Authors :
Mahantesh S. Tattimani; Prasanna; Prashant; Badiger; Gadigeesh
Volume/Issue :
Volume 8 - 2023, Issue 10 - October
Google Scholar :
https://tinyurl.com/zmhbym2x
Scribd :
https://tinyurl.com/2w85kxsj
DOI :
https://doi.org/10.5281/zenodo.10021412
Abstract :
As water supplies become scarce in today's
society, there is a critical need to implement smart
irrigation methods. The project illustrates how smart
irrigation can be managed via IOT. This initiative
attempts to save time and minimize issues such as
constant monitoring. It also helps to conserve water by
automatically supplying water to plants or fields
according on their needs. This method is also beneficial in
agriculture, parks, and lawns. The goal of this technology
is to detect soil moisture content and, based on it, sprinkle
water. This information will be delivered to the user's cell
phone.
Keywords :
Smart Irrigation, Agriculture, Soil Moisture Sensor, Wi-Fi Module.
As water supplies become scarce in today's
society, there is a critical need to implement smart
irrigation methods. The project illustrates how smart
irrigation can be managed via IOT. This initiative
attempts to save time and minimize issues such as
constant monitoring. It also helps to conserve water by
automatically supplying water to plants or fields
according on their needs. This method is also beneficial in
agriculture, parks, and lawns. The goal of this technology
is to detect soil moisture content and, based on it, sprinkle
water. This information will be delivered to the user's cell
phone.
Keywords :
Smart Irrigation, Agriculture, Soil Moisture Sensor, Wi-Fi Module.
