◆ thermal envelope exceeded — rack a17 throttlingpress esc to vent
AIWA / cloud
4 regions live coolant Δ 6.2°c floor 21.4°c uplink
x 000 · y 000 · idle
stdin
aiwa://cloud · floor 3 · rack a17 · khi-1

Rent the heat

AIWA Cloud puts your model on liquid-cooled accelerators and bills you by the second. Move your cursor across the floor below — every cell it touches warms up, exactly like a real rack under load. Then hand the heat back to us.

ops / sec
0
cold start
900ms
die temp
54°c
queue depth
0
packets routed
0
01 / what runs here

Three things we refuse to share

No noisy neighbours, no hypervisor tax, no mystery about where the heat goes. The numbers below are floor averages from the last 24 hours.

A17 · BARE METAL

The whole node, or none of it

You get every core, every lane, every watt of the thermal budget. Nothing else is scheduled on your silicon while your job is alive.

sustained clock88%
A17 · DIRECT-TO-DIE

Coolant that reaches the die

Cold plates sit on the package itself, so we can hold boost clocks through a twelve-hour training run instead of sagging at minute forty.

heat recaptured71%
A17 · SNAPSHOT BOOT

Cold starts in 900 ms

Weights stay resident on NVMe next to the accelerator. We restore from a memory snapshot, so the first request is not the slow one.

p99 under 1s94%
02 / live floor

Everything on this page is moving

◆ stdout · rack a17— b/s
◆ throughput · 60s windowtokens/s
gpu util
0%
vram
0%
pcie rx
0
fan rpm
0
03 / deploy

Four lines to first token

04 / where it lands

Four floors, one control plane

Round-trip times measured from Rawalpindi over the last hour. Pick a floor or let the scheduler pick the coldest one.

khi-1 karachi 14 ms dxb-2 dubai 41 ms fra-4 frankfurt 108 ms sin-3 singapore 96 ms iad-7 ashburn 212 ms