In the suggested concept, IoT sensor were employed. Crop management, resource management, cost efficiency, quality and quantity, crop monitoring, and field monitoring may all be improved by IoT
Smart agriculture is an automated and guided information technology used with the internet of things. They presented a remote monitoring system that enables quick access to agricultural facilities such as notifications via short messaging service (SMS) and guidance on weather patterns, crops, and so on
Sensors that can provide information about their agricultural areas are a new concept. Environmental conditions in agricultural areas may be monitored with IoT sensors. Temperature and humidity may be measured with a single CC3200 chip. The camera may be linked to the CC3200 in order to shoot photographs and send them through MMS to farmers’ mobile phones over Wi-Fi
Farmers may use IoT-based systems to remotely monitor and regulate their crops, as well as gather and analyse data in real time. IoT-based solutions can also assist to cut farming costs, enhance crop yields, and improve agricultural product quality
The proposed technique minimises the network latency to a certain level. A scalable network architecture is proposed for monitoring and regulating agriculture and farms in rural regions. Reduced network latency to a certain extent. Cross-layer channel access and routing solutions for sensing and actuation
Smart agriculture takes advantage of IoT by storing data from numerous sensors in the cloud. IoT has emerged as a key 21st-century technology for agricultural management. Data for smart agriculture is being collected and stored using sensors and cloud computing. Smart agriculture has the ability to increase agricultural product quality and quantity
