“Visibility is paramount in IIoT,” Upadhyaya says. The discovery and visibility capabilities built into SD-WAN allow organizations to identify IIoT devices and monitor traffic wherever they are, he says. SD-WAN can also help a power plant manage energy distribution and energy efficiency using IIoT sensors.
“Some of these sensors may be so remote that they don’t have optimal network connectivity,” Upadhyaya says. “And that’s where SD-WAN comes in handy.”
An SD-WAN solution can help a manufacturing environment, such as an automotive supply chain, communicate vehicle health and volume data to a larger global network, Lunetta notes.
IIoT networks transmit data on the status of the vehicle production cycle and indicate delivery dates. According to Lunetta, the global network is well suited to transmitting such supply chain data because the data sources are geographically dispersed.
Predictive maintenance and telemetry
The sensors transmit predictive maintenance argentina mobile database and when a machine might fail to operate to a data center or cloud over a wide area network (WAN) using SD-WAN. The sensors communicate via a local wireless platform, which sends signals to the SD-WAN. The SD-WAN then forwards these signals to a predictive maintenance application.
SD-WAN can help a refinery monitor oil levels, temperatures, or operating efficiency. The technology can also allow a medical lab to monitor the temperature of a refrigerator.
“SD-WAN can automatically detect when a connection is poor and move it to another channel,” says Lunetta.
Records of IIoT machine issues are stored in a cloud stream that runs through SD-WAN. The SD-WAN solution can monitor bandwidth usage, latency, and server response time for any IIoT device, Upadhyaya says.
Safety
SD-WAN networks allow administrators to combat IIoT security threats by defining access policies for IIoT data transfer in advance. Encryption can be part of these access policies, Lunetta says.