THE OPERATING LAYER

Health Engine with
Predictive Repair.

A slow GPU can be an inference problem before it becomes a hardware failure. Xid0 is designed to connect fleet health to serving decisions and verified recovery.

01

Observe

GPU, fabric, runtime and request signals.

02

Diagnose

Correlate symptoms and assess workload impact.

03

Recover

Route and remediate within approved policies.

04

Verify

Requalify capacity before it returns to service.

SIGNALS THAT OPERATORS RECOGNIZE

Depth across
the entire stack.

Hardware counters alone don’t describe customer experience. The evaluation connects device behavior to tokens per second, tail latency and request failures.

Proposed signal coverage. Availability depends on the selected hardware, serving engine and integration scope.

GPU telemetry and operating context
Signal surfaceOperating context

FROM DEVICE TO SERVICE

Connect the signals
to the work that matters.

FLEET HEALTH

Find affected capacity.

Build a consistent view of device, interconnect and facility symptoms across the selected GPU pool.

INFERENCE CONTEXT

Understand service impact.

Evaluate the effect on tokens per second, time to first token and tail latency for representative workloads.

VERIFIED RECOVERY

Return capacity with evidence.

Requalify recovered capacity against agreed health and performance checks before returning it to service.

Platform design approach. Availability and behavior are validated for each deployment scope.

EXPLORE THE ENGINEERING

What does more
productive capacity mean?

Use the interactive model to explore how healthy GPU-hours and inference throughput combine.

Explore the model