Using a Raspberry Pi 3 Model B together with a temperature and humidity sensor combined with a Adafruit BMP280 barometer, the project has been classed as an intermediate skill level and requires ...

Raspberry Pi module with wireless connectivity or a Wi-Fi dongle attachment. A BME280 module for attaching pressure, temperature, and humidity sensor. A DS18B20 temperature probe with a one-meter ...

It is simple to wire up to the Raspberry Pi and doesn’t require any pull up resistors. – DSB18B20 — This temperature sensor has a digital output, which works well with the Raspberry Pi.

Home Assistant on Raspberry Pi provides customizable automations for smart home control. Pi-hole on Raspberry Pi Zero 2 W blocks ads and trackers on all network devices. MQTT-based system on Raspberry ...

GY-906 is an easy DIY Raspberry Pi project using inexpensive materials like PICO, GY-906 sensor, OLED display, push switch, ...

Additionally, based on the sensor readings LEDs will turn on to display temperature scale. Ultimately, it provides a good introduction to using physical computing with sensors on the Raspberry Pi. The ...

The project here uses a Raspberry Pi and a Sense HAT to measure the temperature, barometric pressure, and humidity. It then uploads all that data to Weather Underground.

You can also add a temperature and humidity sensor to the Arduino to check your pantry's environmental conditions. Software-wise, you'd be working with the WebSocket module on the Raspberry Pi and ...

Currently, the Pi monitors a single temperature and relative humidity sensor. Based on that input, the Pi controls two exhaust fans located at opposite corners at the base of the greenhouse.

The Raspberry Pi Zero 2 W continues to impress me. In less than an hour, I was able to set up a remote temperature/humidity monitoring system for less than $22. Not only was the low cost of the device ...