Deterministic governance, safety enforcement, and cryptographic auditability for AI compute fleets. SPARK-XC sits above the GPU runtime and below your workloads — governing every power decision, policy rule, and fleet state transition.
Most GPU infrastructure has no control plane. Workloads talk directly to drivers. Policies aren't enforced. Safety depends on a single software layer. When it fails, nothing catches it.
SPARK-XC is the control plane that sits between your schedulers and your GPU runtime — governing every power decision, enforcing every safety rule, and recording every state transition with cryptographic proof.
SPARK-XC wraps your GPU in five independently operating safety layers, each capable of enforcing power limits on its own. No cascading failures. No silent gaps. Every decision cryptographically signed.
In infrastructure systems there are two planes. The data plane executes. The control plane governs — deciding what should happen, where resources go, and which policies apply.
SPARK-XC is the control plane for your GPU infrastructure. Every power limit, every safety rule, every state transition flows through it before reaching hardware.
Watch a power limit request travel from application to hardware — and see exactly where SPARK-XC intercepts, validates, and records it.
Every layer can independently enforce safety. If Layer 2 fails, Layer 1 is still enforcing. If Layer 3 is compromised, Layer 4 catches it. The design never assumes the previous layer succeeded.
The SPARK-XC audit chain uses HMAC-SHA256 to link every log entry to its predecessor. Any tampering is instantly detectable.
We're onboarding a select group of design partners — data center operators, AI labs, and enterprise teams ready to deploy a true GPU infrastructure control plane.