Advanced Agriculture Robot for Automated Plantation

Abstract

Agriculture is one of the most important sectors contributing to food production and economic development. However, farmers face several challenges such as labor shortages, inefficient resource utilization, and increasing demand for sustainable farming practices. This paper presents an Automatic Smart Agriculture Robot capable of performing multiple agricultural operations including grass cutting, spray pumping, seed sowing, and soil analysis. The system integrates Arduino, Bluetooth communication, sensors, and robotic mechanisms to automate farming activities and enable remote control through mobile devices. The proposed solution improves farming efficiency, reduces manual labor, and supports precision agriculture through intelligent automation. KEYWORDS- Smart Agriculture Robot, Arduino, Bluetooth Technology, Precision Farming, Soil Analysis, Seed Sowing, Grass Cutting, Spray Pump, Agricultural Automation, Sustainable Farming.