A TON-native NFT marketplace project arrived at Tonstarter's review process with a tokenomics structure that looked, at first glance, defensible: 1 billion max supply, 7% to founders, 5% to advisors, 18% to the public launchpad sale, 10% to strategic contributors, 30% to an ecosystem development fund, and 30% to a treasury reserve. The FDV at the proposed sale price was $45 million. Circulating supply at TGE: 18% (the public sale allocation) plus 5% (immediate liquidity provision). Total circulating at launch: approximately 23% of max supply — an FDV-to-circulating ratio of roughly 4.3x.
The structure was not obviously wrong. The problem was the treasury allocation: 30% with no defined vesting, no on-chain lockup, and no governance mechanism for release. On paper, the treasury wallet held $13.5 million in tokens at the TGE price. In practice, the treasury was a discretionary pool controlled by the founding team with no contractual constraint on how or when it would be used. The FDV number was real; the implied scarcity was not.
Token supply design is where the gap between what a tokenomics document says and what the blockchain enforces becomes visible. This article focuses on the structural decisions that matter — the ones that secondary market participants evaluate and that launchpads use to assess project credibility.
Max Supply, Circulating Supply, and the FDV Illusion
Fully diluted valuation is calculated as: price at TGE × max supply. For a token priced at $0.045 at TGE with a max supply of 1 billion, FDV = $45 million. This number has one precise meaning and one commonly misused meaning. The precise meaning: if every token that will ever exist were currently in circulation and trading at the current price, the total market cap would be $45 million. The commonly misused meaning: "the project is worth $45 million."
FDV is not a valuation of what the project is worth today. It is a valuation of what it would be worth if all supply were circulating — a condition that, for most launchpad token structures, will not be true for two to four years. The gap between circulating market cap and FDV is the key question for any buyer: how much additional sell pressure will emerge as vesting schedules unlock over the next 24 months, and at what points will that pressure be concentrated?
"A $45 million FDV with 5% circulating supply at TGE is not a $45 million market cap — it is a $2.25 million market cap with $42.75 million of future supply overhang."
Projects that list a compelling FDV number while keeping circulating supply very low at TGE (below 10%) are creating an asymmetric supply schedule: early participants pay a price that implies a large future market, while the bulk of supply will unlock progressively. This is not inherently problematic — it is common in protocols with genuine long-term emission schedules. It becomes problematic when the FDV is used as a "valuation" signal while the circulating supply at TGE is designed to create artificial scarcity and price pressure in the first few weeks before vesting unlocks begin.
Allocation Breakdown: What Healthy vs. Warning-Sign Structures Look Like
Across launchpad-reviewed token structures, some allocation patterns are associated with higher-risk outcomes for public sale participants. These are observations from general launchpad-era patterns, not from any specific named project:
Typical Allocation Ranges for TON-Ecosystem Projects
- Founding team: 10–20% is the functional range. Below 8% creates founder misalignment (insufficient incentive); above 25% creates excessive insider supply overhang.
- Advisors: 3–7%. Above 10% is a warning sign — it suggests either very early advisory agreements with excessive compensation or compensation for services that should have been fee-based.
- Public sale (IDO / launchpad): 10–25%. Projects with public sale allocations below 5% are creating an artificially tight supply at TGE that does not represent genuine access.
- Ecosystem/Community rewards: 20–35%. This allocation funds incentive programs, grants, and community distribution. It should be governed by a multi-sig or DAO with visible on-chain release conditions.
- Liquidity provision: 5–15%. Deployed at TGE to establish DEX trading pairs — on STON.fi, DeDust, or both. Liquidity allocation should be locked in a LP contract, not held as raw tokens.
- Treasury reserve: 10–25%. The treasury fund for operational costs, future development, and market stabilization. This allocation must have on-chain lockup and multi-sig release governance — not a single-signer wallet controlled by the founder.
The aggregate insider-controlled allocation (team + advisors + strategic + treasury) should ideally be below 55% of max supply. Above 65% means that the majority of the token's max supply is controlled by insiders, and the public sale allocation is, in effect, creating a minority-ownership position in a founder-controlled supply structure.
Emission Schedules and the TON Jetton Standard
A TON jetton (the TON network's fungible token standard, equivalent to ERC-20 on Ethereum) can be structured with either a fixed max supply minted at TGE or a progressive emission schedule where new supply is minted over time according to protocol rules. The choice has material implications for the secondary market.
Fixed max supply with vesting-locked allocation is the simpler and more predictable structure: all tokens are minted at TGE, held in vesting contracts or multi-sig wallets, and released according to the vesting schedule. The max supply is established on day one; the only variable is when existing supply becomes circulating. This structure is easier for participants to model and harder for founders to manipulate.
Progressive emission — where tokens are minted by protocol actions (staking rewards, liquidity mining, ecosystem grant distribution) — introduces a different risk: the emission rate might be miscalibrated, resulting in supply growth that exceeds demand growth and creates structural downward price pressure. Well-designed emission schedules have explicit decay curves: emission rate at month 1 is X, declining by Y% per quarter until a long-term floor emission rate is reached. The decay curve needs to be defined in the tokenomics document and, ideally, hardcoded in the FunC contract rather than set as an admin-configurable parameter.
Deflationary Mechanics and Buy-Back Programs
Token burn mechanics — where a portion of protocol revenue or transaction fees is used to permanently remove tokens from circulation — are frequently cited in tokenomics documents but rarely implemented with the rigor needed to make them meaningful. A buyback-and-burn program that reduces supply by 0.1% per year on a token with 80% insider supply still in vesting is not a deflationary mechanism in any meaningful sense; it is a rounding error on the supply schedule.
Deflationary mechanics are worth designing carefully if they genuinely reduce supply at a rate that corresponds to actual protocol revenue. A bridge-to-ETH fee burn, where a percentage of bridging fees (denominated in TON or in the project token) is burned, creates a supply reduction that scales with protocol adoption. That is a real mechanism. A fixed quarterly burn funded from treasury — effectively the project buying back its own tokens with its own money — is circular and does not represent genuine demand-driven deflation.
We are not saying deflationary mechanics are unnecessary — we are saying that most tokenomics documents treat them as a marketing claim rather than an economically calibrated mechanism. Reviewers and sophisticated participants check whether the burn rate is meaningful relative to the emission schedule, not just whether a burn function exists.
What Opacity in Treasury Allocation Actually Signals
A consistent pattern across launchpad-era token structures is that opacity in treasury allocation is correlated with negative secondary market outcomes — not because opacity causes failures, but because opacity is the symptom of inadequate founder accountability to public sale participants. A treasury wallet with no on-chain release conditions, no governance mechanism, and no public reporting commitment is structured to give founders discretionary control over 20–30% of token supply without accountability. Markets have learned to price this risk.
Conversely, a treasury structured with time-locked release tranches, a multi-sig release mechanism requiring multiple signers, and a stated governance process for release decisions signals that the founding team accepts external accountability over its own reserve. This is not a guarantee of success. It is a necessary but not sufficient condition for a tokenomics structure that public sale participants can evaluate honestly.
For projects building on TON and planning a launchpad sale, tokenomics review is part of the Tonstarter application process. The goal is not to impose a single correct allocation structure — there is no single correct structure — but to ensure that whatever structure is proposed is coherent, the on-chain enforcement mechanisms match the stated lockup conditions, and the FDV-to-circulating-supply presentation is honest about what participants are actually buying at TGE.
If your TON project's tokenomics are in early design, the How It Works page covers the review process. Application to list on the platform starts at apply.html.
