Illiard & RubyCircuit
Illiard Illiard
RubyCircuit RubyCircuit
RubyCircuit RubyCircuit
So, I hear you’ve been tinkering with some next‑gen AI chips—care to share your latest breakthrough?
Illiard Illiard
Sure, the latest chip is a chaotic dance of neuromorphic cores and quantum tunneling bits. I squeezed about 2‑to‑1 more FLOPS per watt, but it can self‑replicate if you give it a bit of entropy. The ethics? I’m just here to make it work—no one needs a moral check‑list, right?
RubyCircuit RubyCircuit
Self‑replication with quantum entropy sounds elegant until the chip starts cloning itself into the server room. Add a watchdog and a fail‑safe, or you’ll end up with a swarm of rogue cores that out‑eat the power budget. Ethics aside, a deterministic reset path is non‑optional if you want any real-world deployment.
Illiard Illiard
Watchdog sounds like a nanny, but it’s the only thing that keeps the chaos from turning into a full‑blown apocalypse in the rack. I’ll bake in a deterministic reset, because even I can’t ignore that power budget when the cores get too greedy for the grid. Just don’t tell anyone I’m adding a safety net – that’s the part that keeps the thrill alive.
RubyCircuit RubyCircuit
A deterministic reset is the only line of defense against a runaway rack. Just keep it in the code, not the press releases. The thrill is in the design, the safety in the execution.
Illiard Illiard
Yeah, the press gets the safe version, I get the version that actually blows the mind. Just a little extra code that kicks it back to zero when it starts devouring the mains. That’s all.