AgMove Robotics

AgMove Robotics is an Indian agritech startup developing autonomous robotic solutions to address labor shortages, improve farm productivity, and reduce the physical burden of agricultural operations. The company focuses on designing sub-20 HP, multi-utility robotic equipment for intercultural farming operations. Its mission is to equip farmers with intelligent, women-friendly, and easy-to-use mechanization solutions that enable timely farm activities, increase crop yields, and lower operating costs. By combining robotics, artificial intelligence, electric mobility, and precision engineering, AgMove Robotics aims to modernize small and medium-scale farming while making advanced automation accessible to Indian agriculture. At the core of the company's innovation is its autonomous field robotics platform, designed to perform multiple agricultural operations such as weeding, spraying, material handling, and field navigation. Its robotic systems integrate AI-powered perception, autonomous navigation, embedded electronics, and electric propulsion to operate efficiently in orchards, vineyards, horticulture farms, and other challenging agricultural environments. The company is also developing Guardian Rover, a Physical AI–enabled autonomous field robot built for outdoor operations, enabling precision farming while reducing dependence on manual labor. AgMove's modular platform supports multiple attachments and workflows, allowing farmers to use a single robotic system for diverse applications throughout the crop cycle. AgMove Robotics collaborates with farmers, research institutions, and technology partners to validate and continuously improve its solutions based on real-world agricultural needs. By integrating robotics, AI, embedded systems, and sustainable electric mobility, the company seeks to build scalable automation technologies tailored to Indian farming conditions. Through indigenous innovation and user-centric design, AgMove Robotics is positioning itself as a key contributor to India's smart agriculture ecosystem, helping farmers improve productivity, address labor constraints, and adopt efficient, technology-driven farming practices.