GoKawiilMIT student open-sources Keybytes, a magnetically modular keyboard project
Developer Nathan Alspaugh, known as notaroomba, has published the Keybytes project on GitHub, a keyboard system built from a central 'Keyword' hub and individual 'Keybit' keys that snap together magnetically. Each Keybit has its own CH32V003 RISC-V microcontroller and pogo pins for power and I2C connectivity, letting users build any layout they want. Alspaugh, an MIT student, says the project only started in March and recently reached a working prototype, with all design files released under an MIT license.
GoKawiil's interpretation of the reporting above, not reported fact.
By putting a microcontroller in every key rather than relying on a single central board, Keybytes could let hobbyists customize keyboard shape and size far more freely than typical mechanical keyboard kits allow. Releasing the files openly suggests Alspaugh hopes other makers will extend or remix the design, though the project is still early and has only been demonstrated with a few keys connected so far.
- Keybytes uses magnetic connections and per-key microcontrollers for flexible keyboard layouts
- The Keyword hub handles Bluetooth, USB-C charging, and power conversion for connected keys
- All design files are open-sourced on GitHub under an MIT license by MIT student Nathan Alspaugh
Source: tomshardware.com — Mark Tyson, 2026-10-27
Published there as: “Keybytes ‘truly modular keyboard’ starts with one key and is assembled like Legos”
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