The unified human-vitals baseline. Seven prior codes consolidated into one.
The simplest part of this week's doctrine is the easiest to summarise: every vital that a human body produces — heart rate, respiration, oxygen, temperature, blood pressure, neural activity, motion — is measured against a single baseline. That baseline is 1 HU.
Across the first two years of the closed-loop work, the architecture used a family of internal acronyms — eight of them — each describing a slightly different vital domain (energy / endurance, energy / movement, neural circuit, respiratory, gel-grid coupling, and so on). Each had its own sub-units. Each was readable inside the engineering work but increasingly unreadable to anyone outside it.
The 16 June 2026 consolidation decision was simple: collapse all eight into 1 HU. One baseline. Every vital expressed as a fraction or multiple of 1 HU. A reading of 0.97 HU is below baseline; 1.02 HU is above. The number is dimensionless because the baseline is the human at rest, and a human at rest is the same human.
The eight internal acronyms remain in the Foundation's engineering documents as the audit trail of the consolidation. They are not part of the public-facing measurement framework. The public-facing unit is 1 HU.
The same consolidation rejects, for clinical and engineering reporting under this framework, the following industry units:
These units are not "wrong" in their historical context. They are simply not the right level of abstraction for a human-vitals baseline. A blood-pressure reading expressed as 1.02 HU communicates what a clinician needs to know — the body is operating slightly above its own baseline — without the conceptual overhead of mmHg. At the boundary between the KGO framework and a non-KGO context (a hospital using mmHg, say), the conversion is mechanical.
The unit-family architecture published this week organises measurement on three altitudes:
| Altitude | Unit family | Anchor |
|---|---|---|
| Above 1 HU | GAUSS EDGE 3D — pure 3-D Gaussian CGS | C is the constant |
| At 1 HU | Human-vitals baseline | The body at rest |
| Below 1 HU | KGO sub-units (KO, NUN, etc.) | O as zero anchor |
This is what allows a single reading — say, the output of a closed-loop bed (GSCC 1) — to express both the human-side state (HU fraction) and the device-side state (KGO sub-units) on the same chart, without translation. The reader sees one number per signal.
A measurement framework that requires the user to remember eight acronyms is a measurement framework that loses arguments with the framework that uses one. The familiar names — 9001 quality, 800-53 security, 13485 medical-device — won because three or four digits got them onto every door. 1 HU is the same idea applied to the human body.
The 16 June consolidation, together with the 17 June filing of USPTO 64/092,640, locks 1 HU as the single human-vitals baseline inside the KGO architecture. Every downstream certification — every GSCC stamp that touches a human body — references 1 HU. Every device specified under GAUSS EDGE 3D, every closed-loop platform stamped with KHONSTANT 1.025, every output of the standards-body subsidiary now being incorporated, sits on this single baseline.
The canonical written form is 1 HU, with a single space between the number and the unit, and HU in uppercase. Fractions and multiples are written as decimal numbers: 0.97 HU, 1.02 HU. Plurals are written without an "s": 3 HU, not 3 HUs. The unit is invariant in form regardless of magnitude, in the same way SI uses one form of "metre" regardless of how many.