Discover how to create an IoT-based smart irrigation system using ESP32 and the Blynk app. Automate and monitor soil moisture, water levels, temperature, and humidity for efficient irrigation. Explore ...

The "Smart Irrigation System Using ESP32 & Blynk App" is an IoT-based project for automated irrigation. It utilizes ESP32, soil moisture and water level sensors, DHT22 sensor, relay module, and RGB ...

Fig. 1: Circuit diagram of the IoT-based smart home controller. In this IoT project, Load3 (Light1) and Load2 (Light2) are controlled through RL3 and RL2, respectively. DHT11 sensor is used to monitor ...

Circuit Diagram. Circuit diagram for this IoT Smart Irrigation System is given below: Programming ESP8266 NodeMCU for Automatic Irrigation System. For programming the ESP8266 NodeMCU module, only the ...

In this paper, we designed a smart IoT-enabled drip irrigation system using ESP32 to automate the irrigation process, and we tested it. The ESP32 communicates with the Blynk app, which is used to ...

This paper presents a way to check the soil humidity and water level using IoT. The agriculture industry serves as the foundation of India's economy. In the world, India placed in second rank country ...

Smart Home Automation System – Circuit Diagram. The circuit of the smart home automation system is shown in Fig. 2. It is built around ESP8266 (MOD1), a four-channel relay module (MOD2), and a few ...

The "Smart Irrigation System Using ESP32 & Blynk App" is an IoT-based project for automated irrigation. It utilizes ESP32, soil moisture and water level sensors, DHT22 sensor, relay module, and RGB ...