The paper proposes an idea of combining the latest technology into the agricultural field to turn the traditional methods of irrigation to modern methods thus making easy productive, and economical cropping. The inputs to Arduino WIFI are soil moisture sensor, DHT11 sensor, LDR, TDS sensor and Color sensor. As the proper water supply is required the water pump can be switch on and off by using moisture sensor i.e. auto irrigation. Monitoring real time temperature and light intensity, by this we make sure that proper photosynthesis process is taking place in crops and by this we can yield good quality crops. By using camera and AI technology we can reduce the diseases in crops and predators attack to the field. So, by collecting all the data from the field through camera, colour sensor, light intensity sensor, temperature and humidity sensor and sending to the cloud then to the dashboard we can analyse the health of the crops growing in different stages from cultivating to harvesting. This helps the farmers by monitoring growth stages of thecrop, and estimation of the yield by giving otherwise restricted low-power, low-costdevices access to greater processing capabilities via the Internet.
Aadesh Gonda , Jashvini , Meghana , Shilpa Biradar "AGRICARE: A Farming Platform to Improve Production" Iconic Research And Engineering Journals Volume 5 Issue 2 2021 Page 63-70
Aadesh Gonda , Jashvini , Meghana , Shilpa Biradar "AGRICARE: A Farming Platform to Improve Production" Iconic Research And Engineering Journals, 5(2)