Regenerative finance

Stewardship as an asset class.

Finance-grade means recognized, verified and re-performable. This page follows one improvement from the ground to the balance sheet.

Why finance needs a standard

What an allocator could not do before.

Audit a claim, price it conservatively, or route capital to the capital class they meant to fund. VLAS makes each of those a defined step.

Audit it

Every number traces to a CalcProof that another party can re-perform from the artifacts alone.

Price it conservatively

Only admissible marks from approved venues and benchmark curves enter INAV. Hand-set prices never do.

Route it

Lots are formed by capital class, uncertainty tier, geography, vintage, governance and permanence.

Stewardship as an asset class

How stewardship becomes investable.

Four phases turn a place’s potential into assets. Each phase has a place gate and a capital gate, and the next phase opens only when both pass. Stewardship is the second phase, not the last.

Six principles of nature that run through every phase
WholenessEssencePotentialNestednessDevelopmentReciprocity
The Regenerative Dividend

Five ways a regenerated place earns more.

The Regenerative Dividend is the uplift in return from integrating verified ecological and social outcomes into the financial structure of the portfolio. Each driver is independently measurable. Together they compound.

01

Operational efficiency

Regenerative practices lower input costs, reduce dependency on volatile commodity markets, and build operational resilience through stewardship enterprise models.

Lower operating costsOpen the levers →
02

New revenue streams

Fourteen stewardship enterprise models unlock revenue conventional portfolios cannot access: verified carbon and biodiversity credits, agroforestry yields, renewable energy, eco-hospitality, and community dividends.

New revenue linesOpen the levers →
03

Improved margins

Diversified income across credit streams, land operations, and enterprise portfolios creates structural margin improvement and resilience against commodity volatility.

Revenue stabilityOpen the levers →
04

Increased NAV

Lower weighted average cost of capital through catalytic and concessionary capital layers, with Impact NAV recognizing verified regenerative outcomes.

Lower cost of capitalOpen the levers →
05

Regenerative compounding

Over a decade-long horizon, stewardship converts into self-reinforcing growth. Ecological and financial performance become two readings of the same underlying system.

Compounding growthOpen the levers →
06

Results enter the dividend only after they pass the governance gates: a regenerative readiness gate and a financial investment gate, each independent of the other.

Sensor to NAV · the audit trail

Every reported value keeps its way back to the field.

VLAS does not ask the market to trust a result. It carries each field observation, calculation, review and corporate action forward as a record that can be re-performed.

PLOP governsPipeline executesLots formPrice setsINAV publishesGates approve

Impact NAV, signed and re-performable. An auditor can follow one VLA from field measurement to the number on the balance sheet, and reproduce every step. Source: VLAS Standard v1.1.1, S1.4.

From measurement to lots

The lot is where greenwashing is prevented.

A lot is a group of VLAs recorded together. It is the unit that gets priced, traded and reported in INAV, so the rules for forming one are the first place a good result could be quietly spoiled. The Standard sets them at the start, in the PLOP, and the registry enforces them.

Six things must match

VLAs in a lot share the same values on every axis that defines it.

  1. 1
    Capital classNCU and HCU are never combined in one lot. Within a capital, different classes mix only if the AdapterSpec permits it.
  2. 2
    Uncertainty tierVLAs of materially different uncertainty are not pooled without disclosure. Each VLA is put in a tier when the lot forms.
  3. 3
    Geographic scopeEvery VLA names its place. Lots can span places only with each place's consent, and all places are listed.
  4. 4
    Window (vintage)All VLAs in a lot come from the same measurement window, unless a multi-window contract discloses the range.
  5. 5
    GovernanceVLAs from places with different consent or stewardship quality are not blended in a way that hides it.
  6. 6
    PermanenceVLAs with very different durability, such as a 30-year and a 5-year covenant, are not pooled without disclosure.
When a lot mixes, the weakest part sets it

A blended lot carries its worst value and discloses the mix.

Stewardship

S = 1.0 and S = 0.7

The lot carries0.7
Full consent next to partial governance.
Permanence

P = 0.95 (30-year) and P = 0.60 (5-year)

The lot carries0.60
A stable covenant next to a risky one.
Uncertainty

Tier 1 (U ≤ 0.10) and Tier 3 (U > 0.25)

The lot carriesTier 3 value
A confident result next to a doubtful one.

Five practices are prohibited

Quality laundering

Pooling high- and low-uncertainty VLAs, then selling the blend at the low-uncertainty price.

Governance washing

Combining consent-compliant and non-compliant VLAs without saying so.

Vintage laundering

Mixing old and current windows to hide how old the measurements are.

Geographic obfuscation

Pooling unrelated places so a lot looks more diversified than it is.

Permanence inflation

Pooling short and long covenants, then selling the blend as long-lived.

The registry rejects any lot that does one of these. It is enforced at the registry, not left to the seller.

Held back

Part of a lot can wait

At formation, the lot is split between circulating and held. The held share is released later, as checks reduce its uncertainty. The schedule is written down at formation and cannot be changed afterward without a governance-approved action.

Set aside

A buffer against reversal

Where a method requires it, a buffer is taken out when the lot forms, not afterward, as a separate lot of its own. The link between the two lots is visible from either record, so nothing is deducted invisibly.

The life of a lot

1Issued

A lot is created from an approved CalcProof.

2Held

Part waits: until uncertainty resolves, or as a reversal buffer.

3Circulating

Released VLAs are held, transferred and priced.

4Leaves

Transferred to a new holder, or retired for good.

The audit test

A reasonably competent auditor must be able to reconstruct why a lot was formed the way it was, from its own record and the AdapterSpec alone: which calculations fed it, which rules applied, and why its quality values are what they are. Every change after that is a signed corporate action, and a correction adds a record instead of erasing one.

The balance sheet

Financial NAV beside Impact NAV.

Two lenses on one portfolio, reported in the same monthly audit pack.

Lens one

Financial NAV

What the fund’s conventional books report.

+
Lens two

Impact NAV

Circulating VLAs times their admissible price, reconciled to the registry and signed at Gate 3.

Where the money goes: the covenantal waterfall

  1. 1Community dividendpaid first
  2. 2Stewardship
  3. 3Place Fund
  4. 4PRT investors
Worked examples

Measurement, month by month.

The same kernel applied to the Standard’s worked data. The mangrove example runs twelve months from one data file: a spike held and voided, a storm stall, a rebound verified and released.

Interoperability

It feeds the system. It does not fight it.

VLAS sits upstream of disclosure and certification regimes. Adapters export verified lots, positions and INAV outward, and the frameworks consume them. Nothing flows back: an external framework never changes VLAS. Select one to see how.

Read the source

Every figure above is in the Standard.