Current wildfire detection methods largely depend on satellite imagery, aerial surveillance, and lookout towers, approaches ...

As IoT adoption expands, the challenge isn’t just deploying more sensors—it’s designing smarter ones that can operate ...

CMU's Swarun Kumar explains how software-defined wireless networks, low-power IoT, and edge computing will define the post-6G ...

Process engineers must understand how adding IIoT devices can increase a facility's cyberattack surface, especially when ...

Smart homes have become increasingly popular, from thermostats controlled via a smartphone app to voice-activated gadgets.

Your house already knows when you walk into a room, but most homeowners don’t realize how much their sensors could actually do for them. These tiny devices sitting in corners and mounted on walls are ...

Five ways service providers, first responders, utilities, and manufacturers are overcoming their edge networking challenges.

Efficient MAC protocols are fundamental to conserve energy and enable sustainable delay-tolerant sensor networks (DTSNs). They can be explored to reduce energy consumption, deal with relaxed latency ...

I/O technology may seem like a straightforward component of industrial automation, but its evolution is redefining how ...

The fusion of the two models Software Defined Network (SDN) and Wireless Sensor Network (WSN), gives rise to a new paradigm called Software defined wireless sensor networks (SDWSN). One of the core ...