This project demonstrates the google cloud IOT platform interaction with the IOT devices.

Connect an M5Stack ATOM running MicroPython to the Google Cloud Platform (GCP) to collect air-quality variables obtained from reading sensors.

Adding an OLED display (MikroE OLED_W click) to the PIC-IOT WG board, displaying data from the Google IoT Cloud

nRF9160 - Google IoT Core - Pub/Sub

Adding an AirQuality sensor (MikroE click based on the MQ-135) to the PIC-IOT WG board, streaming data to the Google IoT Cloud

Connecting the ESP32 to Google Iot Core

A simple simulated device to send fake telemetry data to Google IoT Core.

Adding an 4x4 Neopixel array (MikroE 4x4RGB click) to the AVR-IOT WG board, controlled from the Google IoT Cloud

Adding an accelerometer to the AVR-IOT WG board (6DOF Click), publishing data to the Google IoT Cloud

Projects consist the necessary code to interact with the google iot cloud platform by iot devices

Adding a UV sensor to the AVR-IOT WG board (UV Click), publishing data to the Google IoT Cloud

Adding an OLED color display (MikroE OLED_C click) to the PIC-IOT WG board, displaying data from the Google IoT Cloud and an Analog Clock

a vibration detection project with esp8266 and mpu6050 (GY-521) module.

Smart IoT Lamp based on ESP32 and Google IoT Core + DialogFlow

Getting data from Tuya smart power outlets and sending it to GCP

Controlling two micro servos (pan/tilt) and a 5mW laser from the Google IoT Cloud

Adding an Ir-Thermo sensor to the AVR-IOT WG board, publishing data to the Google IoT Cloud

Home Sensor for ESP32

A simple Arduino library for the ML8511 UV sensor to measure UV intensity and calculate UV Index with support for multiple units and custom calibration.