Internet of Things

Application areas

• Healthcare:   We assist healthcare institutions in tracking how their services are used and transported within the facility, as well as collecting and managing asset usage data. Our Internet of Things-enabled asset monitoring systems help to simplify asset management, increase insight into the location and availability of medical assets, and detect and eliminate bottlenecks in internal hospital processes. A healthcare institution may use smart asset monitoring to deter the misuse and stealing of movable assets and identify opportunities to maximize asset investments.
• Smart Agriculture:   Farmers today are harnessing the potential of the Internet of Things to streamline their activities. Our IoT technology can detect animals as they graze in open grasslands as the use of free-range livestock becomes more widespread. Smart sensors may also be used in irrigation systems to save water by ensuring that the right amount of moisture is present in the soil for each crop. It is also being used in recycling to keep track of conditions like humidity and temperature. Farmers can also maintain track of their equipment by pointing out where each piece is located, monitoring its output, and doing preventive modeling.
• Future of the Supply Chain:   Supply chains are being more global and dynamic. Customer needs change often, goods must be ordered, and distribution and distribution routes must be arranged. Thus, we are putting together interconnected enterprise processes and using data modelling as part of a larger data processing approach. We have also built low-power IoT sensors that are now being used to monitor properties in the supply chain and measure product consistency parameters such as temperature and vibration, as well as to track shipping container openings.
• Manufacturing units:   In today's industries, IoT-enabled robots allow workers to work smarter, not harder. Our IoT device adds sensors to devices, allowing factory managers to further map system workloads, inputs, and outputs. They will also have a closer eye on system wear and tear, resulting in proactive rather than reactive maintenance and longer machine life. Our Machine-to-Machine (M2M) systems use integrated and portable flash solutions to combine data into a single stream at the edge, allowing factories to become more automated. This is used to keep track of and respond to changes on the factory floor.