> For the complete documentation index, see [llms.txt](https://tripleplus-1.gitbook.io/dor/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://tripleplus-1.gitbook.io/dor/dor-whitepaper-english/3.-tokenomics/3.1-token-structure-and-distribution.md).

# 3.1 Token Structure & Distribution

#### 3.1.1 Issuance Structure and Supply Limit

DOR is issued as the single native token of the DOR protocol. Without a dual token structure, a single asset penetrates settlement, incentives, and governance.

Based on the MEMFi reference model, DOR follows a fixed supply structure limited to a total issuance of 15 billion (15,000,000,000) tokens.

All DOR is minted at the initial issuance, and subsequent inflationary minting is not permitted.

Furthermore, "circulation increase" at the protocol level is implemented not by new issuance but by a combination of gradual vesting from locked pools and circulation readjustment via DAO-approved buyback/burn.

The evaluation based on the mint price (1 DOR = 100 KRW) is used only as an accounting standard before issuance. After listing, it completely transitions to the fair value based on Oracle/TWAP defined in Chapter 2.

#### 3.1.2 Primary Distribution Structure (Genesis Allocation)

<figure><img src="/files/38yxngfoHJU1OOMI8hv1" alt=""><figcaption></figcaption></figure>

The initial distribution is divided into three axes: Governable Capital Pool + Liquidity Bootstrap + Long-term Incentives.

Realigning the MEMFi reference structure for DOR results in the following form:

* Foundation / Core Treasury – 10%:
  * Usage Examples: Smart contract audits, Rollup/Infrastructure costs, Research, Marketing, Market Making purposes.
  * Characteristics: Managed by the foundation before DAO transfer, but expenditure details are recorded daily on the on-chain accounting layer.
  * Purpose: Resources for protocol R\&D, security audits, and initial operations (Oracle, indexing infrastructure, etc.).
* Bootstrap Liquidity & Market Operations – 30%:
  * Purpose: DEX listing, initial liquidity provision, market making, cross-chain bridge reserves, etc..
  * Structure: Used for initial DEX/AMM pair supply (e.g., DOR–ETH, DOR–USDC), strategic LP incentives (short-term bootstrap campaigns), and reserves (capital buffer) for cross-chain routing.
  * Quantities remaining unconsumed in this section are attributed to the DAO Treasury and can be reallocated/burned according to future governance proposals.
* Locked & Incentive Pools – 60%:
  * Purpose: Long-term liquidity provision, staking rewards, cross-meme incentives, buyback/burn resources.
  * Design Principle (Reference-based): About half of the locked 60% is for liquidity contribution vesting (vesting to LPs, long-term stakers). The other half remains locked until the DAO transfer point, after which it is diverted to burn, re-allocation, or risk buffers (e.g., insurance, L2 rollup sequencer staking) according to DAO votes.

By distinguishing distribution by purpose into Short-term Operations (10% + 30%) and Long-term Incentives/Stabilization (60%), DOR is designed to maximize sustainable time-in-protocol rather than "initial pumping.".

#### 3.1.3 Lock-up, Vesting & Re-circulation Policy

The speed at which DOR effectively enters the market from the Locked/Incentive Pool (60%) is controlled by parametric rules linked to the protocol's state variables.

Essentially, it connects to the following three indicators:

* CRR (Capital Retention Ratio): The ratio of net capital remaining inside the protocol relative to external meme asset inflows.
* LR (Liquidity Reinforcement): The ratio of distributed DOR incentives relative to the increase in effective liquidity of the entire HLP.
* σₛᵤₚ (Stabilization Coefficient): A normalized indicator of how much the DOR/HLP mechanism buffered price drops during downturns.

The quantity of DOR vested (V\_t) from the locked pool per block or day roughly takes the form:

V\_t = V\_base × f\_CRR(t) × f\_LR(t) × f\_σsup(t) .

If CRR is low, LR is inefficient (lots of DOR circulated but liquidity remains shallow), or σₛᵤₚ is not sufficiently high (insignificant contribution to price stabilization), the vesting speed is automatically moderated. Conversely, as the three indicators improve, the incentive emission speed accelerates.

This structure implements performance-linked emission, distinguishing it from simple "airdrop/mining.".


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