This is a mini IoT green house for growing plants using either the hydroponics system or the aeroponics system. The ESP32 collect data form sensors and display them on the I2C driven OLED SSD1306 Following is the list of sensors used. H1750FVI -Lux sensor - lighting level of grow light using sensor

GardenSense is a IoT solution for plant enthusiasts. Monitor soil moisture, temperature, and detect threats to your plants in real-time. Powered by ESP32, React Native, Firebase, and more, it offers a seamless plant care experience. 🌱🚀

Source from IoT Project Course. Based on ESP32-WROOM-32E(16MB) Module, the environment is esp-idf-v4.4.

IoT Solution using ESP32 with moisture sensor and water pumps to keep plants healthy, sending data to the Cloud for statistics and logs.

PlantMaster is an ESP32-based IoT system for monitoring and watering plants. It tracks soil moisture, room humidity, and temperature, and controls a water pump for automatic irrigation. With WiFi and MQTT, it allows for remote monitoring and control.

This is an IoT project for monitoring plants using esp32 board and various of sensors

An IoT-based system for monitoring and automatically watering plants using ESP32, Blynk, DHT11, Soil Moisture Sensor, Ultrasonic Sensor, LCD, and more.

An automated, IoT-based garden monitoring and irrigation system powered by the ESP32. This project tracks environmental data and automates watering to keep plants healthy.

An ESP32-based IoT project that monitors soil moisture and automates watering to keep your plants healthy. Easy to set up, customizable, and perfect for smart gardening enthusiasts.

An IoT-powered smart irrigation system for balcony plants, built with ESP32, relays, and Home Assistant integration. Automate watering, save time, and bring your Smart Home to life!

Smart Plant Watering System: An IoT-based automatic plant watering system using ESP32 that monitors soil moisture and waters plants only when needed, with real-time status shown on hardware.

An IoT-based smart agriculture system for real-time plants growth monitoring in red soil under high temperature and humidity, using ESP32, NPK sensor (RS485), DHT22, and Ubidots/Google Sheets integration.

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.

The Smart Plant Watering & Monitoring System automatically waters plants when soil is dry and tracks soil moisture, temperature, and humidity. Data is shown on a 16x2 LCD and a mobile app. Using ESP32, sensors, and a relay, it teaches IoT, coding, and automation while keeping plants healthy.

A simple Smart Irrigation model using ESP32 and a relay, controlled via Adafruit IO cloud switch. Automates water supply to plants through IoT integration for remote on/off control, ensuring convenience and efficiency in irrigation without manual switches. Perfect for beginners in IoT projects.

IOT based automated gardening system. I use an ESP32 MCU to host a webpage that reports moisture levels, current temperatures, and past data for a garden. The ESP32 is connected to a pump system and water reserve to automatically water the plants when they need it.

This project involves creating an IoT system to monitor daily light exposure for plants using ESP32 and LDR sensors. The system collects data to optimize plant placement based on light needs. HTTP and MQTTP protocols are used.

A smart iot-based irrigation system that determines whether to water plants based on soil moisture, air humidity, surrounding temperature, and precipitation probability. The data is sent to Blynk for users to view. This version is made for the ESP32.

Plants+ is a smart plant monitoring system built with React and React Native, using ESP32, soil moisture sensors, NPK sensors, and humidity/temperature tracking. It helps users monitor real-time plant health data, ensuring better care and maintenance through IoT-based automation.

The Smart Plant Watering System is an IoT-based automation project designed to provide efficient and reliable irrigation for plants by monitoring soil moisture levels in real time. This system uses an ESP32 microcontroller along with a soil moisture sensor to automatically control water supply

Developed a smart automation system using Arduino, ESP32, and Raspberry Pi, integrating pH, humidity, and other sensors for real-time monitoring. Applied CNN for detecting infections in plants, enabling automated responses. The system enhances precision farming with IoT and AI, optimizing crop health and resource management.

The Smart Irrigation System using IoT devices is designed to automate the process of watering crops and plants efficiently by monitoring soil and environmental conditions. The system uses sensors such as a Soil Moisture Sensor and a DHT11/22 (Temperature & Humidity Sensor) connected to an ESP8266/ESP32 microcontroller.

The Smart Plant Watering System is an IoT-based automation project designed to monitor soil moisture levels and supply water to plants only when required. The system uses an ESP32 microcontroller to read real-time sensor data and control the watering process efficiently, reducing water wastage and human effort.

In this project, we've harnessed the power of Blynk IoT and the ESP8266 NodeMCU Module, alongside components like the ESP32 CAM module, motors, pumps, servo motor, and a motor driver. The result? A versatile robot capable of grass cutting, watering plants, and plowing fields – all controlled remotely from any location!

A smart IoT-based system that monitors soil moisture, temperature, and light to keep plants healthy. It automatically sends mobile notifications when the soil is dry or temperature is high. The system uses sensors and a microcontroller (like ESP32 or Arduino) connected to a Blynk mobile app for real-time updates and alerts.

Smart Plant Care Assistant is an ESP32-based project that monitors plant health using soil moisture and light sensors, displaying real-time status via emoji animations (😊😢🥵😴) on an OLED screen. It visually alerts users when plants need water or better lighting, combining IoT sensors with engaging feedback for easy plant care.

An IoT-based Smart Irrigation System using ESP32, a soil moisture sensor and a water pump And sends realtime data of Moisture , Temperature and humidity , also sends an alert if anonymous motion detected around region the Blynk App . The system automatically detects low soil moisture and powers the pump to water plants, saving water and time.