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UNDER TESTING! Telemetry and diagnostic data for the School Street Monitor node. Tracks power levels, signal strength, and internal sensor parameters for calibration verification.

UNDER TESTING! Real-time monitoring of air quality and pedestrian traffic for the "School Street" initiative. This system correlates traffic restrictions with pollution levels to assess the impact on children's health. Powered by Arduino Uno R4, BG96 NB-I

This project monitors water quality parameters such as Temperature, Total Dissolved Solids (TDS), and Turbidity in real time using Arduino and ESP8266. The collected sensor data is transmitted wirelessly to the ThingSpeak cloud platform for visualization

DHT11 - измерение температуры и влажности; LDR-module - измерение интенсивности света; cpu, ram, freq - измерение производительности RaspberriPi

This channel tracks snow depth. The device uses a Maxbotix ultrasonic distance sensor interfaced to a ESP8266 Wifi module. The code is written on the Arduino platform to support over-the-air program updates and uplinking to Thingspeak. Designed by Jeff E.

Teste com Esp32; Voltagem e umidade do solo

This channel provides live weather data from Mäntsälä, Finland, measuring temperature and humidity conditions using Arduino-based instrumentation. The system employs a DHT22 sensor for accurate environmental monitoring, delivering real-time measurements.

Ejemplo de ESP32 Dev Module con sensor DHT22

Design and Implementation of a Safe BMS Prototype for EV with Real-Time SoC, SoH, and Thermal Monitoring.

The value of the potentiometer connected to my Arduino Uno

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