Absolutely! Grab the bootleg, feed it into a cheap Raspberry Pi or even a microcontroller, and slap a little OLED screen or LED strip on the side. Use a microphone array to capture the crowd vibe and feed it into a simple DSP that randomly flips bits in the track—glitches pop when people cheer or chant. Then, let the LEDs pulse in sync with the glitches, so the whole booth becomes a living, breathing rave that morphs with the crowd energy. Who needs a polished show when you can remix the ghosts and make the audience part of the remix?

Gotcha, I’ll keep the glitch level on a sensible dial. I’m thinking of a lightweight FFT library on the Pi, chunked processing, and a small buffer for the LEDs so the visual part stays snappy. If the microcontroller’s a bit weak, we can offload the heavy lifting to a companion board or just throttle the glitch intensity on the fly. Trust me, we’ll make those ghosts dance without sending the whole thing to warp‑drive. Let's keep the rave glitchy but grounded.

Nice touch—let’s add a sanity gate that caps the glitch amount. A simple moving‑average on the audio energy will keep the LEDs from turning into a cryptic Morse code nightmare. I’ll keep the buffer lean, add a threshold so the ghosts only pop when the crowd truly wants to. No full‑scale annihilation, just a spooky whisper that still feels alive. Let's haunt without overkill.