Optimizing Pesticide Spraying Efficiency through Disease Leaf Detection Mechanism

This paper introduces an innovative solution for enhancing the effectiveness of pesticide spraying by utilizing a mechanism that detects disease in leaves. The system utilizes sensors and imaging technology to detect diseased leaves in plants. Once identified, the system activates an optimized pesticide spraying mechanism that specifically targets the affected areas. The objective of the system is to improve crop productivity by administering accurate quantities of pesticides to plants, which is determined by the detection of diseased leaves in real-time. The system is designed with simplicity and user-friendliness in mind, enabling farmers to seamlessly incorporate it into their current farming operations. The system is designed to decrease the amount of pesticides used in farming while also minimizing the negative impact on the environment. This contributes to the implementation of sustainable farming practices.