GPS cloud

IoT-based data logging system using ESP32, DHT11, and OLED

Sistema de monitoreo remoto de signos vitales basado en IoT. El ESP32 simula los parámetros fisiológicos de una persona y los envía en tiempo real a ThingSpeak para su visualización y análisis.

ESP32-based DHT11 + MQ135 Sensor Project for Temperature, Humidity, and Gas Monitoring.

Registro de entradas/salidas con ESP32 y Python

The value of the potentiometer connected to my Arduino Uno

Simulated baby monitoring signals: sound (dB), cry flag, motion RMS, sleep state, room temperature (°C), humidity (%RH). For FISAC project demo.

This channel stores temperature (°C) and humidity (%) from an ESP32 with a DHT22 sensor, sent every 20 seconds for monitoring and graphs.

University of SIlesia IoT classes

The value of the potentiometer connected to my Arduino Uno.

The value of the potentiometer connected to my Arduino Uno

The value of my Arduino Uno

The value of the potentiometer connected to my Arduino Uno

Temperature and Humidity from Grove Sensors

this channel is created for mini project to simulate and visualize IOT sensor data such as temperature, humadity and pressure using thingspeak platform