AN IOT FRAMEWORK FOR SOIL BORNE DISEASES DETECTION SYSTEM

Abstract

Now a days Internet of things (IOT) is pairing up with our daily life. The Internet of Things helps to peek into the virtual world of digitization where every smart device, every sensor is connected with the internet and therefore can be accessed all over the world. This paper propose a secure IoT framework with multiple sensor nodes that sends data to the web cloud server and allows users to access those data via a mobile application through a unique user id and password or API’s. In this paper, we have built an IOT framework for detecting soil borne diseases SBDDS by using pH, temperature and moisture sensor. Soil borne diseases can create serious damage without showing any visible symptoms. Our device can sense the soil condition through the sensors and send data to the web cloud. After that our own build android application can process those various data and based on classification algorithm can generate result whether the soil contain disease or not. Among these factors pH value is the most sensitive and important factor for detecting exact disease. Different type of pH value represent the health of soil and present of bacteria, fungus or nematode. When soil is affected by these then the pH, moisture and temperature also get changed and create damage to the seeds, roots and soil nutrition. So this framework is highly efficient to detect the soil borne disease and prevent the damage.