Agricultural drones are equipped with sensors and cameras. They are used for imaging, mapping, and surveying farms. There are two types of drones: ground-based drones and aerial drones. Ground drones are bots that survey the fields on wheels. In comparison, Aerial drones are unmanned aerial vehicles or flying robots. Drones can be remotely controlled.
Besides the surveillance capabilities, drones can perform a varying number of tasks that previously required human labor: planting crops, fighting pests, agriculture spraying, crop monitoring, etc.
Farmers usually use manual intervention to control the greenhouse environment. IoT sensors help them get accurate real-time information on greenhouse conditions like lighting, temperature, soil condition, and humidity.
Weather stations combined with smart farming sensors collect data from the environment and send it to the cloud for analysis. It is further used to map the climate conditions, choose the right crops, and improve their capacity.
Just as in crop monitoring, these IoT agriculture sensors perform livestock tracking.
IoT has revolutionized most aspects of the Energy sector from generation to transmission to distribution and impacting how energy companies and customers interact.
Almost 47% of Energy sector executives indicate they have implemented IoT across functions.
Data sources for Energy include the use of machinery (49%) and Robots (46%).
IoT is deployed by 45% of Energy companies to monitor asset performance.
IoT is used by 43% of Energy companies to enhance customer experiences.
40% of Energy companies reported an overall boost in productivity.
Remote assets monitoring and management
Process optimization
Grid balancing
Load forecasting
Innovative power solutions
IoT technology in Healthcare is represented by tracking systems and real-time health systems and is responsible for improving patient treatment, diagnosis, medical and diagnostic equipment maintenance, and remote surgeries. Connected Healthcare is necessary for correct decisions, right actions, smart treatment, and thus patient satisfaction.
Reduced cost for patients
Remote monitoring of patient’s health
Reduce the length of the patient’s stay at the hospital
Devices in wearable fitness bands, blood pressure, heart rate monitoring cuffs, and glucometer give patients personalized attention. These devices can also remind of calorie count, physician appointments, and exercise checks.
IoT devices with sensors are used to track real-time locations of medical equipment
Asset management
The rise in IoT, or Industrial Internet of Things, is the main driving force of the fourth industrial revolution.
The World Economic Forum’s Center for the Fourth Industrial Revolution has been working on some IoT initiatives in Denmark. These initiatives are producing incredible societal efficiencies. Currently, the manufacturing industry is the most prominent investor in the Internet of things. The leading IoT applications in manufacturing include:
Monitoring of the Production flow leads to flow optimization, waste reduction, and the minimization of unnecessary work in process inventory.
Remote equipment management, allowing for tracking and maintaining of equipment’s performance and cost reduction.
Condition-based maintenance notifications, helping optimize machine availability.
Supply chains, where IoT solutions help track vehicles and assets, improve manufacturing and supply chain operations’ efficiency.
Speed and timing are two priority challenges for Transportation and logistics. IoT can make transportation companies smarter and more efficient through automation and business process optimization.
IoT provides actionable insights on the data collected and thus aids the industry in the following aspects:
Cost-saving and increased profitability
Making travel more efficient
Improved operational performance
Reduced energy use and congestion
Greater safety
Ensures real-time visibility
Improves fleet management
Supports in the maintenance of vehicle’s health
Warehouse management
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