IoT’ uses the control of smart sensors and real-time analytics to leverage the data generated by machines, for use in improving processes and outcomes in various industrial sectors. IIoT reaches past the usual IoT deployment of cellular devices for common tasks, and uses machine-to-machine communication as a key part of exceptionally large scale and, often, critical business use of IoT.
Industrial IoT is proving to be a great alternative for businesses to thrive faster and efficiently with the help of smart machines that are better at storing and analysing data in real-time. IIoT utilises the benefits of today’s reliable high-speed networks, and builds on the ability of machines to gather and share data that can be used to ramp up businesses.
The invaluable real-time insights this allows provide businesses with the key to leveraging information that comes from both information technology (IT) and operational technology (OT) to improve their competitiveness. The information - gathered, stored and distributed within the business for decision-making - is where IT comes in, and those decisions impact the operational technology side which applies to the connectivity of operational processes and industrial control systems (ICSs). These include human-machine interfaces (HMIs), supervisory control and data acquisition (SCADA) systems, distributed control systems (DCSs), and programmable logic controllers (PLCs). The symbiotic relationship of IT and OT within Industrial IoT is what makes real-time information invaluable.
From manufacturing to the retail industry, the endless applications of the Industrial IoT are making a huge impact on market processes, enhancing business productivity, and increasing operational performance. With a heavy emphasis on machine-to-machine (M2M) connectivity, big data, and machine learning, IIoT helps companies and businesses to operate efficiently and reliably. The Industrial IoT in application today includes automation of large applications within the primary and secondary economic sectors, and the processing of big data that translates into the tertiary economic sector.
Industrial IoT offers several advantages for manufacturing industries as it can function semi-independently and requires barely any human interference. Referring to machine-to-machine communication, this process aids in reducing the need for human interference, giving industries a chance to achieve the highest level of productivity and automation. In terms of time and costs, one of the main advantages of the IIOT can be found in reduced manual labour and human errors, and the improvement in efficiency translates to reduced costs and better outcomes.
The other benefits of Industrial IoT in manufacturing and other sectors are:
- Industrial IoT has a large data capacity which means data can be collected, processed, and shared in bulk.
- With the help of smart machines and the intelligent exchange of communication between machines and human interfaces, there is an increase in transparency and accuracy levels for most processes.
- IoT within manufacturing industries also aids in operational maintenance, as enterprises can utilize real-time information taken from connected devices to foresee any issues with their equipment. Businesses can fix errors before they occur, which was not always possible with manual human labour.
- Industrial IoT applications help field service workers to locate possible issues before they happen, even at remote locations. This gives the business valuable time to solve any problems identified, and avoid causing their end-users any inconvenience.
- With most manufacturing industries needing transparency in asset management, Industrial IoT enables businesses to keep a close eye on their supply chain. This increased transparency allows companies the opportunity to act or set proactive measures to resolve potential issues in their chain.
Industrial IoT takes measures to enhance large scale processes and user satisfaction. When Industrial IoT devices and systems are linked properly, industries can gather and analyse information about how their own internal processes work and how their teams are using the data gathered to their benefit. All these new business insights enable businesses to adapt their approach, with a greater focus on their own business needs and goals. Therefore, in the years to come, Industrial IoT is expected to implement more coherent systems, processes, and infrastructures, which will allow devices to network easily and increase interoperability across sectors.