🐛 A new generation of smart indoor greenhouses!
A different kind of greenhouse – GAHT climate battery, Home Assistant automation and drip irrigation
An automated greenhouse control system built on STM32 (BluePill) with LCD/Keypad UI, multi-sensor monitoring, and actuator automation.
An automatic greenhouse with wifi connection based on arduino and ESP32
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.
A smart greenhouse prototype developed as part of the Erasmus 2026 exchange program between German and Spanish students. The system uses an Arduino Nano to automate plant care by monitoring environmental conditions and responding in real time.
Another Smart Greenhouse System
Arduino-based smart greenhouse monitoring and control system with environmental sensors, SIM800L remote communication, SD data logging, and automatic actuator control.
Smart greenhouse system using Arduino with multi-sensor monitoring and priority-based control (temperature, humidity, rain, light, soil moisture)
Smart Greenhouse backend built with Node.js, Express, and MongoDB. Handles IoT sensor data storage (temperature, humidity, soil moisture), provides control commands to devices, and offers summary APIs. Includes routes for data logging, device control, and aggregated sensor statistics.
End-to-end IoT smart greenhouse with ESP32, Spring Boot, PostgreSQL, Next.js and automated CI.
University Project Teamwork for Advanced Embedded Systems and Hardware Engineering.
Backend Node.js + SQL Server para sistema de estufa automatizada com autenticação, sensores e comentários.
Run a myfood greenhouse cloudless: push its sensor readings to Home Assistant locally over MQTT, with no dependence on the myfood cloud — plus controller security hardening. Guide for App Core v0.6.0.
An Arduino-based monitoring and automation system for smart greenhouses, designed to track environmental metrics like temperature, humidity, and soil moisture for optimized plant care.
Sistema con Arduino para solucionar la pérdida de cultivos por cambios bruscos de temperatura y humedad. Usa sensores (DHT11 y YL-69/FC-28) para monitorear en tiempo real, un servomotor que abre la ventilación por exceso de calor y LEDs de alerta visual. Una solución de tecnología integrada (hardware y software) autónoma y local.
Academic Arduino Uno project for automatic irrigation and smart greenhouse management
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