BraidBoard

2019

Experiments with hardware tiles for a distributed, grid, cellular environment for computing state. Each tile is a small PCB with an OLED screen. You arrange them into a grid, they interlock, and messages pass around the arrangement of boards, each one holding and updating a piece of the state.

Seventeen small OLED boards wired together into a loose network on a table
Seventeen tiles wired into a network.

Interlocked into a grid, each board shows its own cell state and passes values to its neighbours, like a cellular automaton spread across physical hardware.

The boards notched together into a woven grid, each OLED showing three state numbers, over a 2019 notebook
Interlocked into a grid, each OLED showing its cell state. Notebook from 2019.

The patterns it was meant to grow were braids, woven lines that come out of local rules repeated across the grid.

Three hand-drawn braid patterns in a sketchbook
Braid studies.
The tile PCB design printed and panelised, with a chip and OLED module on top
The tile board, panelised.

Code: github.com/isaac-art/Braidboard.