IIOT | Industrial Internet of Things

IIOT | Industrial Internet of Things

While technology and automation have been implemented over the years to increase industrial productivity and promote cost-saving efficiencies, the advent of smart machines has the potential to boost performance even more. The Industrial Internet of Things (IIOT) refers to the connectivity of machines through the internet. Once optimum connectivity is reached through data sharing and sensor technology, there are innumerable gains to be realized in quality control, supply chain traceability, cyber security, and the overall efficiency of operations.

Advances made by Saffron Communications in wireless interconnectivity gives the IIOT the ability to control operations remotely and to gather and analyze accurate/real time data identifying problems before they occur. The advent of true full duplex wireless communications dramatically reduces the cost of implementing IIOT while supporting real-time operational requirements.

Healthcare is an industry that is already being transformed by this technology. For example, a critically ill patient is placed in an ambulance equipped with Saffron enabled full duplex wireless equipment. The emergency technician can begin transmitting vital information to the hospital and receiving life saving instructions simultaneously, saving precious time upon arrival.

In the case of emergency healthcare, the use of Saffron enabled full duplex wireless IIOT can literally save a life. However, as more and more industries embrace the new model of wireless connectivity, the demand on the already crowded radio frequency spectrum will escalate. Saffron Communications is working hard to make sure their patented full duplex technology will relieve much of the dilemma facing companies as they vie for space within the radio frequency spectrum.

Saffron Communication’s nanochip technology works in tandem with the Industrial Internet of Things to facilitate the sharing of data between smart machines. Whether information is being transferred from an ambulance to a hospital computer or between two giant machines in a factory, full duplex wireless functionality will vastly improve ability to meet the data traffic demands of the future.