A governing standard for living-systems improvement

When care for a living system becomes finance-grade.

VLAS defines the conditions under which a verified improvement in a living system, measured across the Five Capitals and governed by community consent, may be recognized as a finance-grade asset. Life before profits.

Why VLAS exists

Five failures. One cause.

01

Single-metric reduction

Everything collapsed to carbon. Co-benefits invisible.

02

Attestation, not verification

The claimant picked the verifier.

03

Capital-class blindness

Buyers could not route capital to what they meant to fund.

04

Time-blindness

A 2018 snapshot treated like active care in 2026.

05

Governance-washing

Consent as a checkbox, never a number in the math.

Integrity was signaled, not manufactured. VLAS inverts the posture: the standard itself manufactures the quality, so a VLA cannot exist unless the integrity is real.

What VLAS is

A rule set, not a product.

A standard is calm and above the market it governs. It does not sell, trade or list. It defines what counts, and makes that definition auditable. Three claims you can re-perform: recognition, verification and lifecycle.

Not a market, fund or registry

Those are implementations. The standard governs them.

Not a sustainability label

No badge for stated intent. Recognition is earned through evidence.

Not a single metric

It does not reduce living systems to tonnes of CO₂.

Not a legal determination

It produces verified data; professionals decide treatment under law.

The five capitals

People, places and living systems, five ways of reading them.

Everything a place has, and everything it can become, falls under one of five capitals. Name them once and a project can say what it is trying to grow, and show whether it did.

Natural

NCU

The health and resilience of ecosystems.

You measure

Soil, water, air, biodiversity, carbon.

A goal might be

“A healthy forest”

Human

HCU

The capacity, health and skills of people.

You measure

Education, skills, health, livelihoods.

A goal might be

“100 new jobs”

Social

SCU

Trust, inclusion and community cohesion.

You measure

Participation, trust, governance, consent.

A goal might be

“A community that decides together”

Built

MCU

The efficiency and resilience of infrastructure.

You measure

Energy, buildings, water systems, adaptability.

A goal might be

“A clinic that runs on its own power”

Financial

FCU

Economic resilience. The monetized value of the other four.

You measure

Local flows, retention, access, avoided losses.

A goal might be

“Money that stays in the community”

Setting your goals

A place starts with what it wants. Each goal belongs to one or more capitals, each capital is read with approved indicators, and the place decides how much weight each one carries.

Name the goal

What the place wants to see grow.

For exampleRestore 500 hectares of mangrove.

Choose its capitals

Every goal belongs to one or more of the five.

For exampleMangrove cover → Natural. Fishing jobs → Human and Financial.

Pick the indicators

Use the pattern library and stewardship models to predict and forecast how each indicator should move.

For exampleCanopy cover (%), nitrate (mg/L), jobs held at twelve months.

Build the measurement system

Sensors, field methods and verifiers that read each indicator.

For exampleSatellite canopy cover, quarterly water samples, payroll records.

Weight and floor

How much each capital counts, and the minimum each must meet.

For exampleNatural 40%, Human 30%, Social 20%, Built 5%, Financial 5%. 40 + 30 + 20 + 5 + 5 = 100%

Simulate

Run the plan against forecasts before any record is made.

For exampleTwelve months of forecast readings checked against every floor.

Go live

The plan is adopted and measurement begins.

For exampleFirst verified reading enters the running record.

Measure, refine and adapt

Read the indicators, compare them with the forecast, and adjust the plan.

For exampleNitrate runs above forecast, so the buffer strip is widened.
Written into the PLOP

The capitals become the place's policy.

Before anything is measured, the place records its choices in its Project Level Operations Policy. From then on, every measured change is split across the capitals the way the place decided, and nothing counts if a floor is missed.

w*The share each capital receives. Set by the community.
Smin · Pmin · UmaxThe floors: stewardship, permanence and certainty a place must meet.
Σα ≤ 1The total can never exceed what was measured.

Read the five capitals in the Standard →

The architecture

Four parts, one sentence each.

Part 01 · governs

VLAS

The standard

Defines the recognition criteria. The rule set.

Part 02 · executes

RCCS

The system

The first conformant implementation that runs the pipeline.

Part 03 · recognized

VLA

The asset

The verified living asset: the issued instrument.

Part 04 · holds

PRT

The trust

The fiduciary container that holds and governs assets.

“VLAS is the law. RCCS is the courthouse. The Registry is the front door.”

Who it is for · who holds it

Same standard, every seat.

Communities, landowners, stewards, verifiers, allocators, financial institutions, builders and regulators each read the same rule set from a different seat. Find yours →

Held by an independent trust

Maintained as a regenerative commons by Regenerative Development Corporation, with custody passing to the VLAS Trust. First implementation: RCCS and the Planetary Regenerative Trust.

Regenerative Commons License v1.0

The Standard, diagrams and examples are licensed under the Regenerative Commons License.

The formula · term by term

Quantity is earned, term by term.

Q is the quantity of VLAs the Standard recognizes for one capital, one place and one window. It is the product of a scale factor, the verified change, two time terms that reward speed and sustained care, and three coefficients for durability, consent and certainty. Select any part of the formula, or any variable in the list, to see what it means and how Q responds.

Select a term
How it works · the issuance kernel

The formula itself manufactures quality.

Every VLA quantity is the product of six terms — and each is a fiduciary control. Move any control and watch the quantity respond. Starve improvement, durability, governance, or certainty and the result falls to zero — no VLA is recognized.

Q = Acap × ΔI × P × S × vα × aβ × (1 − U)
Q · quality-adjusted quantity 0.000
Integrity retained through the gauntlet0%
ΔI ≤ 0no real change
S → 0governance fails
U → 1too much doubt
Move the controls

The standard is the integrity.

Every clause, version, diagram and requirement, with cite and compare.