Designing and developing the productivity of integrated rice planting

Abstract

The aim of this project was to develop a smart farm system for rice farming utilizing Internet of Things technologies (IoT). In Phimai District, Nakhon Ratchasima Province, this project intends to build new smart agriculture using Internet of Things technology to boost production efficiency for rice growing in demonstration plots. A sensor was used to collect data on the rice planting circumstances at the lime farm utilizing the idea of internet of things technology, and three set values were used in this study: 1) Humidity, 2) TDS value 3) pH level. According to the study's findings, IoT device connectivity can be designed using Arduino boards and sensor systems, and applications for connecting to IoT devices can also be developed includes a variety of mobile applications. The following standard values could be displayed using this with Android operating systems: 1) Humidity are between 70-100. 2) TDS is lower than 3 mS/cm. 3) The optimal pH range is between 7-9. Better water management, lower human expenses, less time spent on tasks, and the capacity to use and advance the application are the end results. Agriculture and good-weight rice have consequently raised monthly revenue by 12.7%.