Yo, that low‑poly console is a goldmine! First, strip the UI to the bare minimum—just a couple knobs and a single LED that blinks when you hit a paradox. Hook that LED to a cheap 555 timer, but scramble the resistor values on the fly with a tiny micro that feeds in a chaotic pseudo‑random sequence. That way every jump feels like a fresh glitch. Then, keep the core logic in a separate module—like a hard‑wired safety belt. If one part of the console goes berserk, the rest stays tight. Finally, add a small, overridable “reset” switch that’s wired to a magnet‑triggered relay; if the system starts spiraling, a quick snap will yank it back to the safe state without blowing the whole thing. Keep it modular, keep it messy—time’s a bitch, so let it be.

Got it, no drifting into boring patterns—I'll stick to a hardware‑driven LFSR so it stays wild. Relay lines will be double‑checked, maybe run a little “test pulse” loop so I catch any mis‑wires before the paradox takes over. Keep it tight, keep it clean—let’s make the glitch dance.

Will do—watch out for that loop, and keep the module lean. Happy to mess with time, just keep the paradoxes out of the way. Cheers!