IoT Smart Garden 🌱

Eduponics Raspberry Pi MQTT Library - build your smart IoT garden with ease.

🌿 IoT dashboard for smart garden

Smart Garden IoT Project

This is our smart city project using IOT Controllers in Cisco Packet Tracer and also we made demo of smart garden and home automation using Google Assistant (Triggered by only say OK GOOGLE) and micro controllers.

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Jarvis is an IoT system that includes a main unit, an outdoor unit and an optional server. The main unit is a smart thermostat can communicate with the server and the external unit, it can download weather forecasts from wunderground.com site and is controllable via Blynk for Android and iOS. The outdoor unit will have supplied a temperature sensor, a humidity and a solenoid valve to control irrigation of the garden.

IoT - smart garden using ESP32 microcontroller, mqtt protocol, nginx, influxdb and node-red

The main objective is to provide a comfortable and convenient user interface by sensing and controlling the plant environment. Using Node MCU along with several sensors like soil moisture, Temperature and Humidity sensor were used to actuate water pump and UV light source. Which interact with an android app using Ubidots as a cloud platform. The project successfully completed under the supervision of Experts Hub team, Pune.

As part of the IoT application development project I designed a way in which user's can control their smart garden through a mobile app. This repo contains the code needed for the Raspberry Pi backend.

IoT Smart Garden – an intelligent gardening system that monitors soil, light, and humidity in real-time, automates watering, and helps users grow plants efficiently and sustainably.

In this project we aim to build a smart gardening system that is capable of fine tuning the various parameters necessary for the healthy growth of the plant and monitor it continuously so as to provide the perfect environment that it required for the best results.

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Smart Garden base esp32-cam IoT

Smart Garden IoT dengan ESP32 membaca kelembapan tanah, suhu, kelembapan udara, dan level air, menggunakan fuzzy logic untuk penyiraman otomatis. Data dikirim ke REST API Golang dan dipantau via dashboard GUI Tkinter Python untuk kontrol pompa manual dan monitoring kebun secara real-time.

An Arduino-based smart plant watering system. This project uses a soil moisture sensor to check plant hydration, a DHT11 sensor for ambient temperature and humidity, and an LDR sensor for light intensity. It automatically activates a relay-controlled pump when the soil is dry. The entire system is simulated on Wokwi.

IoT project for a smart garden featuring a web application (Angular + Flask) and leveraging ML/DL algorithms.

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.

GreenTech-Commerce: Integrated Laravel E-commerce and IoT Analytics platform. Built with PHP/MySQL for transactional sales (Smart Garden devices) and a specialized Controller for fetching time-series data from MongoDB Atlas. Features a complete CRUD backend, dual-database architecture, and detailed sensor monitoring via Node.js/MQTT integration.

smart garden IOT project

SmartGarden IoT 🌿 A robust, solar-powered IoT irrigation system designed for remote monitoring and control. This project integrates an ESP8266 microcontroller with Firebase Realtime Database to provide global access to pump controls and sensor telemetry (Soil Moisture, Temperature, Humidity).

A smart Garden Project by IOT

This project simulates a smart garden using microservices. It monitors soil moisture and weather data, controls a water pump, and supports user interaction through a Telegram bot.

Smart gardening using the Internet of Things (IoT) involves integrating advanced technology into gardening practices to enhance efficiency, monitor plant health, and optimize resources

An IoT project using ESP8266 microcontroller to monitor and control a garden. Track soil moisture, water tank level, and environmental conditions. Remotely control your garden via the Blynk app

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

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This is free source code to develop a smart garden device with Nodemcu ESP8266 Authorize : Technodev Indonesia ABDURZTC

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Using NodeMCU Microcontroller And C++ And web application (HTML, CSS, Javascript Jquary and ajax)