In this project a gardening system has been automated using IoT in the Raspberry Pi platform.
IoT Smart Garden 🌱
Create a sustainable, solar-powered smart garden using Raspberry Pi! Monitor and control your garden remotely, manage irrigation based on soil moisture, and embrace eco-friendly automation. This project combines solar energy harvesting, sensor data analytics, and Raspberry Pi programming for a smart, green thumb experience.
IoT for smart gardening. Programming for IoT applications. Politecnico di Torino. ICT4SS.
Let's turn the garden into an I(o)T problem!
This Adapter connects iobroker to the Cloudrain Smart Irrigation System
🌱 Green Thumb is a plant monitoring system for Android, utilizing the Wio Terminal and various sensors to track soil moisture, temperature , and humidity in real-time. Developed as part of a course at University of Gothenburg, it demonstrates IoT integration and MQTT communication for effective plant care monitoring.
A cucumber growing automation project
Microcontroller code for various sensors
Tools to run the MIYO smart garden system independent of the company's cloud service.
A Home Assistant integration for smart garden planning and management, featuring AI-powered planting recommendations and harvest tracking.
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.
Using your RPi camera to track the growth of your plants
A server for our IoT Smart Terrarium (SmarTerra) project, as part of IoT course.
A scalable, open-source environmental control system using Arduino and Python for precision automated indoor farming.
A Raspberry Pi-based smart garden system with soil moisture monitoring, automated watering, environmental sensing, and Telegram notifications
This Repo refers to my final project of Internet of Thingd of the related course of the University of Genova, A.Y. 2021/2022
Firmware for a smart garden plot, based on a HTCC-AB01 LoRa board
Firmware for an off-grid water pumping system
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