This article by Ed Spence and John Pucillo is Part two of a three-part series discussing wireless Condition Monitoring. Part one was a learning session delivered at the Reliable Plant 2025 conference, ...

An effective wireless-sensor network requires the integration of two key components: low-cost, low-power, scalable hardware and manageable software. The industry has shown signs of delivering on the ...

The Wi-Fi monitoring can be done via one of their two hardware sensors or via their software-based sensors on Windows and Mac machines, or even Android and iOS devices.

At the 2025 Sensors Converge Conference and Expo in Santa Clara, California, Fierce Electronics and Sensors Converge jointly ...

Fast advancement in wireless communications means integrators must reevaluate security and applications for safety sensors, such as those used for gunshot detection ...

In this paper, the authors present a hardware and software platform for wireless sensing applications. The hardware kit consists of two types of self-contained, expandable sensor nodes, as well as ...

The Wi-Fi router was able to distinguish this pattern from the surrounding wireless noise (from computers, televisions and cell phones) and therefore know that the sensor was still transmitting ...

Primex Wireless’ SNS software receives data from each Wi-Fi sensor or emergency light tag. Based on that information, it displays the status and alerts regarding those devices. Click here to view a ...

Just sink the sensor into a pot and hit the activation button to “sync” it with a plant and begin monitoring. The initial software setup can be a bit more difficult.

--Allterco, makers of the IoT brand Shelly, and Silicon Labs, a leading provider of silicon, software and solutions for a smarter, more connected world, today introduce Shelly Motion, a next ...

The Web wifi Researchers create software that extends Wi-Fi range by over 60 meters With potential benefits for the IoT industry, the newly developed protocol doesn't require any additional hardware ...

The researchers used equipment costing $1,500, including radio sensors and special software, to eavesdrop on, and interfere with, two different tire pressure monitoring systems.