Abstract: Traditional methods may not be successful in meeting the evolving demands of modern agriculture, always striving for increased productivity and sustainability. The proposed architecture works as a system on top of comprehensive interfacing with the sensors and also in real time protecting crops through IoT cloud. Soil Moisture Sensor, PIR Motion Sensor, DHT11 are interfaced with microcontroller to send the moisture level and turn off the pump automatically and notify that on Telegram Bot. The DHT11 sensor data are transmitted on to the LCD. PIR Motion Sensor senses the passive infrared rays and notify the invasion activity on LCD and Telegram Bot. Hence with the above working the agriculture production leads to a better living and yield of the crops.

Keywords: AUTOMATION, ESP32, IOT, SENSOR, WFI, TELEGRAM BOT.

| DOI: 10.17148/IARJSET.2024.117117