Smart Agriculture Farming Robot based on Bluetooth

Smart agriculture is rapidly gaining popularity as a means of improving farming operations and increasing productivity. In this aspect, the use of robot technology opens up promising potential for precision farming and automation. This study presents a design which can able to perform multiple tasks in the agriculture fields through Bluetooth. The robot can be controlled remotely via a Bluetooth-enabled interface or autonomously to perform various tasks such as crop inspection, irrigation control, and soil monitoring. The robot and user devices may readily connect thanks to Bluetooth technology, which enables real-time data sharing and control. The hardware and software components of the system architecture are thoroughly detailed, and practical results demonstrate how well they perform to improve agricultural operations such as plowing, water pumping, seed planting, and robot forward and backward movements.