"A DESIGN OF HIGH-INTEGRITY MODERN AGRICULTURE SYSTEM USING IoT-BASED DATA SENSING LAYER"

"This paper holds up the system design and the methods of implementation for high-integrity modern agriculture applications. The system proposed here is incorporates with resource-efficient sensors for capturing real-time agricultural field data like humidity of the soil and temperature of the soil. With the help of light-weight communication protocols, all the collected data from the sensors can be transmitted to the back-end server. So, the back-end server can be implemented through RESTFUL API through JSON for the purpose of storing the received data securely for further data management. The system was tested during real-world deployment by demonstrating robust real-time data capture, reliable communication and flexible integration with upper-layer functions like block-chain enabled marketplaces. The highlight of the result shows the real-world applicability of the ground-level IoT layer as an essential element for encrypted and peer-to-peer smart farming infrastructure. "