IoT sensors can be used for remote borehole monitoring of water levels/depth, water temperature, and parameters such as pH and turbidity. Real-time monitoring coupled with LoRaWAN and cloud technology means data can be transmitted 15KM wirelessly or anywhere in the world using low-power satellite technologies.
The ongoing threat of climate change has reinforced the need to measure river flow rates accurately. Today, river flow (also known as streamflow) can be monitored remotely using Internet of Things (IoT) sensors that measure both water velocity and level. This technology provides real-time insights and alerts—even from the most remote environments.
Manx Technology Group (MTG) and Rural Business Consultancy (RBC) will be undertaking technology trials in the Isle of Man, exploring the use of Smart Farm technologies with farms and food producers. Using Internet of Things (IoT) technology, the initial trials will be focused on soil nutrient analysis (NPK), livestock monitoring, drone crop analysis, and asset
Computer Science Degree (BSc) students have completed the first IoT project at the University College Isle of Man (UCM). As part of the Experiential Learning module, the project seen students work with real clients to deliver a project within 6-weeks. Through the IoT partnership with UCM, Manx Technology Group (MTG) provided the students with Libelium
Soil Moisture, Temperature and Oxygen sensors, coupled with LoRaWAN satellite gateways, mean farmers can monitor soil conditions, even in the most remote regions. IoT technologies allow intelligent monitoring, precision agriculture and smart irrigation applications – without the constraints of power or mobile/internet coverage.
Forest fires (wildfires) are common hazards in forests, particularly in remote or unmanaged areas. It is possible to detect forest fires, elevated CO2, and temperature levels using Internet of Things (IoT) sensors. You can deploy IoT, satellite and solar sensors in remote areas without the need for internet, cellular/mobile or mains power.
IoT sensors offer an inexpensive way of monitoring the indoor environment; with battery-powered sensors able to monitor temperature, humidity, CO2, room occupancy and light levels. Due to Covid restrictions, many of you will be working home like me. To demonstrate the effective use of the technology, I installed a single IoT sensor in my home
Smart Parking sensors are IoT sensors that are installed in parking spaces to detect the presence of a parked vehicle using ultrasonic or radar technology. Smart parking sensors are easy to install, battery-powered and operate wirelessly. Smart Parking sensors are popular with Smart Cities and offer an intelligent solution for cost-effective enforcement, guided parking apps
Smart Agriculture is a topic that covers the many applications of Internet of Things (IoT) technology in farming, agrotech and agriculture. The use of sensors, data collection, wireless networks, cloud platforms and data analysis is already revolutionising the farming and agricultural sectors.
Dissolved Oxygen (DO) is perhaps one of the most critical indicators of water quality. IoT (Internet of Things) dissolved oxygen sensors are used to accurately measure the oxygen content in water and transmit the results in real-time back to a central database, cloud or water monitoring platform.
WIFI and Bluetooth device can be used to create rich data sets that lead to valuable business insights. Applications include WiFi and Bluetooth people counting, spatial analytics, smartphone detection, vehicle counting, dwell times, travel routes, commute times and vehicle occupancy rates.
Internet of Things (IoT) technologies can enhance the operating models and efficiencies of utility companies, particularly those involved with water and sewage. Water utility companies are no stranger to IoT technology, with numerous deployments of smart-grid and smart meters throughout the world. IoT technology is developing fast, and the newest range of sensors and comms
