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

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

nRF9160 - Google IoT Core - Pub/Sub

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

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

Connecting the ESP32 to Google Iot Core

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 accelerometer to the AVR-IOT WG board (6DOF 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

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

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

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

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

Home Sensor for ESP32

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