Key points are not available for this paper at this time.
Traditional agriculture is under pressure to provide more food with fewer resources due to a growing global population and environmental issues. Maximizing crop productivity and quality requires efficient water management, precise nutrient delivery, and ideal environmental conditions. Traditional methods are imprecise, wasting water, over-fertilizing, and causing poor growth. This initiative tackles the real-world demand for a revolutionary agriculture that maximizes resource efficiency, minimizes environmental damage, and secures food sustainability. Advanced technologies like the ESP32 WROOM Dev Kit, TDS sensor, DHT11 humidity sensor, REES52 soil moisture sensor, piezo mist module, LDR module, 4-channel relay module, and water and fertilizer motors enable automated and precise irrigation, fertilization, cooling, and sunlight exposure. Using real- time soil moisture data from the REES52 sensor, a smart irrigation technique is developed.
Thote et al. (Sat,) studied this question.