Arduino Aquarium Automation with Home Assistant

I developed the Egg Incubator Project using an Arduino to maintain optimal hatching conditions with temperature and humidity control, and periodic egg turning. With a 100% hatch rate, this incubator features a DHT11 sensor, stepper motor for egg turning, LCD display for status, and buzzer alerts for critical conditions.

Arduino ESP32 projects for IoT applications: Web server, environmental monitoring, device control with DHT11 sensors, and 433 MHz RF.ng, soil moisture detection, and light-sensitive activa

Raspberry Pi 5 .NET (C#) Patterns

Real-Time Sensor Monitoring Dashboard using Ultrasonic and DHT11 sensors, with data visualization on Ubidots via MQTT. Monitor environmental parameters like distance, temperature, and humidity in real-time. Perfect for IoT applications, smart homes, and environmental monitoring.

Um projeto protótipo voltado a simplificar e otimizar o cultivo em pequenas propriedades agrícolas, promovendo soluções acessíveis e automatizadas para monitoramento e controle das condições de cultivo.

This is the accompanying repository for all source code and additional material for the article series "Environmental Sensor usage with ESP32"

Simple Climate Dashboard Which Shows Realtime Temperature and Humiditiy

An IoT Based crop prediction System embedded with Machine Learning.

Arduino prototype that heats a metal container for food

a complete, multi-tasking data logger built on an STM32F7 Nucleo board using FreeRTOS. Reads a DHT11 and a capacitive soil moisture sensor, performs ADC oversampling and calibration, and displays data on an SH1106 OLED with a custom graphical UI. Includes a resilient, RTOS-aware driver for the DHT11.

IoT Smart Fire Alarm is a smart fire detection system that combines an ESP32 microcontroller with a React Native mobile application. The system monitors environmental conditions and sends real-time alerts to users via Wi-Fi when signs of fire (heat/smoke) are detected.

IoT-based fire safety device using ESP32, DHT11, and Blynk Cloud. The system autonomously activates water sprinklers during fire hazards and provides real-time temperature updates, offering a smart, practical fire safety solution.

The project integrates an Arduino with a DHT11 sensor for measuring temperature and humidity, along with an RTC DS3231 module for maintaining real-time clock functionality. The Arduino periodically reads data from the DHT11 sensor and RTC module, calculates the heat index, and sends all data (including date, time, temperature, and humidity)

A C-Library for reading Humidity and Temperature Data from the DHT11 Humiture sensor on a Rasberry-Pi

Ardunio with LoRa Communication to transfer data in a long distance, help alot in keeping track of places's temperature and humidity, especially for farming, housing, etc which requiring humidity record

This project demonstrates a Flood Relief Drone designed to assist in disaster management. The UAV integrates multiple sensors and hardware components to gather and transmit real-time environmental data. A dashboard visualizes sensor data, enabling responders to make informed decisions during flood relief operations.

ESP8266 RGB Lamp & DHT11 Control Station

🌱 Smartifying a Terrarium

Projeto para explorar o IoT e monitorar o ambiente