Centralized hyperscale
- One campus, continent-scale backhaul
- Traffic travels half the country (or further)
- High latency, high energy waste
- Public internet exposure for many paths
- AI feels remote — rented from afar
A mini data center beside each Megaport facility — dual GB300 racks today, ribbon racks tomorrow — joined by 100 Tbps dark fiber and a Layer‑2 private enterprise IP fabric. Local AI. Community latency. No public internet in the data path.
One distant hyperscale forces traffic halfway across the country — burning energy and latency. Last Mile AI puts Omega next to where the carriers already meet, so the person using the model feels like the model lives in their community.
Wherever Megaport is — hundreds of facilities worldwide — we place a mini data center in the last‑mile radius. Clients reach us on Megaport’s Layer‑2 private enterprise IP. Edge CPE does their switching and routing; the models and apps run in our racks.
Megaport PoP — where carriers already converge. We sit next door on dark fiber.
GPUs, CPUs, LLMs, STT, TTS, Voice Link, connectors, and the apps we invent — hosted locally.
Enterprises join via Megaport L2. Business stays off the public internet.
The same sovereign stack — Voice Link and the rest — lands in every mini DC so experience stays domestic and close.
Complete telephone system behind one weblink — local inference path, community latency.
Our models and speech stack on dual GB300 today; ribbon racks when they arrive.
Enterprise connectors living beside the carriers, not hauled across a continent.
Applications we invent and host on the same last‑mile fabric.
Client switching and routing at the premises; heavy compute stays in our mini DC.
Layer‑2 private enterprise IP — business without public-internet exposure.