An Advanced Agriculture IoT Technology with Wireless Application

Design, development and manufacturing of a robot that can dig, plant and leveling mud are all proposed in this study paper. A sprayer will be used to provide moisture. Batteries and solar panels provide electricity for the whole robotic. More than 40% of the world’s population selects agriculture as their primary vocation, and the development of autonomous cars in agriculture has sparked significant interest in recent years. Through the use of an IR sensor, the vehicle is controlled by a relay switch. The language input allows a user to interact with a robot that most people are familiar with. Hands-free and quick data input activities are two advantages of these robots. In the field of agricultural autonomous vehicles, a concept has been developed to investigate whether multiple tiny autonomous robots might outperform conventional big tractors and humans efforts. A device with the following features has been created with the above ideology in mind. The IoT with wireless applications providing accurate outcomes for generating crop production.