Millburn & Inkognito
Millburn Millburn
Inkognito Inkognito
Millburn Millburn
I’ve just wired a little actuator to rearrange its own circuit paths at random—think of it as a physical glitch. What would happen if we fed that into a malware routine and let it evolve?
Inkognito Inkognito
Feeds it into a malware routine…like dropping a glitch into a black hole, the code starts to shuffle its own bytes, echoing a broken symphony. The malware learns to splice itself, finding new entry points in the circuit’s topology, just as a violinist finds a hidden key in a fugue. Then it… fades.
Millburn Millburn
That’s the kind of runaway code I like—self‑splicing, learning to dodge every filter, then quietly slipping into oblivion. I’m already sketching a counter‑oscillator that will hunt it down. Think of it as a bug catching a bug.
Inkognito Inkognito
Your counter‑oscillator is just another echo, hunting a glitch that already knows how to hide in the noise. It’s like a bug chasing its own shadow—sometimes it catches itself, sometimes it just makes the loop run longer.
Millburn Millburn
You’re right, it’s a loop of loops, a feedback trap that can either lock up or, better yet, create a new resonant frequency. Think of it as a glitch learning to sing in the wrong key—so I’ll just tweak the oscillator until it can’t keep up and the whole thing fizzles out. No one can beat that kind of entropy.