Home Assistant custom component integration for Gardena Smart System

Automatic balcony garden irrigation system using Home Assistant automation, a wireless capacitive soil moisture sensor, smart switch and valve

SDL Modified rtl_433 source for SkyWeather2 and the Smart Garden System V2 and the WeatherRack2.

Esphome configuration for GrowCube-Plant Watering System - Garden Smart Watering System

SGS2 Pure Python Code for the Smart Garden System (V2) from SwitchDoc Labs

Pure Python software for the Smart Garden System from SwitchDoc Labs

Smart Garden Automation System

A Smart Irrigation System for garden plants, featuring an Arduino Uno and FPGA Board

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.

Gardena Smart System integration for Home Assistant (HACS custom component)

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.

Moved to https://github.com/py-smart-gardena/hass-gardena-smart-system

Gardena Smart System - Home Assistant Integration

Mobile app of the smart irrigation system.

Welcome to BLOOMBOX, the next-generation smart greenhouse designed to empower plant growth through precision automation and monitoring for plant enthusiasts and gardeners to create a smart and efficient greenhouse system.

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.

This projcect aimed to implement smart home for future requirement.In this project we have introduced various automations. we have introduced home automation system using a simple Android app, which you can use to control electrical appliances with clicks or voice commands. Commands are sent via Bluetooth to Arduino Uno. So you need not get up to switch on or switch off the device while watching a movie or doing some work. some important features of this smart home are: 1. All electrical appliances are controlled by relay and arduino uno kit . 2. All swithing can be done through mobile application. 3. Automatic irrigation system for the garden and automatic watering system for the home which starts and stops the irrigation by sensing the moisture of soil. 4. RFid based entery gate which allows only the specific persons to go inside the home who the respective ID tag or only if gate is open from inside the home. hence arduino uno board is used to automate the whole processor. The codes to programme the board can be learned from opensource site of arduino.

Automated way to watering plants

Smart Plant Watering and Lighting System to Enhance Plant Growth Using Internet of Things. Making a smart garden system that has sensor data on light, temperature, humidity and soil moisture to determine the health status of a plant which will be displayed on a website or mobile app.

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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.

HydroSense is a smart irrigation system built using Raspberry Pi and sensors to automate water pumping based on real-time weather and soil data. It helps conserve water and optimize irrigation for gardens and agriculture.

It is a Smart Garden System implemented on Cisco Packet Tracer

An intelligent irrigation system for optimal water efficiency and plant growth.

MCP Server for the Gardena Smart System API

Smart Garden Irrigation System

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Local server and system controller of the smart irrigation system.

Create a smart irrigation system for a garden that automatically waters plants based on soil moisture levels and weather forecasts. You can control and monitor the system through a GUI developed with PySide, hosted on a Flask server. The ESP32 will interface with sensors and control the irrigation system.