The battery is connected to the Vin and ground pins of Arduino and we can also connect the motor to this battery via a relay. Moisture sensor output is connected to the analog pin of Arduino. Do ...

While the demonstration of this project is done using a small flower pot, it can easily be scaled to large hectors of land and potentially have a bigger impact on water consumption and yield. Note: ...

This project requires Arduino board having inbuilt ATMega328 microcontroller. This project is need of the hour to convert manual irrigation into an automated irrigation which with the help of soil ...

The Automatic Irrigation and Fertilization System (AIFS) presents a cutting-edge solution designed for smart farming environments. It integrates Internet of Things (IoT) technologies with intelligent ...

In present days, in the field of agriculture farmers are facing major problems in watering their crops. It’s because they don’t have proper idea about the availability of the power. Even if it is ...

This project is an Automatic Smart Irrigation System using an Arduino Uno, soil moisture sensor, LM35 temperature sensor, DHT11, and Bluetooth module (HC-05). The system controls two irrigation ...

I know posts on automated plant care are very popular on Gadget Master, so I want to highlight this Arduino appnote - Smart Farm Irrigation System Using Arduino Edge Control. At the heart of the ...

In the present era, food scarcity and water scarcity occurs due to the increase in population. So to avoid this problem we have to promote the agriculture sector. But water wastage is more in this ...