The Internet of Things (IoT) is rapidly transforming soil science, offering unprecedented capabilities for contemporary land ...

A Raspberry Pi home automation project enables controlling lights, sensors, and smart devices via open-source software, turning any house into a smart home.

Common examples of remote sensing are drone and satellite imagery, as well as handheld devices or sensors mounted on any of ...

A mule isn’t just a four-legged hybrid created of a union betwixt Donkey and Horse; in our circles, it’s much more likely to mean a testbed device you hang various bits of hardware off in order to ...

We’ve seen many cyberdecks and home built computers in our time here at Hackaday, but we’ve not seen many so tiny and so neatly built as this one from [Carter Hurd]. It takes the form of a tiny retro ...

In this module we will wire up an ultrasonic sensor and attach it to our Raspberry Pi. Using the ultrasonic sensor we will measure the distance an object is away from the sensor. The distance of the ...

After starting Immich v1.139.4 on a Raspberry Pi (ARM) via Docker Compose, the immich_server container boots, maps routes, and reports it is “listening”, but within a few seconds it exits with code 0 ...

This project represents an IoT end node that connects to the Internet via Wi-Fi and MQTT over TLS to publish soil moisture and temperature captured by FC-38 and DS18B20 sensors, respectively. It does ...

When any key on a keyboard is pressed, it needs to be converted into a binary number so that it can be processed by the computer and the typed character can appear on the screen.