Farm Monitoring (IoT) Demo: The Future of Smart Agriculture
With the rapid advancement of technology in the agricultural sector, various technological solutions are emerging to help farmers manage their business more efficiently. One of these solutions is Farm Monitoring (IoT) Demo. In this article, we will explore what this demo run is, what components are required and how it is done.
What is Farm Monitoring (IoT) Demo?
Farm Monitoring (IoT) Demo is an example of technology that allows farmers to remotely monitor and manage their farms. This demo was implemented using various sensors, microcontroller units (MCUs) and a web-based monitoring interface. Its main purpose is to instantly provide farmers with important information such as live camera images, environmental data and animal health information.
Required Components
1. Sensors
Sensors used to measure various parameters on the farm. For example, sensors that measure environmental data such as temperature, humidity, wind speed.
2. Microcontroller Units (MCUs)
Microcontroller units that collect and process data from sensors. For this demo, MCUs were used that receive sensor data and transmit it to the web interface.
3. Cameras
Cameras used to observe different areas on the farm. Live camera feeds allow farmers to monitor their farms remotely.
4. Web Based Monitoring Interface
A web-based interface that displays data and offers live monitoring to farmers. This interface allows farmers to monitor their farms at all times.
How To?
This demo works on the principle of processing data received from sensors by microcontroller units and transmitting live camera images to the web interface. During the coding phase, sensor data and camera images are used in an integrated manner to provide instant information to farmers.
Demo Link: Farm Monitoring System (milivolt.news)
Farm Monitoring (IoT) Demo is an example of digital transformation in the agricultural sector. Thanks to this technology, farmers can remotely monitor their farms, track environmental data and be informed about the health status of their animals. This demo offers an exciting example of the future of smart agriculture.
