ARDUINO BASED AGRICULTURE ROBOT SMART FARMING AND SOIL MONITORING ROBOT

Abstract

The Arduino Based Agriculture Robot for Smart Farming and Soil Monitoring is designed to improve agricultural activities through automation, sensor-based monitoring, and intelligent control. Traditional farming methods often require considerable manual effort for checking soil conditions, monitoring crops, and performing routine agricultural operations. The proposed robot provides a practical solution by combining robotics and embedded technology for efficient farm monitoring. The system uses an Arduino microcontroller as the main control unit and integrates sensors such as a soil moisture sensor, temperature and humidity sensor, and other environmental sensors to monitor important soil and environmental conditions. The robot is equipped with motors and a motor driver for movement across the agricultural field. The soil moisture sensor helps determine the water content of the soil and can support automatic irrigation decisions. The robot moves through the field and continuously collects soil and environmental information. Based on the sensor readings, the system can identify whether the soil has sufficient moisture or requires additional water. The collected information can be displayed through an LCD, mobile application, or other monitoring interface. Obstacle detection can also be incorporated to allow the robot to move safely through the field. The proposed system reduces manual soil monitoring and provides real-time information that can help farmers make better irrigation and farming decisions. It can also help reduce unnecessary water usage by supplying water based on actual soil moisture conditions.