Ultrasonic distance and LDR sensor monitoring using NodeMCU ESP8266 with ThingSpeak cloud integration.

Prototipo simulado de telemetria del estado del terreno en laderas de El Manzanillo, Itagui. Curso Telemetria 203055, UNAD. Datos sinteticos generados en Wokwi.

Curso de telemetría HydroGuard: monitoreo de nivel de quebrada y precipitación para alerta temprana de crecientes en Dosquebradas, Risaralda. ESP32 simulado en Wokwi. Curso Telemetría 203055 – UNAD, Grupo 10

An IoT-based Smart Bridge Health Monitoring System using ESP32, DHT22, and MPU6050 sensors to monitor temperature, humidity, and three-axis acceleration. The collected sensor data is uploaded to ThingSpeak for real-time visualization and analysis to suppo

Monitoreo agroclimático del Liceo Teno mediante ESP32, BME280 y LoRa.

Monitoreo de la fertilidad del suelo en Juan de Acosta, Atlántico: temperatura y humedad del aire, humedad del suelo y pH. Proyecto AgroIA, Inteligencia Artificial 26-2.

AC measurement: inverter output to the load

Real-time monitoring, acquisition, and visualization of experimental measurements. This channel collects and stores sensor data, enabling graphical analysis, performance evaluation, and historical tracking of measured parameters.

Sistema de monitoreo con ESP32 para visualizar variables ambientales en tiempo real.

ESP32 with DHT11 sensor sending temperature and humidity data to ThingSpeak.

ESP32 + MPU6050, aceleracion del suelo

Monitoreo IoT de temperatura y humedad del almacén para conservar la cadena de frío de las espinacas.

This channel is part of the IoT-Based Smart Agriculture Monitoring and Early Pest Detection System. It uses an ESP32 microcontroller integrated with DHT11, YL-69 soil moisture, rain detection, and IR sensors to monitor environmental conditions and potenti

Rainwater tank monitor with battery powered ESP32 and ultrasonic sensor

Smart Irrigation System using Arduino Uno and Soil Moisture Sensor. Monitors soil moisture and supports irrigation decisions.