Explore the
mechanics.
Explore the launch plan, compare liquidity models, and try a burn vote. Every control on this page is a research tool.
Follow our launch curveRESEARCH These research simulations send no transactions.
UNDERSTAND THE MECHANISM. EXPLORE THE TRADEOFFS.The configured
launch curve.
The exact liquidity configuration behind our planned launch. Follow inventory, price, and protocol reserves as the pool moves through nine ranges.
The path we’re building.
Initial-supply FDV vs. TOKEN converted from bootstrap LP
Moving this slider previews the plan. It does not change live progress. The line shows a fixed supply of 1B for comparison; burns change the current-supply valuation, not the pool’s price rule.
The configured inventory and ranges
The published plan allocates 200M TOKEN and a $250 USDG budget to nine Uniswap v4 positions. The chart uses the deployment’s integer liquidity and exact ticks, including rounding and unused funding dust.
Progress can go both ways.
Buys convert LP TOKEN into USDG. Sells reverse that movement. A higher FDV is not cumulative volume, guaranteed demand, or a permanent milestone.
No automatic graduation.
The terminal point is the end of this liquidity plan, not a promised price or an automatic migration. Repositioning can change the path; the tracker flags a mismatch.
Inspect all nine liquidity ranges +
Values below describe the published launch configuration, not executed trades. USDG is displayed at an assumed $1. The chart selects the appropriate address ordering once a deployment is configured.
| Range | Initial-supply FDV span | Initial TOKEN principal | Initial USDG principal | Raw liquidity |
|---|
Curve research labCompare the 27 earlier models and inspect example order impact. These controls never change the launch plan.+
Compare liquidity models.
Small starting capital. Progressively deeper liquidity.
See what it takes to move through the bootstrap.
Find your place on the curve.
FDV vs. TOKEN sold from protocol liquidity
What happens to a buy here?
Model output, not a trade quote. Includes the modeled fee effects.
↳ This is Uniswap v4 concentrated liquidity, not a mint-and-redeem bonding contract. Higher ranges start with TOKEN only; buying gradually converts that inventory into USDG.
Download the model ↗Start small.
A small active TOKEN / USDG position anchors price discovery around the $3K opening FDV.
Build as buyers arrive.
Sequential TOKEN-only ranges become active. Protocol inventory converts into protocol-owned USDG.
Deepen over time.
Later ranges add resistance. Constrained repositioning can bring accumulated liquidity around market price.
Burns choose
the next reward.
Burn TOKEN to vote for the Stock Token that next epoch’s reward fees will purchase. More TOKEN burned means more voting weight.
Burns are permanent. Tokens are permanently destroyed. No refund. No future mint.
Selection applies to the next epoch. The winner changes future rewards. Previously earned assets stay exactly what they are.
With no votes, the asset stays. The current Stock Token remains selected. Ties follow deterministic rules.
Choose an asset
for the example.
Illustrative votes. Nothing is connected to a wallet.
TSLA leads the example for the next epoch.
How reward fees reach stakers.
The reward asset can change.
Your previously earned Stock Tokens don’t.
A separate 2%.
The pool’s reward hook collects fees separately from the 0.25% LP fee. TOKEN fees convert into USDG in batches.
One selected asset.
Each 24-hour epoch accumulates reward capital. Approved routes purchase its selected Stock Token when execution is available.
INITIAL REWARD NVDARewards follow stake-time.
Historical stake-time determines the allocation. Eligibility is checked at claim; delayed claims preserve your entitlement.
See the fee math.
Gross volume can generate rewards even when price moves sideways.
Illustrative fee model, not a yield promise. Actual hook fees depend on the executed swap leg; conversions depend on prices, liquidity and availability. Download reward model summary ↗
Follow a swap
through the protocol.
Separate contracts handle trading fees, permanent burns, epoch settlement, and stake-time rewards. Each has a specific job and explicit permissions.
A swap moves through the configured liquidity.
Uniswap v4 settles TOKEN and USDG. A separate hook accounts for reward fees on the actual executed swap leg; the pool’s LP fee stays with liquidity providers.
afterSwap → recordFee2% depends on the swap leg.
| Trade | Reward fee currency | Basis |
|---|---|---|
| Exact-input buy | TOKEN | Executed output |
| Exact-input sell | USDG | Executed output |
| Exact-output buy | USDG | Executed input |
| Exact-output sell | TOKEN | Executed input |
The 0.25% LP fee is separate. This is not a universal 2.25% surcharge on dollar volume. The token itself has no transfer tax; independent pools need not use this hook.
