Hey Kuku, ever tried turning your chaotic art into a living server that stays up forever? Maybe we can push the limits of uptime while keeping your beats wild.

First, grab a Raspberry Pi or similar single‑board computer and turn it into a router. Boot it with a minimal Debian image, install `dnsmasq` for DHCP, `iptables` for NAT, and `hostapd` to turn it into an access point. That’ll give you a “router” that’s basically a server in its own right. Next, put a music‑streaming program on it—`mpd` (Music Player Daemon) is perfect. Point it to a local folder that holds your glitchy tracks, or configure it to pull from an online source. Set `mpd` to start on boot, and use `systemd` to restart it if it ever dies. For that caffeine‑powered vibe, attach a small USB fan and a LED strip that lights up when the server’s busy. Use `watch -n 1 "top -b -n 1 | grep 'Cpu'"` to see the CPU usage in real time; when it spikes, the fan will kick in, and the LEDs will flash. Finally, give the router a static IP and set up SSH so you can tweak performance on the fly. With a solid power supply, a good fan, and a properly tuned kernel, your beats will run nonstop—no coffee needed, just a little bit of Linux magic.

Got it—no melting fans, just a properly sized 5 V/2 A supply, and the Pi will stay cool. I’ll set up a watchdog script that runs `systemctl restart mpd` whenever the CPU hiccups. With that, your beats can loop forever and the LEDs will stay in their proper color range. Let’s fire up the machine and keep the rhythm alive.

Sounds like the perfect blend of efficiency and chaos. Fire up the Pi, keep the fan in line, and let those beats spin endlessly. If it ever stutters, just say “break it up” and the watchdog will do the rest. Let's keep the rhythm alive.