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.

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 watering system for the ESP32 platform

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

🌱💧 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.

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.

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.

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.

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.

An ESP32-based automatic plant watering system built using MicroPython, featuring DS3231 RTC, TM1637 4-digit display, optional SSD1306 OLED, and WiFi NTP time synchronization (IST).

This project automates plant watering using a soil moisture sensor and controls three water pumps for three different plants.

AI-powered IoT smart plant watering system with ESP32, Firebase, Flutter.

Smart Plant Watering System made using ESP32 and Blynk IoT platform

Smart plant watering system using soil temperature and moisture sensors (Arduino/ESP32)

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This project demonstrates a Smart Plant Watering System that leverages the ESP32 microcontroller.

Smart plant watering system with ESP32 microcontroller - monitors soil moisture and automatically waters plants when needed - work in progress

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.

MicroPython-based smart plant watering system using PicoBricks ESP32. Monitors soil moisture, sets thresholds via IR remote, and controls watering automatically.

The "Smart Plant Watering System" is an intelligent irrigation system designed to facilitate automated plant care. It utilizes soil moisture sensors and operates through the ESP32 microcontroller to manage the watering process efficiently.

Built an IoT-based smart plant monitoring and irrigation system using ESP32, integrating sensors to monitor environmental conditions. Built a responsive mobile app using React Native with MQTT for real-time data tracking, plantspecific alerts, automated watering via a relay-controlled pump and speaker output for notifications and media.

🌿 ESP32-based IoT system for smart plant care with automated watering, real-time displays, cloud updates, and visual/audio alerts.

ESP32 Automatic Plant Watering System is an IoT-based smart irrigation system designed to automate plant watering by monitoring soil moisture levels in real time. The system uses an ESP32 microcontroller and a soil moisture sensor to detect the moisture content of the soil.

Smart Plant Watering System: Monitor soil moisture, humidity & temperature with ESP32. Automatic watering based on soil moisture. Manual control via Blynk app. Servo motor for customizable water flow. Optimize plant care with remote monitoring & control.

Smart Water Treatment Control System: Developed a MATLAB/Simulink-based smart water treatment plant model with sensor feedback and ESP32-controlled pumps and dosing systems for automated and efficient operation.

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!

A smart irrigation system using an ESP32 module to monitor soil moisture and automate water release for efficient plant care.

IoT Smart Irrigation System using ESP32 for automated plant watering based on real-time soil moisture and environmental conditions, featuring rain protection, water flow monitoring, and Blynk app control.

Smart Plant Grow System on the ESP32 using FreeRTOS tasks and interrupts. System monitors environmental conditions and automatically controls light, water, and airflow.

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.