Make a circuit that runs an output device. (Breadboarding is okay)
Make a software program (try NodeJS/Unity/Python/Processing/openFrameworks) that communicates with this output device over Serial, Bluetooth, WIFI (ESP8266), Radio (NRF or Marvelmind) or standard network (TCP/UDP from one computer/phone to the other).
Group Project - Sahiti Agarwal & Wenjun Li
<aside> 💡 Use voice commands to light up a Christmas tree
</aside>
Input: Google AIY Voice Kit with Raspberry Pi 4
Output: LED strips
Others: LEDs, Resistors
Assemble the Kit
By following this guide provided by Google, it was very easy to get the box into shape.
Components inside the box were a voice HAT accessory board, a voice HAT microphone board, a speaker, a push button, a Raspberry Pi 4, and a SD card.
Boot the Device
By flashing the Voice Kit system image to the SD card, we were able to run its operating system in my Raspberry Pi. Then we connected an external keyboard, a mouse, and a small monitor to the Pi.