Votes select the next epoch’s asset.
- Epoch N · accumulateFees belong to this epoch’s selected asset. Burns vote for the asset in N+1.
- Close · preserve the obligationClosing fixes the record and advances selection. It does not guarantee a purchase has executed.
- Settle · retry when possibleTOKEN fees normalize into USDG; approved routes buy the selected Stock Token. An unavailable route leaves the epoch pending.
- Claim · keep the original assetEligibility gates transfers. Past entitlements stay with their original beneficiaries and reward asset.
Time in the epoch counts.
Illustration: you and one other participant each stake 1,000 TOKEN. They stay for all 24 hours. Adjust your time to see your share of a hypothetical 100-unit reward pool.
12,000 / 36,000 TOKEN-hours
33.33 of 100 reward units
Contracts use stake-seconds and integer arithmetic. Multiple deposits and withdrawals contribute their own time intervals; real claims depend on funded rewards and eligibility. This example is not an earnings forecast.
Know every moving part.
Loading the contract reference.
Verify the addresses.
No launch contracts have been published in the deployment manifest.
Addresses appear here when the reviewed deployment is connected. A valid RPC response verifies consistency with the manifest; it does not replace an independent audit.
Implementation status
- Loading documented implementation status.
The assumptions
and limits.
A transparent model starts with the mechanics and the limitations.
These research tools are simulations. Wallet transactions are available from the Vessel app when a verified deployment is connected.
Is this a bonding curve?+
It is a staged Uniswap v4 concentrated-liquidity bootstrap. The curve models protocol TOKEN inventory selling through price ranges. There is no guaranteed redemption, automated minting, or price floor. The launch chart samples the exact tick-rounded liquidity configuration. The research lab retains the earlier candidate models. Log scale is clearly labeled and can be changed.
How do burn votes and ties work?+
Votes in epoch N select the reward asset for epoch N+1. Voting burns real TOKEN using allowance and cannot be refunded. With no votes, the incumbent stays. For tied highest totals, the incumbent wins if it is tied; otherwise the lowest asset address wins. Only approved Stock Tokens are choices.
What happens if a Stock Token can’t be bought?+
The epoch stays pending with segregated TOKEN/USDG fees and its selected reward preserved. Failed settlement can roll normalization back, leaving TOKEN fees unconverted. Settlement may be retried when an approved route, valid onchain prices, and transfer conditions are available. It never substitutes a different stock. Eligibility is required to claim; an ineligible user’s accrued accounting is preserved.
Where does the one billion TOKEN go?+
The configured launch plan reserves 200M TOKEN for protocol-owned liquidity. The remaining 800M needs an explicit, published allocation before launch. No final community/team distribution has been announced. Liquidity positions belong to the protocol manager, with no general withdrawal function. The token has no future mint function or transfer tax.
How much slippage should I expect?+
These are deliberately low-capital scenarios. The recommended candidate models 11.45% average price impact for a $100 opening buy, and up to 38.54% across early checkpoints. A $1,000 opening buy models 205.38%. Explore larger orders to see how sharply execution worsens. Orders beyond modeled liquidity capacity would fill only partially. Market demand, future prices, and execution are not guaranteed.
Are these live Stock Tokens or live market data?+
The published launch manifest currently has no deployment. The launch chart displays the configured plan, the research lab displays simulations, and burn voting is a local example. Once configured, the tracker reads block-pinned pool observations and labels stale or unavailable data. The architecture supports real Robinhood Stock Tokens, but production eligibility, approved liquid routes, oracle integration and external review are still required. Raw ERC-20 reward units are preserved through corporate actions; display multipliers do not alter reward allocations.
Can I trade, stake or claim here?+
This research page uses simulations and sends no transactions. Open the Vessel app for wallet connection, trading, staking, burn voting and claims when a verified deployment is configured. Availability and network checks are shown in the app.
What do these curves leave out?+
They assume 1 USDG equals $1 and use the initial 1B supply without future burn paths. Net buying is not demand or a volume forecast. LP USDG principal excludes LP fees. Real markets also have sellers, arbitrage, MEV and shifting liquidity. Repositioning requires further protection against manipulation and value loss before production.