Months
Program vaults
A Paymaster cannot operate without a funded vault.
07–08Token & supply
LRGN earns nothing by being held. It earns by being used.
A token that can only be acquired to do something — and is locked or consumed while doing it — relates to protocol activity differently from one whose appeal is appreciation.
7.1 · Five-tier utility architecture
What “doing something” means, actor by actor
U1
Institutional program lockups
Activating a program locks LRGN in proportion to its milestone budget. It collateralizes the Paymaster that sponsors participants' transactions and signals the payer's commitment to validators — neither of which a fiat deposit can do.
U2
Validator staking & slashing bonds
Validators post LRGN bonds at accreditation, which set their tier, eligibility and fee rate. Community trust — hard to earn, easy to lose — becomes a quantified stake.
U3
Research query licensing ‡Phase II
Federated research queries are priced in LRGN. Part burns on submission; the rest pays contributing devices. Larger cohorts and heavier circuits burn more.
U4
Protocol execution & Paymaster sinks
Every sponsored state change consumes a fixed quantity of LRGN from the payer's vault — turning health milestones met directly into token consumption, with no market activity required.
U5
Parameter governance
Staked LRGN votes in the Economic Chamber, weighted by both size and duration — favouring those whose stake reflects ongoing work over passing positions.
7.2 · Velocity-dampening supply mechanics
The locks are native to the work
These are not artificial lock-ups that punish holders. They are the economic requirements of the functions the token performs.
Cycles + cooldown
Validator bonds
A validator cannot attest without a bond in place.
Voluntary duration
Governance stakes
Voting weight cannot exist without a duration-adjusted stake.
Because vault terms are public and durations deterministic, a predictable minimum share of supply is always sequestered — and it grows with program volume.
Scale checkOne program with ten thousand participants over ninety days produces roughly a million sponsored interactions — each removing a fixed quantity of LRGN.
Structural deflationary sinks
Three burn channels, one permanent direction
Each channel has a different volume driver. The supply cap is fixed, so no channel can be offset by issuance.
Driver · program throughput
Paymaster execution burns
Tracks program volume and dominates at steady state.
Driver · fraud incidence
Validator slashing
Designed to stay small. A large slashing channel would signal a fraud problem, not a healthy sink.
Driver · research demand‡
Research licensing burns
Zero until the research module activates, and the most uncertain of the three.
7.3 · Why fiat and points structurally fail
The question diligence desks probe first
| Requirement | Loyalty points | Fiat escrow | LRGN |
|---|---|---|---|
| Slash a bond across borders, with no custodian, in the same transaction as verification | No | No | Yes |
| Settle fees, record sponsorship and burn atomically with a contract state change | No | Custodian risk | Yes |
| Contribution-weighted votes that execute without a legal intermediary | No | No | Yes |
Points fail the validator layer. Slashing a points balance across jurisdictions needs a legal proceeding or a custodian with enforcement rights — defeating a network whose validators share no common legal entity.
Fiat fails the Paymaster layer. Money in a bank cannot execute atomically with a smart contract, and custodied stablecoin adds counterparty risk and latency. The only asset that settles atomically with verification is the protocol's own token on the same layer.
8.1 · Canonical supply
Fixed at genesis. No minting, ever.
1,000,000,000LRGN total supply — the ceiling is encoded in the base ledger and cannot be changed by governance
Payer deposits fund rewards, so growth does not require new supply. More program volume means a larger share locked and burned. Inflation would only dilute the validators whose bonds are meant to reflect lasting commitment.
8.2 · Structured allocation
The largest share goes to the people doing the work
40%
Ecosystem & DePIN validatorsLong-term network bootstrapping, epoch-based decay over ~96 months
18%
Core protocol contributorsEngineering, research and protocol stewardship
16%
Strategic institutional capitalAnchor program partners and early payer relationships
12%
Foundation & insurance reserveOperational continuity, security reserve, insurance backstop
8%
Ecosystem grantsDeveloper grants, research partnerships, clinical advisory
6%
Dynamic liquidityProtocol-owned liquidity and secondary market depth
8.3 · Vesting schedule
Aligned with milestones, not the launch date
Ecosystem & DePIN validatorsQuarterly epochs, gradual decay
Core protocol contributors12-month cliff, linear to month 48
Strategic institutional capital12-month cliff, linear to month 36
01224364860728496 mo
Foundation reserveMulti-signature controls with a time-lock above a threshold. The insurance reserve can only cover losses from audited smart contract exploits — never compensation, marketing or market purchases.
8.4 · Chain-agnostic canonical supply
One ledger. Many projections.
Tokens on other execution chains are bridge projections of canonical supply, never independent issuance. Bridges are certified, capped and revocable by governance.
MAX
−
Canonical maximum
1,000,000,000 LRGN
BURN + Δ
=
Burned & unsettled
Burned tokens, plus bridge exposure not yet settled
Σ
Outstanding supply
Across every chain, at any moment
8.5 · Dynamic multi-tier liquidity
Different participants, different channels
01
Public bootstrapping
AMM pools seeded from the liquidity tranche, with the LP position held by a governance-controlled treasury.
02
Institutional channels
Structured agreements with KYC/AML, on-chain vesting and local custodians — never public DEX trades.
03
Protocol-owned backstop
Restores depth when thin markets would disrupt vault purchases or bond posting. It does not target a price.