Bluetooth Controlled Agrisense for Agricultural Operations

Abstract

Due to high demand for sustainable agricultural practice, this project presents Bluetooth operated mobile AgriSense for irrigation and grass cutting. Equipped with Arduino Uno, Bluetooth, DC motors, and solar lithium-ion batteries, AgriSense works via an Android application; the mobile application controls water dispensation and field upkeep. This is in combination with a servo- controlled sprinkler that offers the best control of water distribution hence efficiency in the supplied water for irrigation purposes. Also, these solar panels being efficient, produce light energy, corresponding to the environment conservation acts. For optimal functionality, the proposed AgriSense comprises of individual power, control, mobility and irrigation sections. Each of the modules improves its function and flexibility in response to agricultural requirements, which makes it possible to incorporate more features into the system if necessary. Even the AgriSense implements other strategies like LoRa-based communication coverage for larger range or track for rough surface, which further helps to customize the flexible and adaptive capability of AgriSense to fulfill the roles of various farming fields. This project represents a pioneering strategy to incorporate robotics into change in sustainable farming to cope with the coming issues in water and labor scarcity in the farming industry.