An Intelligent Seed Sowing Robotic Design Control Using Smartphone

Abstract

Agriculture is the backbone of many developing economies, and the adoption of automation technologies can significantly improve productivity and efficiency. This system presents the design and implementation of an intelligent seed-sowing robotic system controlled using a smartphone, aimed at reducing human effort and increasing precision in agricultural operations. The system is controlled through an Android smartphone application using Bluetooth or Wi-Fi communication, enabling the user to remotely navigate the robot and regulate seed sowing operations. Sensors are employed to monitor soil conditions and ensure uniform seed placement at appropriate depths and intervals. The robotic platform operates on rechargeable batteries, making it energy-efficient and suitable for field conditions.