Soil Monitoring with IoT uses technology to empower farmers and producers to maximise yield, reduce disease and optimise resources. IoT sensors can measure soil temperature, volumetric water content, photosynthetic radiation, soil water potential and soil oxygen levels. Data from the IoT sensors are then transmitted back to a central point (or the cloud) for analysis, visualisation and trend analysis. The resultant data can then be used to optimise farming operations, identify trends and make subtle adjustments to conditions to maximise crop yield and quality. The use of IoT in agriculture is known as Smart Agriculture (or Smart Farming), and IoT is a central component of Precision Farming. Read more
Air Quality is fast becoming a key factor for buyers during the home-buying process. While crime rates, broadband speeds and school performance remain important; air pollution levels are an essential consideration for the informed home buyer. With the emergence of air quality monitoring systems and IoT technologies, the availability of data relating to air quality and pollutants is increasing by the day. Read more
We look at Ten Top benefits of our ITaaS (IT as a Service) solution. The way businesses purchase IT and software services has changed. With the onset of cloud applications and software as a service (SaaS), there is a move away from the traditional model of purchasing and IT maintenance, towards a subscription-based delivery model such as ITaaS.
A monthly subscription fee (opex) has become the new norm. Businesses want the latest technologies and features, built-in security, predictable costs and the highest levels of service – but delivered using a subscription model. Read more
A common question that we are asked at Manx Technology Group is What can you measure with IoT? To help answer that question, below you will find an extensive list of the sensors that we support.
Using Plug & Sense IoT devices, the data can be transmitted and be stored in a database, Azure, AWS or any other leading cloud platform. From here, the data can be manipulated, analysed and visualised using tools such as Tableau, PowerBI and Qlik. Read more
WIFI and Bluetooth technologies can be used to create rich data sets that lead to valuable business insights. Applications include people counting, smartphone detection, vehicle counting, dwell times, travel routes, commute times and vehicle occupancy rates. Read more
It is widely recognised that poor air quality can have a significant impact on the health of an individual. 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 an increase in cardiovascular, and respiratory mortality. The significant health risk posed by pollution is a crucial driver behind IoT air quality monitoring, electric vehicles and renewables.
Most people will be familiar with ‘Find my iPhone’ or the Android ‘Find my Device’ – so you understand the concept of GPS tracking. A common question that we are asked is how IoT Asset tracking is different from the technology that you have on your phone? Although there are similarities, asset-tracking is a more specialist application with different requirements. In this article, we will describe some of the features and capabilities of IoT asset tracking with LoRa and 4G technology.
We regularly speak to customers who have a requirement to measure turbidity levels in water supplies, rivers and other bodies of water. IoT is a powerful and cost-effective way to measure turbidity and transmit the results for analysis, visualisation and reporting.
Turbidity is the loss of transparency, cloudiness or haziness of fluid due to the presence of particles that are invisible to the human eye. These suspended solids cause the water to appear murkier, as the turbidity increases. Smart water solutions and IoT have specialist sensors that can measure turbidity levels.
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.
Smart Water solutions use IoT (Internet of Things) technologies to monitor and measure water quality, conserve water supplies and enable cities to function efficiently. In this article, we outline four examples of how Libelium Plug&Sense can be used for Smart Water applications. The following examples demonstrate several implementations of the technology, and we outline how it can be used to enhance decision making, monitor trends and generate alerts.