AGRO.IT (Agro Innovation And Technology): IoT integrated smart farming system based on optimization of state agricultural land and renewable energy in improving sustainable agricultural product commodities

The application of multidisciplinary innovation is needed in solving problems in society, one of which is collaboration using IoT technology in agro-industry, with smart farming architectural designs. Agricultural monitoring systems in the digital era use artificial intelligence. This research is quantitative, and the data obtained through literature study using an empirical study approach Monitoring is carried out through planting different agricultural and horticultural commodities for each stage on the farming land floor. Sensors are used in agricultural land work to determine soil chemical conditions, soil moisture, plant health quality, and other related information to optimize agricultural yields. AGRO.IT and its mobile application design utilize big data technology, machine learning, robotics, and IoT to improve the farm industry's quality and quantity of production in integrated agricultural monitoring applications with gadgets on terraced land for agricultural and horticultural commodities. Components in smart Farming automate agricultural activities by minimizing emissions to the environment. Solar thermal energy sources are stored in solar panels as energy reserves converted into mechanical energy sources for automatic watering, automatic irrigation, and energy reserves to create a lighting system in a system with minimal lighting, in addition to the primary source of electrical energy. IoT- integrated Smart Farming and optimization of renewable energy are seen as the future of sustainable agriculture. It produces optimal farmer yields with efficient resources and is easy to operate with a digital approach. Smart Farming will encourage the achievement of community food and nutrition targets sustainably and sustainably through farmer empowerment