[ Platform ]
Reserved bare-metal, production inference, and the power and thermal engineering underneath — one integrated stack, operated by one accountable team.
[ 01 — Bare-metal compute ]
Dedicated accelerators. No noisy neighbours.
Single-tenant hardware with full isolation, line-rate networking, and direct access to the accelerator — the foundation for training runs, fine-tuning, and throughput-bound pipelines that can't tolerate contention.
- —Reserved clusters with committed capacity and predictable performance
- —On-demand bursts for spiky training and batch workloads
- —High-bandwidth interconnect for multi-node scale-out
- —Private networking and dedicated tenancy by default
[ 02 — Inference ]
Serving that sits inside the city.
Low-latency endpoints and managed serving from in-metro capacity. Models run close to users and data, so response times stay tight and experiences stay live.
- —Token and request endpoints with usage-based metering
- —Autoscaling for real-time and bursty traffic
- —In-metro placement for ultra-low-latency local hops
- —Observability, rate controls, and tenancy isolation
[ 03 — Power & thermal ]
Density without compromise.
Behind-the-meter generation and purpose-built thermal design let us run modern, high-draw accelerators in dense urban envelopes — and put the heat we produce to use rather than waste.
- —Behind-the-meter power for resilience and clean supply
- —Advanced cooling engineered for high rack densities
- —Waste-heat recovery for neighbouring thermal demand
- —Renewable-matched energy across the operating fleet
[ At a glance ]
<2ms
In-metro latency (target)
99.99%
Availability target
N+1
Power & cooling redundancy
SOC 2
Controls in progress