Ingenious Agriculture Monitoring System Using IoT And Blynk
AUTHORS
Debnath Bhattacharyya,Department of Computer Science and Engineering, Vignan’s Institute of Information Technology, Visakhapatnam, AP, India
N. Thirupathi Rao,Department of Computer Science and Engineering, Vignan’s Institute of Information Technology, Visakhapatnam, AP, India
K. Swathi,Corresponding author, Associate Professor, Major in Real Estate Studies, Faculty of Regional Development, Kongju Nat’l University. Yesan, Chungnam, South Korea
ABSTRACT
Changes in atmosphere over the last decades had become tremendous changes in the agriculture and the rainfall. Most of the agricultural works are dependent on rain and rainfall, the supply of water to the fields and agricultural lands is more important. Farmers are suffering a lot with the short of rainfall and other issues and the water is the most important aspect or the consideration for the growth of any agriculture related plants or the seeds. Internet of Things plays a key role in helping the farmers by observing the right time and situation for the plants to farm and also for the water to supply the plants at various intervals of time. With IoT, various types of sensors can be used to identify the actual water levels and other temperatures and other parameters to be noted time to time and the immediate actions can be taken. In order to improve the output from these fields, monitoring and providing the required suppliants at right time is more important. In the current work, an IoT based Android and Blynk based application had developed to monitor such parameters and try to provide the required supplements at right time for the better growth of the plants and other types of agricultural fields. By using the current application, the farmers can get the data regarding soil moisture, water level at the roots of the plants, pest control levels to be maintained, humidity on day wise and temperature at various intervals of time. These are some of the important factors to be considered for the better output or better growth of any plants in agriculture. By using this method, the farmers can directly get the data to their mobile phones as the unit was directly connected with the mobile phones of the farmers and they can take the immediate actions based on the data that they are receiving time to time.
KEYWORDS
Agriculture, Sensors, Blynk, Arduino, temperature, WiFi, Mobile Phones, Humidity, Water Levels, Pest Control, Nodemcu.
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