It is widely recognised that poor air quality and high levels of particulates can significantly impact an individual’s health. The WHO estimates that 7 million people die each year from exposure to fine particles in polluted air. A recent study published in the New England Journal of Medicine has confirmed the association between short-term exposure to particulates and increased cardiovascular and respiratory mortality. The significant health risk posed by pollution is a crucial driver behind IoT air quality monitoring, electric vehicles and renewables.
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.
Manx Technology Group has developed a school CO2 monitoring platform that combines battery-powered wireless sensors with an easy-to-use online dashboard. High levels of CO2 in the classroom can significantly impair decision making and cognitive performance.
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 tracking. Read more
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.
Cities and towns use fixed air quality monitoring apparatus to measure pollution levels in a given location. IoT technology and mobile air quality monitoring reduces cost, increases coverage and provides much higher levels of flexibility when compared to traditional, fixed solutions.
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 office to highlight the different use cases and value of IoT. I then look at some applications of IoT in healthcare, business and the public sector.
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 and analysis of parking in an urban environment.
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. Read more