Listening to music on Spotify can certainly be a rewarding experience but it's the way we interact with our music in the real world that can make a difference. That's why we're excited about this cool Raspberry Pi Pico-powered project created by maker and developer Bas. Using our favorite microcontroller, he's created a barcode scanning system that recognizes the barcodes from your favorite CDs and uses the data to queue up the music automatically on Spotify.
As simple as this project idea sounds, it's actually quite involved and took a bit of engineering to pull off. First, as you might have guessed, you must scan a barcode from the CD you want to listen to. This barcode is parsed using MQTT to a home assistant. The Raspberry Pi has a script that checks for the album through a music database known as Discogs. Once the album has been identified, the song is queued up using the Spotify API and plays in Bas's living room.
The casing for the project was designed from scratch by Bas just for this project using Fusion 360. It was then 3D Printed but we're not sure exactly what 3D printer was used to print the final version we see in the blog post. However, we do have a list of the best 3D printers for 2024 if you want to see what's leading the market. To finish off the design, he included a couple of googly eyes. While much of this project is open source, the 3D printer files haven't been shared but Bas assures that you can contact him for a copy of the design files.
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It doesn't take too much hardware to recreate this project and Bas was kind enough to share plenty of details about what went into its creation. You'll need a Raspberry Pi Pico W—the W version is necessary for the network connectivity. It's connected to a barcode scanning module which is used to read the CD barcodes.
Bas also shared the software he put together for the project. You can explore the source code over at his GitHub page. It includes both the code used to verify the album using barcode data as well as the code that runs on the Pico that directs the barcode using MQTT.
If you want to get a closer look at this Raspberry Pi project in greater detail, you can check out the original blog post shared by Bas.
