While the connectivity of industrial systems is the most important aspect of IIoT, there is currently a confusing mix of connectivity technologies and standards.
To understand IIoT Connectivity I had a conversation with Stan Schneider, who specialises in innovation where pervasive networking meets functional AI
Stan is CEO of Real-Time Innovations (RTI), the world’s largest software framework provider for smart machines & real-world systems such as power plants & autonomous vehicles
Here's what we discussed
✔️ Industrial Internet Connectivity Framework
✔️ Why Connectivity Technologies Don't overlap
✔️ Why Connectivity Wrappers Don't Work
✔️ Industrial Connectivity Stack
✔️ The Core Connectivity Standard Architecture
✔️ Data Distribution Service Explained
✔️ OPC UA vs DDS
RTI software runs over 1500 designs including the largest power plants in North America, the Canadian Air Traffic Control system, NASA's launch control system, nearly all Navy ships, GE Healthcare's hospital device networks, Siemens wind turbine farms, trains, & metro control systems, & over 250 autonomous vehicle designs
Stan holds a PhD from Stanford in Electrical Engineering & Computer Science with a focus on Autonomous Systems.
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Ep 02 : Principles of IIoT Architecture - Rick Bullota (Co-Founder, Thingworx)
Ep 01 : The Ultimate Guide to Digital Twins - Pieter van Schalkwyk (CEO, XMPRO)
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