Risks

Supply (vesting and unlocks):

  • Unlock windows. From month 12 investor and advisor allocations begin to unlock; from month 24, team tokens. The 24–36 month period is expected to see the largest inflow of tokens into circulation.

  • DAO Treasury. After 24 months, the staked Treasury may partially unlock by DAO decision — creating risk of oversupply.

  • Documentation inconsistencies. For the Team pool, vesting terms differ across the whitepaper. In the table: “24-month cliff + 24-month linear,” in the text: “24-month cliff + 3-year linear.” This complicates circulation forecasting.

Cash flows:

  • Buyback/burn not fixed. Fees are converted into STON, but the shares for burn/incentives are determined by DAO, and parameters may change.

  • Referral payouts. In DEX v2, up to 1% of fees go to referrers, reducing the share directed to buyback/burn and the protocol budget.

  • Dependence on volume. LP and protocol income is based on trading fees; a drop in volume immediately reduces STON buybacks and burn rates.

Staking:

  • GEMSTON. Issuance depends on staking terms; its value and “sinks” are set by DAO. Without clear utility, dilution risk exists.

  • ARKENSTON (votes). With low participation, influence may shift disproportionately toward large, recent stakes.

Liquidity and market:

  • Impermanent loss and LP outflows. Volatility and the end of farming campaigns may reduce LP profitability, lower TVL, and increase slippage.

  • Reliance on TON. Failures in the base network/routing would directly hit trading volumes and fee flows.

Technology and governance:

  • Contracts. Bugs in the fee converter/distributor, staking, or pools present risks to fee flows, burning, and circulation.

  • Governance. Low DAO activity or weak processes (no timelocks/quorums) increase the chance of decisions that amplify supply pressure.


Conclusion

Key focus areas:

  • Unlock calendar (12/24/36 months)

  • DAO settings (burn, incentives, referral rates, treasury spending)

Transparent rules, limits, and monitoring of these parameters are the foundation for controlled circulation and sustainable demand for STON.

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