Smart Pesticide Sprayer Robot Using IOT In Agriculture Field

Eletronics and Communication Engineering

In modern agriculture, the excessive use of pesticides and manual spraying methods pose significant health and environmental risks. project proposes a Smart Pesticide Sprayer Robot integrated with Internet of Things (IoT) technology, aimed at automating and optimizing pesticide application in agricultural fields. The robot is designed to navigate through crops autonomously using sensors and a microcontroller, identifying affected areas for targeted spraying. Real-time monitoring and control are enabled through IoT connectivity, allowing farmers to track field conditions, spraying status, and pesticide levels via a smartphone or web interface. This system reduces human exposure to harmful chemicals, minimizes pesticide wastage, and enhances overall efficiency and crop health. By leveraging automation and smart technology, the robot supports sustainable and precision agriculture practices. Agriculture is the backbone of economies, and with increased efficiency and sustainability in farming practices. One of the major concerns in agriculture is the excessive and non-uniform use of pesticides, Traditional pesticide spraying methods are often manual, time-consuming, and pose health risks to farmers due to direct exposure tochemicals. To address these issues, we propose a Smart Pesticide Sprayer Robot that uses IoT .technology to automate the spraying process in agricultural fields.

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