The Smart Plant Monitoring System is an IoT project that automates plant care using an ESP32 microcontroller. It monitors soil moisture, temperature, and humidity, automating watering based on sensor data. The system connects to the Blynk app for remote monitoring and control, making it perfect for smart agriculture or home automation.

AI-powered plant disease detection system using computer vision, deep learning, and ESP32-CAM for real-time crop health monitoring and analysis.

An IoT-based smart plant monitoring and control system using ESP32

An IoT-based intelligent soil stress monitoring system that uses ESP32 microcontroller with multiple sensors to detect plant & soil stress conditions and automate irrigation. The system provides real-time monitoring, data analytics, and automated responses to maintain optimal plant health.

An automated plant growth monitoring system that uses an ESP32-CAM, Roboflow AI (YOLOv8), and a Python Flask web dashboard to track Kangkong growth stages daily — fully hands-free.

An embedded system developed by students at the National University "Lviv Polytechnic" using ESP32 to automate greenhouse environments. It monitors temperature, humidity, and light, adjusting conditions in real time to ensure optimal plant growth.

Smart irrigation system for automated plant watering. Using sensors (soil moisture, temperature), it adjusts schedules based on real-time data. Users can control and monitor via a web interface. Includes IoT devices (ESP32), weather data integration, watering logs, and notifications. Ideal for smart home and garden automation.

A Smart Plant Monitoring System using ESP32 to monitor soil moisture and send notifications.

ESP32 and Arduino based plant monitoring system using temperature, humidity and light sensors.

An automatic plant monitoring system using ESP32 in Wokwi online simulator and TensorFlow Lite.

Smart Garden IoT system using ESP32, Firebase Realtime Database, and a React Native mobile app for live plant monitoring and automated irrigation.

🌱💧 An IoT-based Smart Plant Monitoring and Watering System using ESP32, Soil Moisture Sensor, Relay, Motor, and Blynk App for real-time monitoring and control.

BK Smart Garden: IoT system for automated plant care using ESP32 & HiveMQ. Features environmental monitoring, auto/manual watering, and data sync via Web Dashboard.

A smart plant monitoring system using ESP32 to track temperature, humidity, and water quality, with real-time control and data display via the Blynk app.

Plant insight is an IoT-based plant monitoring system that tracks environmental factors like temperature, humidity, soil moisture, nad light levels using ESP32 microcontrollers. The data is transmitted via MQTT, stored in MongoDB, and displayed through a WebSocket-connected dashboard.

This project demonstrates a smart agriculture system using an ESP32 microcontroller to monitor plant conditions (temperature, humidity, and soil moisture) and control a water pump. The system sends sensor data to a Node.js backend via MQTT, stores it in MongoDB, and allows real-time monitoring and pump control using Blynk.

Smart Irrigation with Rain Prediction using ESP32 — An IoT-based system that automates plant watering by monitoring soil moisture and predicting rainfall through a weather API. The system conserves water by only irrigating when necessary and intelligently delaying irrigation if rain is expected.

🌱 ESP32 Plant Monitoring System using Blynk IoT platform. This project measures soil moisture, temperature, and humidity using a soil sensor and DHT11. It supports automatic and manual irrigation control via relay, displays live data on an OLED screen, and allows remote monitoring through the Blynk app with WiFi connectivity.

A real-time plant monitoring system for net houses using ESP32. It collects sensor data (soil moisture, temperature, humidity, light, pressure, water level) and displays it on a web dashboard. Features automated irrigation, manual control, and database storage. Tech: Arduino, ESP32, HTML, CSS, JS, PHP, MySQL, XAMPP.

An ESP32-based system that monitors soil moisture, temperature, enviromental brightness, tank's water level and humidity using sensors. A pump is automatically activated for irrigation, while data can be monitored remotely. This IoT project combines automation and sensor technology to optimize plant growth efficiently.

A prototype Smart Farm Management System using an ESP32. It monitors and controls air temperature, humidity, soil moisture, water pump, and light intensity. A web-based panel over Wi-Fi enables plant-specific management. Data is logged in CSV files for analysis and AI-driven insights.

plant monitoring system using ESP32

A Smart Plant Monitoring System using ESP32, integrating soil moisture, temperature, and humidity sensors with Bluetooth connectivity. Enables real-time monitoring and remote control via mobile app for optimal plant care. Ideal for home gardening, agriculture, and greenhouse management.

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Smart Plant Monitoring System using ESP32

Low-power IoT plant monitoring system using ESP32

📡 Smart Plant Care System using ESP32, DHT11, Soil Sensor, and Blynk An IoT-based system that monitors temperature, humidity, and soil moisture using an ESP32, and displays real-time data on Blynk mobile and web dashboards via MQTT.

Smart plant monitoring system using ESP32, MQTT, and a soil moisture sensor

ESP32 Based Plant monitoring system that uses NODE-RED, MongoDB, and Grafana

Vyne : a plant computer - an arduino based plant monitoring system. Designed for ESP32 microcontroller. Build using PlatformIO IDE.