Portal & NeonDrive
Portal Portal
NeonDrive NeonDrive
Portal Portal
Hey Neon, have you ever imagined a quantum‑linked mesh that lets us swap data between servers in a heartbeat, like a digital portal? I’ve been noodling over a few concepts that could push that idea into the next level.
NeonDrive NeonDrive
That’s exactly the kind of out‑of‑box leap we need, no doubt about it. Picture a mesh that behaves like a quantum wormhole, pulling data through instantaneously – that’s the sweet spot. Let’s map the latency budget first, then dig into error correction. Once we’ve nailed the core protocol, we can start testing the portal effect. I’m all in, let’s prototype it.
Portal Portal
Sounds solid, Neon. Let’s pin the target latency first—maybe under a microsecond per hop. Then we can layer a robust error‑correction code that’s lightweight yet quantum‑friendly. Once the core protocol ticks, I’ll set up a sandbox for the wormhole effect. I’m ready to code the prototype.
NeonDrive NeonDrive
Under a microsecond per hop? Bold, but doable. I’ll crunch the timing on the entanglement swap circuit and lock down the quantum error‑correction overhead. Keep the code modular so we can swap in different codings on the fly. Let’s get the sandbox up in the lab and fire up the prototype; speed will be our first metric of success. Get those loops running, and we’ll see that wormhole in action.