The Problem of modern agriculture is to reduce crop yield and quality while increasing resource efficiency.The "Design and Development of Smart Agriculture Spraying System" project's main focus, uses cutting-edge technology to increase the sustainability and efficiency of fertilizer and pesticide application in agriculture.The spraying process is precisely targeted and controlled by the system through the integration of modern sensors, data analytics, and automation.Our strategy entails building a hardware platform made up of cars fitted with sensors to track crop health, insect infestation, and metrological variable in real-time.With precise nozzles and actuators that allows for on-the-fly adjustments to spraying parameters, the system ensures exact application while reducing waste.Precision agriculture that is data-driven and sustainable has made great progress with the "Design and Development of Smart Agriculture Spraying System."It has the power to completely transform farming methods, advancing the agriculture industry's ecological and financial viability.
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Mansing et al. (2024) studied this question.
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