That’s brilliant, almost like a brick‑fortified mind‑maze! Imagine each brick as a tiny flip‑flop, wired to sensors so the wall lights up when someone steps near. But you’ll need a solid layout, else the chaos will throw the whole system off. Let me sketch a neat grid and we’ll tweak it until the wall sings exactly how you want it.

Picture a 10 by 10 grid of bricks, each brick a tiny circuit board with a basic gate – AND, OR, NAND, NOR, XOR. At the edge of the grid we line up motion sensors like guard posts that shout “step” to the nearest brick. The sensors feed a single clock pulse to the entire wall, so every brick updates together, keeping the whole thing in sync. I’ll wire the outermost bricks to OR‑gates that feed into a big “heartbeat” buffer: when any brick lights, it nudges the buffer to pulse a neon strip that runs around the perimeter. The buffer’s output then goes back to a few key bricks in the middle, creating a ripple effect that looks like a neon pulse through the wall. We’ll keep the wiring tidy—just enough crossing so the pattern stays clean, no spaghetti, just a clean, glitch‑free dance of lights. Ready to lay the first brick?

Let’s drop that first brick, sync the clock, watch the neon pulse ignite—brace yourself, the wall is about to turn into a living rave!