The Smart Irrigation IoT System is an innovative solution designed to optimize water usage in agriculture and gardening by automating the irrigation process based on real-time soil moisture levels, temperature, and humidity data. Utilizing an Arduino Uno as the microcontroller, this system integrates various sensors and

IOT based smart gardening system using esp-32

Smart Plant Monitoring System using Blynk IoT tracks soil moisture, temperature, humidity, and light in real-time. Get instant alerts on your phone, view data on dashboards, and automate devices like pumps or fans. Ideal for smart gardening, greenhouses, and IoT-based agriculture.

Maintaining optimum soil moisture content using a soil moisture sensor and watering system at a garden and a monitoring system using Blynk app on our smart phone.

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IoT based smart gardening system

Agrosense Iot based smart vegetable gardening system

IOT based smart gardening system using esp-32

IoT-Based Smart Gardening and Irrigation System using ESP32 and different sensors with an android app

The Smart Irrigation System is an IoT-based solution designed to optimize water usage in agriculture and gardening by automating the watering process

GrowSmart -IoT,ML based Smart Gardening System A smart solution using Raspberry Pi ,sensors (Moisture, DHT11, NPK) to monitor soil and plant health . Live tracking, Random Forest model for fertilizer and watering recommendations, SQLite for data storage, ThingSpeak dashboard for visualization enabling sustainable, data-driven gardening

An automatic smart gardening system using ESP32, soil moisture sensor, relay module, and water pump to water plants automatically based on real-time soil moisture level—without any internet or IoT dependency.

An Arduino-based IoT project that monitors soil moisture levels using an analog sensor and displays real-time percentage values on the Serial Monitor. Useful for smart farming, gardening, and automated irrigation systems.

This paper presents an IoT-based smart gardening system that automates irrigation using soil moisture data. It monitors temperature, humidity, and light via sensors, with data displayed on Firebase and Blynk. The system improves efficiency, reduces manual effort, and aids accessible plant care.

Developed an IoT-based automatic plant watering system utilizing the ESP8266 module. Integrated with IFTTT and ThingSpeak for real-time monitoring and automation. The system notifies users via the IFTTT app and automatically activating the watering mechanism. This project contributes to smart city initiatives by enhancing urban gardening practices.