Description

Abstract

In this project, we created an IoT based LCD display using Blynk application. In this we used sensors and the sensor value is displayed LCD in the Blynk app. The sensors are monitoring the agriculture field temperature, humidity, LDR sensor, and water level sensor and Pump motor if any abnormal value means we can stop the pump motor in the blynk app. We have button also in the application to turn ON/OFF the pump motor and safety for pump motor. This all function are controlled by the blynk app using Nodemcu ESP8266.

Existing System

The presented service integration approach employing a straightforward message broker enabled a speedy system implementation associated with verified appropriate for making an integrated water springing system. Advanced coverage or data-exchange with external entities, however, is limited. the utilization of ideas like Enterprise Integration Bus can be a viable choice to address this issue and is left for future work.

Proposed System

To monitor the agriculture land details within the periodic interval is on overhead using existing technologies. In general, three completely different sensors area unit wont to gather land data without being injecting within the agri land by this we have a tendency to square measure achieving remote observation and information gathering of a selected land.

Block diagram

Hardware Tools

• Nodemcu ESP8266
• Temperature
• Humidity
• LDR Sensor
• Water level Sensor
• Pump Motor

Software Tools

• Arduino IDE
• Language: Embedded C