Researchers found some subscription VPN services have programming errors that cause leaks, monitor user traffic, and lack privacy policies — all reasons to set up your own VPN server.
New light absorption techniques in semiconductors get clock rates 5,000 times quicker than current PCs. It’s one more step towards an all-light computing environment.
A completely new government-developed computer architecture could ultimately lead to widespread, commercial-oriented data-security fixes as information moves between systems.
Studying how tree frogs regulate their communications, so each amphibian in the colony can hear everything, could provide ideal data traffic routings, scientists say.
Supply chain, automotive, and sales of industrial sensor data emerge as initial use-case contenders for blockchain and its ilk in the Internet of Things.
LeoSat plans to build a constellation of low-orbit satellites that provides max transmission speed of 5.2 gigabits per second and latency of 20 milliseconds.
Transistors, superconductors, and chip design have all seen efficiency breakthroughs this year. So much so, that we may see the cold-running computer before too long.
Neuristor circuits will perform super-edge computations similar to how the brain does them, reducing network loads and possibly making some networks redundant.
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.
5G and 6G wireless network technologies promise faster speeds and greater reliability, but they have security issues that must be addressed before they launch, 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.
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 -- the most challenging IoT genre -- needs ultra-high reliability, always-on availability, and extremely low latency – as well as standardization.