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Energy-Efficient IoT based Precision Smart Agriculture Monitoring System for Enhanced Crop Fruitage

Author(s) : Gudla Sateesh

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One of the In our technology, we successfully decode gene sequences and transplant seeds from various sources to produce greater productivity within crop yields in a shorter period of time. In a non-progressive way, its technology can have an impact on health issues and also go a long way towards preventing hunger. One of the world's more pressing issues is hunger. Considering important assessments of yields of crops, it is projected that worldwide populations could reach 10 billion and 11.5 billion by 2100, as reported by UNICEF, the Global Hunger Index (GHI), the Global Report on Food Crises (GRFC), and the UN Department of Economic and Social Affairs. It is expected that food production will improve accordingly. Technology advancements must be incorporated into the cultivation area to meet these needs. A major area of agricultural development innovation is the Internet of Things. By using this system, we can enhance the productivity of crops at a lower cost than smart farming. In order to analyze crop data, a variety of sensors are used, such as soil sensors, pest sensors, and environmental sensors. An increase in crop yield can be achieved through either automated or manual controls. Urban agriculture products can be organic and secure because less pesticides, chemicals, and manpower are used. In addition to reducing global warming, the system also produces automatic afforestation.

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