Wifi & BLE driven passenger flow metering with cheap ESP32 boards

Take readings from a BME680 sensor or Sense-HAT on a Pi or Pi Zero, store with InfluxDB and view with Grafana

Read the BME680 sensor with the BSEC library on Linux (e.g. Raspberry Pi)

BME680 driver for ESP-IDF (ESP32)

Turta IoT HAT Source, Reference and Manual.

ESP32 Air Quality Sensor with PMSA003 + BME680 and 1.14" LCD

Arduino Library to access the Bosch BME680 - temperature, pressure, humidity and gas sensor

Low Power WIFI environmental data trackers based on ESP8266 Module

Simple script that sends your BME680 temp, pressure, humidity and gas sensor data to InfluxDB.

Top-level Arduino sketches for the MCCI Catena family of IoT LPWA Devices

Environment Monitor

Android Things Bosch BME680 drivers.

small python server to store sensor weather data

Sensor network to monitor indoor CO2 and VOC levels to improve the air quality. To fight against the COVID-19 pandemic it could be important to raise the awareness that there is a potential correlation between air quality and health.

Examples for SDK of Hana

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

Bosch Integrated Environmental Unit (bmp280 / bme280 / bme680 / bmp388/ bmp390)

Libraries for Arduino Uno (ATMega328P)

ESP board reads BME680 sensor data and sends it to the cloud

ioBroker IoT Framework (based on NodeMCU ESP8266)

BME680 Indoor Air Quality Network Sensor

Weather station for an esp32 running micropython

ESP32 driven small weather station with focus on parameters usually not captured, including particle density for Air Quality and UV-Index

Small Python3 based utility to send tVOC, eCO2 and Particulate Matter to MQTT server

BME680 library for raspberry Pi

Python library for the BME680 gas, temperature, humidity and pressure sensor.

Master Thesis in collaboration with the DGSI using the SmartCanton proof of concept.

Using Raspberry Pi and BME680 as front-end weather monitoring station. Upload data(Temperature,Humidity,Pressure and Air quality) to AWS IoT Core by MTTP protocal. Store data in AWS RDS (MySql) and process by AWS Lambda function. Backend processing programs was writen by PHP and Python. Frontend WEB pages are writen by HTML, CSS and JavaScript.

Library with TVOC output