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The eight canonical axes

Eight axes. One measure of accountability.

These are the frozen, universal axes the Master Equation reads in every regulated domain — the same eight whether the system is finance, medical, government, law, insurance, or any of the ten domains. The codes, the names, and the math never change. What changes from domain to domain is only what each axis means when the standard is read there — and that reading lives on the domain pages.

This is the vocabulary, presented once, plainly. Below: every axis, its canonical code and role exactly as the engine computes with it, and what it measures.

Patent-pending — U.S. Provisional 63/921,717

The eight axes

The universal vocabulary of accountability.

Any system you would want to hold accountable can be read on these eight axes. The codes and roles below are exactly the ones the engine computes with — nothing relabeled, nothing reordered. They are the health-native canonical set, used as the universal language across every domain.

POPhysical & Outdoor
S · Somatic foundation (with NM)

The physical, operational foundation a system actually runs on — the soundness of the rails everything else depends on. Half of the somatic substrate that grounds the whole measure.

NMNutritional & Metabolic
S · Somatic foundation (with PO)

What sustains the system over time — the throughput and resources that keep it functioning rather than merely standing. The second half of the somatic substrate, paired with PO.

EREmotional & Relational
ER · Resilience wing factor

The strength of relationships and trust around the system — how well it holds together under stress. One of the two factors in the resilience wing.

SCSocial & Communal
Sp · Coherence amplifier

The wider context a system sits in and answers to — its community, peers, and shared norms. It amplifies the foundation: strong context multiplies the value of a sound base.

RSReligious & Spiritual
RS · Resilience wing factor

The sense of meaning and principle that gives a system durability beyond the immediate. The second factor in the resilience wing, multiplied with ER.

ESEnvironmental & Stewardship
E · Right-wing addend

Stewardship of resources and environment — how responsibly a system uses what it is entrusted with and the footprint it leaves. One of the two additive terms in the right wing.

TATechnological & Adaptive
T · Right-wing addend

How well a system adapts to time and changing conditions — its technical capability and capacity to keep current. The other additive term in the right wing, added to ES.

PVProvisional & Vocational
p · Right-wing exponent

Fitness and mandate for the purpose — how clearly the system is doing what it exists to do. It is the exponent on the right wing, shaping how steeply adaptation and stewardship compound.

How the axes roll into the formula

Eight axes in. One composite out — multiplied, never averaged.

The eight axes compose into three wings, multiplied together. Because the structure is multiplicative, you can't fake a missing pillar to lift the score — and a consistency exponent rewards steadiness across all eight at once.

CH = (S × Sp)C × (T + E)p × (ER × RS)C/3

Three-wing canonical form · the same engine that runs in production today

Substrate & coherence

(S × Sp)C

The substrate SPO with NM — multiplied by the coherence amplifier Sp (SC), all raised to the consistency exponent C, the mean of all eight axes. Foundation and context multiply, and consistency amplifies both.

Right wing

(T + E)p

The adaptive addend T (TA) plus the stewardship addend E (ES), raised to p — the provisional/vocational axis (PV). Adaptation and stewardship are additive, and purpose shapes how steeply they compound.

Resilience wing

(ER × RS)C/3

Emotional/relational ER times religious/spiritual RS — a separate multiplicative term, raised to a third of the consistency exponent so it strengthens the whole without dominating it.

Don't take our word for it

Every axis, every term — recompute it yourself.

Verify it live, in your own browser.

The axes and the math aren't a claim you have to trust — they're a computation you can run. Open the public verifier and recompute the standard yourself, with the same engine that runs in production.