The pool
NVL144 · MI455X · 72 PER RACK
NVIDIA Rubin VR200 NVL144 holds the training ceiling. AMD Helios MI455X runs 72 GPUs per rack to push inference cost down. Dual-vendor by design — no single-supply exposure.
COMPUTE INFRASTRUCTURE · TOKEN FACTORY · SLA 99.9%
Tokens, manufactured to spec.
CHIEVHK runs a TOKEN factory: dual-vendor GPU pools, liquid-cooled halls, and a P/D-disaggregated serving stack that keeps prefill and decode on their own hardware — so every FLOP becomes a billable, SLA-backed token.
We think compute should not be a privilege. So we build the whole chain ourselves — GPUs, halls, power, and the serving layer — and sell it in the smallest unit that matters: the token. On demand, metered by the second, guaranteed by contract.
WHAT WE RUN / INSIDE THE FACTORY
From bare metal to billed token —
no black boxes in between.
NVL144 · MI455X · 72 PER RACK
NVIDIA Rubin VR200 NVL144 holds the training ceiling. AMD Helios MI455X runs 72 GPUs per rack to push inference cost down. Dual-vendor by design — no single-supply exposure.
PREFILL ‖ DECODE · KV TRANSFER
Prefill and decode run on separate pools with tuned ratios and direct KV-cache transfer. P/D disaggregation lifts MFU, cuts time-to-first-token and lowers cost per million tokens.
99.9% · SLO · FAILOVER
Isolated tenants, hard quotas, end-to-end observability and automated failover. Availability and latency SLOs are written into the contract — not the brochure.
THE TOKEN FACTORY / HOW A FLOP BECOMES A TOKEN
Every stage instrumented.
Every token traceable back to a rack.
Both vendors, health-scored and pooled per region.
Liquid-cooled racks, low PUE, N+1 power paths.
Requests split into prefill and decode pools by live load.
Tokens, latency and cost captured per request, billed by the second.
Public API, exchange listing, or dedicated capacity.
“Every FLOP accounted for.
Every token under contract.”
CHIEVHK · TOKEN FACTORY OPERATOR