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We've just wrapped up a fantastic and absolutely hectic couple of days at the Microelectronics UK show at Excel London. This show is a...

Product Description The RAK7289CV2 WisGate Edge Pro is the flagship product of the RAK Edge Series. Featuring industrial-grade...

As climate conditions change, the frequency and severity of floods are increasing around the world. For rural areas or remote sites, it’s a low-cost and low-maintenance way to gain control over local water flows—without complex infrastructure.

Clean indoor air isn’t just a matter of comfort—it’s critical for health, productivity, and compliance, especially in facilities that handle precision tasks like electronics manufacturing.

In high-dependency healthcare environments, temperature and humidity aren’t just parameters—they are prerequisites. With over half a million measurements annually, wireless sensors help clinical teams stay ahead of deviations, avoid disruptions, and meet strict regulatory demands and secure critical hospital operations. All without touching existing infrastructure.

With smarter sensors and real-time data, even invisible risks can be revealed. In a recent pilot installation, a set of wireless air quality sensors helped uncover a surprising health hazard inside a modern office building.

Indoor air quality sensors are increasingly used in museums, archives, and heritage sites to safeguard artifacts. Pollutants temperature and humidity fluctuations, all threaten collections by triggering irreversible damage. As with museums and archives, real-time sensing on this ship means environmental risks can be identified before they cause damage.

The purpose of the project was to simulate the effects of the space environment on electronic components.