Integration of Cellular IoT for Greenhouse Monitoring, Controlling and Notification System

To harvest crops at the ideal time, conventional farmers must often physically tour the farms to measure various environmental parameters, including temperature, humidity, light intensity, and soil moisture. Even though this traditional farming technique has been around for a while, farmers occasionally have trouble measuring all environmental conditions effectively, leading to inconsistent productivity rates. A greenhouse system must constantly monitor and control environmental variables such as temperature, humidity, soil moisture, light intensity, etc. for a greenhouse system, are required. This research drives deep into the core of exploring the potential of GSM (Global System for Mobile Communication) technology and embarking on the journey of software to revolutionize greenhouse management. The primary goal of the work is to ensure greenhouse internal parameters are suitable for plants. In this paper, cellular IoT technology like GSM bridges plant growth by developing a remote measurement and control system for the greenhouse. To tackle the challenge, employ methods to monitor temperature, humidity, light intensity, gas and soil moisture by integrating GSM. The data collected by the sensors allows monitoring through an IoT analytics platform and sending SMS to control internal parameters required by the plants. It also presents real-time sensor information with graphical charts. The work contributes to more efficient and sustainable greenhouse practices.