Tag: Environmental

We're exploring the obstacles that hinder the implementation of IoT solutions in areas that need them the most, and proposing some ideas to overcome these challenges.

The water industry is still in the early stages of adopting Massive IoT, but the potential benefits are vast. Read 5 ways the Water sector can benefit from harnessing the power of Massive IoT - creating a more resilient, optimized, and secure water network for the future.

In this webinar, we dismantle the perception that satellite for IoT is too costly, fragile or insecure to be effective, and give real-life examples of where the extra data provided by satellite IoT connectivity has materially improved outcomes - from smart farming to disaster management, environmental monitoring to renewable energy production.

Working with Bangor University (Wales) on the SEACAMS2 project, Ocean Scientific International Ltd (OSIL) has provided a network of three telemetered data buoys which are each equipped with a RockBLOCK.

Ground Control Partner Maker Buoy has developed a new populated board to get people up and running using the RockBLOCK 9602/9603 quickly for offshore buoy telemetry applications.

The Royal Institute of Technology of Sweden developed the LoTUS (long-term underwater sensing) buoy, a system for collecting oceanographic data from perhaps the most remote place on the planet - the polar region seafloor.

The Maker Buoy is a low-cost, Arduino-based, solar-powered and open-source drifting buoy available to purchase ready-made or for the end-user to construct themselves following simple instructions.

Knowing that his home is susceptible to bushfires, James wanted to install a system that would protect his home from any impending danger. He created the Hot Shot system – an automated, off the grid fire prevention system.

With the completion of the MIRKA2-RX mission, the student members of the Small Satellite Group of the University of Stuttgart field tested technology that will be used in a future CubeSat mission.