OUR TECHNOLOGY

independent thermal–power governance authority

We design deterministic enforcement systems that operate outside OEM firmware to

govern how high-density silicon is allowed to operate after deployment — not just how it was designed to perform in controlled conditions.

As AI accelerators push beyond 1,000–1,500W TDP, many of the most costly failures are no longer performance-related. They are attribution failures: situations where it becomes impossible to prove whether damage resulted from silicon limits, firmware behavior, cooling assumptions, or operational misuse.

QH8 addresses this gap by enforcing physics-derived operating limits in real time and generating immutable forensic records that document exactly how hardware was governed in production.

Our systems provide decision-grade evidence for operators, insurers, and compliance teams — transforming thermal and power risk from an assumption into a verifiable, auditable control layer.

QH8 does not manufacture hardware, cooling equipment, or monitoring dashboards.
We provide independent operating authority.

When performance scales faster than accountability, governance becomes infrastructure.

QH8 Obsidian: Cooling hardware with deterministic governance enforcing 1,000–1,500W limits
QH8 Obsidian: Cooling hardware with deterministic governance enforcing 1,000–1,500W limits

Operational Evidence

Verifiable artifacts produced by live, independent thermal–power enforcement on AI hardware

QH8 comparison: Air-cooled vs liquid-cooled AI racks for 1,000–1,500W hardware with deterministic
QH8 comparison: Air-cooled vs liquid-cooled AI racks for 1,000–1,500W hardware with deterministic
QH8 Sovereign Enforcement Receipt: Forensic proof with SHA-256 hash, 1450W limit, <3% fatigue for AI
QH8 Sovereign Enforcement Receipt: Forensic proof with SHA-256 hash, 1450W limit, <3% fatigue for AI