IoT-Web Monitor and Controlled Real- Time Smart Diverse Farmers Gadget using ESP32 Microcontroller

Traditional agricultural land irrigation techniques require human intervention. Automated irrigation technology has the potential to decrease human engagement. Giving farmers access to an automated irrigation system that would save them time and money is the main objective of this work. The sensor employs a popular technology called the “Internet of Things” to automatically irrigate the area and monitor changes in the humidity of the soil. The agricultural industry can become intelligent and dynamic rather than manual and static by automating farm activities. This will increase output while requiring less human oversight. The Internet of Things (IOT) is a shared network of items or things that can connect to the internet and communicate with each other. In addition to soil moisture, temperature, pollution, intrusion, LDR, and humidity sensors, the proposed drip irrigation system makes use of an Internet of Things web server. The proposed system has two modes of operation: automatic and manual. The pump will automatically turn on if one of the soil moisture sensors detects that the soil is dry, and it will automatically turn off if every soil moisture sensor in the field detects that the soil is wet. We can utilize a web server to run the irrigation pump in manual mode regardless of how wet or dry the soil is. The ESP32 micro controller is another way to provide data to the web server. Data from the web server is read and analyzed by a web application. The micro controller then receives control commands over the internet. An LCD displays the status of each project using 16*2 and IOT web server modules. The proposed system with an ESP-32 microcontroller is designed using the Arduino IDE software. 5V regulated electricity is used to control the ESP32 microcontroller.