Strategy for Smart Growth in Agriculture based on LoRaWAN's Autonomous Tractors and Combines

Abstract

Farming has an influence on the environment, so smart agriculture uses the most recent technology to maximise agricultural production. LoRaWAn is one such technology that is used in agriculture to automate soil moisture and temperature sensors, resulting in more effective agricultural techniques. The data is then wirelessly relayed from these sensors to a Lora WAN gateway, which sends it to a cloud-based platform for analysis. Farmers may make data-driven decisions about irrigation, fertiliser, and other farming operations by having access to this data through an intuitive interface. While there are many advantages to adopting Lora WAN technology in agriculture, one of them is that it is a more effective alternative to conventional methods because it lowers the cost and time required for data gathering and analysis. Also, it makes it possible to monitor crop conditions in real-time, allowing farmers to react swiftly to changes in the weather or other elements that can affect crop output. Also, because Lora WAN sensors consume so little power, they may stay out in the field for longer periods of time without needing to be frequently recharged By enabling real-time crop monitoring and optimization, the use of Lora WAN technology in agriculture offers the potential to increase agricultural yields and encourage more environmentally friendly farming methods.