Neuristor circuits will perform super-edge computations similar to how the brain does them, reducing network loads and possibly making some networks redundant.
Ultrasonic sounds could be overlaid onto audible sounds for Internet of Things (IoT) communications, says IoT startup Trillbit.
A new microprocessor manufacturing technique could keep future electronics 18 degrees cooler, providing huge efficiency gains for data centers.
Large swaths of additional unlicensed spectrum will become available in the U.S. for connected devices, including Wi-Fi, if various proposals and schemes by the FCC come about.
Control over security is prompting big industrial companies to explore private 5G wireless networks.
Forming light waves into a spiral pattern allows multiplexing within fiber cable, adding throughput to traditional networks, researchers say.
Ocean Energy's ability to create electricity from seawater may prove to be the most efficient and eco-friendly way to bring edge computing to coastal population centers.
The web might be on track for a return to the retro decentralized 1990s if momentum for a blockchain-like protocol gets into gear.
Researchers at Drexel University have developed a method to spray on antennas that outperform traditional metal antennas, opening the door to faster and easier IoT deployments.
Industrial IoT needs ultra-high reliability, always-on availability, and extremely low latency – as well as standardization – all of which makes it the most challenging IoT genre to implement.
