High-yield, high-quality products are essential for modern agriculture, which can only be achieved with the smart farming techniques used to make greenhouses smarter in measuring control parameters. Manual monitoring is actually a very common task because plants can be destroyed if not properly cared for. New greenhouse design with fully automatic hydroponic system integrated with agriculture. All measurements, including monitoring and control of environmental events such as light intensity, pH, conductivity, water temperature, and relative humidity, are performed on the system by sensors and actuators. Automated maintenance and monitoring use IoT interventions that are used to transfer and retrieve data to the Internet (mass storage) and mobile applications that use the Internet to communicate the current state of the hydroponic system to users. Phone. Will be installed with them. This forward-looking system can use advanced data analysis and long-term data collection to improve computational accuracy.
The designed system can grow common types of products that can be used indoors as a food source without requiring much space.