TRAY Tokenomics

TRAY is the native token securing the Trayon network. It is designed as infrastructure cost, not speculation, with a fixed total supply and utility tied directly to network usage.

Supply

Parameter	Value
Token standard	ERC-20 (L1) + native gas token (L2)
Total supply	1,000,000,000 TRAY
Initial circulating supply	250,000,000 TRAY (25%)
Decimals	18

Initial supply allocation — 1,000,000,000 TRAY total. See Supply for the detailed breakdown per category.

Initial allocation breakdown

Category	Amount	Detail
Initial Launch (IDO/Private)	250M (25%)	100M private round · 100M public sale · 50M liquidity pools
DAO Treasury	250M (25%)	Future development, growth incentives, emergency fund
Validators & Operators	200M (20%)	100M rewards (years 1–5) · 50M initial incentives · 50M security fund
Development Team	150M (15%)	50M founders · 50M engineering · 50M research & security (4-yr vesting)
Partnerships & Integrations	100M (10%)	50M exchanges/market makers · 25M API integrations · 25M gov/corporate
Strategic Reserve	50M (5%)	Emergency volatility buffer, security forks, extraordinary DAO decisions

Unlock schedule (2026–2031)

Projected unlock schedule, 2026–2031: 250M TRAY circulate at launch, with +50M/year released through validator rewards and development vesting — a smooth dilution curve with no single unlock shock.

Utility

Gas — TRAY is the native gas token for every Layer 2 transaction; there is no need to hold ETH to interact with the network.
Staking — running a validator requires a minimum stake of 32,000 TRAY, locked and subject to slashing.
Data marketplace access — enterprises and government agencies spend TRAY to query audited datasets and analytical reports (see Real-world use cases below).
Governance — protocol parameters are governed through quadratic voting, where vote cost scales with the square of voting power to reduce whale dominance.

Real-world use cases

Beyond gas and staking, TRAY is consumed directly by enterprises and governments paying for verified data access — this is the demand side that drives the fee-burn engine described below.

Corporate balance-sheet queries

Price:      1,000 TRAY per access
Frequency:  Monthly
Annual cost: 12,000 TRAY per subscribing company
Impact:      Continuous, predictable demand

Government procurement audits

Price:      50,000 TRAY per full audit
Frequency:  On demand
Example:    1,000 audits/year → 50M TRAY in query volume
Impact:      Large, discrete burn events

Predictive analytics reports

Price:      5,000 TRAY per report
Frequency:  Weekly
Subscribers: 100 companies → 26M TRAY/year
Impact:      Recurring revenue for the data marketplace

Fee burn & deflation

Every transaction fee is split three ways: 70% to validators (rewards), 20% permanently burned via TrayonToken.burn(), and 10% to the DAO treasury. Slashed stake is also burned rather than redistributed. This creates deflationary pressure that scales with actual network usage rather than speculative activity.

getDeflationPercentage() = (TOTAL_SUPPLY - totalSupply()) / TOTAL_SUPPLY * 100

Illustrative deflationary path assuming sustained network usage: 20% of gas fees are burned every transaction (see Fee burn & deflation), progressively reducing total supply from 1B toward ~250M TRAY by 2031.

Staking rewards

Validators earn block rewards for honest participation, in addition to a share of network fees. Rewards accrue continuously and are reduced proportionally to any active slashing penalties. See Running a Validator for setup and expected yield ranges, and Economic Projections for conservative/base/optimistic demand scenarios through 2031.