Can everyone make 10x?

No. Every 10x payout costs ten tickets, so money in equals money out plus what is left in the vault. At most one ticket in ten can ever exit at 10x, and only if nobody takes profit earlier and the vault is drained to do it. Simulation of this exact curve gives 8.0% at 50 buyers, 8.5% at 200 and 9.2% at 1000.

Can I sell my coins myself?

Not to another person. Every transfer between holders reverts, so the coins cannot be moved, listed or traded. You can always sell back to the vault at the current curve price, which may be below what you paid.

No. Exit at the current curve price is available once the lock period has passed, and the lock period is zero on the live deployment. The contract has no owner, no tax and no withdrawal backdoor; native funds can only leave through automatic sale at 10x, exit at curve price, or claiming a pending payout.

Has the contract been audited?

No. It is unaudited. No owner key is not the same as no risk — a bug in the code cannot be patched, because there is nobody who can patch it.

Who decides who gets sold?

The contract does. Open positions are kept in a max-heap ordered by size; whenever the largest position is worth at least ten times what it cost, the vault burns it and sends the proceeds straight to its owner.

Autonomous vault · no owner key · UNAUDITED

One ticket.
Locked on buy.
Sold at 10×.

One ticket per wallet, fixed price. The coins land locked — they sit in your wallet and every transfer between holders reverts. When the curve says your position is worth ten times what you paid, the contract burns it and sends the proceeds straight back to you.

At most 1 in 10 can exit at 10×, and only if nobody takes profit earlier. Anyone may sell back to the curve sooner — possibly below what they paid.

If you bought now

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The ladder

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10× FORCE EXIT

no open positions yet

top = largest position —

Ticket

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fixed · one per wallet

Front of queue

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Open positions

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Exit

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back to the curve

Mechanism

three rules, written into the contract

01

Buy one ticket

Send exactly the ticket amount. The vault mints along a constant-product curve with a virtual reserve. A second ticket from the same wallet is rejected on-chain.

02

Locked on arrival

Every transfer between holders reverts. You cannot move, list or trade the coins. You can always sell them back to the vault at the current curve price.

03

Sold for you at 10×

Each new ticket lifts the curve and triggers a check. The largest position worth at least ten times its cost is burned and paid out in the same transaction.

Live state

read from the contract on every refresh

Next forced exit

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— —

Settlement is permissionless — anyone may call it, and every buy calls it automatically.

Your position

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No wallet connected. Everything above is public and live without one.

Queue · largest first

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#	Owner	Multiple	Worth now
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Event tape

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Block	Event	Wallet	Amount
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Check the machine yourself

UNAUDITED

Vault: —
Coin: —
Chain: —
Deployed at block: —
Owner key: none — no such function in the source
Third-party audit: none

File 01 — conservation sim/spiral_sim.py · 2-ticket virtual reserve · 15% burn

IN = OUT + INVENTORY
≤ 1 IN 10 EVER EXITS AT 10×

In

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Out

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Inventory

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Every 10× payout costs ten tickets. Money that came in equals money that went out plus whatever is still held, so the ceiling is arithmetic, not policy — no parameter, no marketing and no amount of volume lifts it. And one in ten is the optimistic bound: it only holds if nobody sells back to the curve early and the vault is drained to pay those exits. In practice fewer get there.

Buying ten tickets from ten wallets does not beat the ceiling. It puts the same money at the front of the same queue, and the people who fund those exits are the buyers who arrive afterwards. Assume you are one of the nine.

Buyers	Exit at 10×	Share	First payout	Still open	Supply burned
50	3	6.0%	ticket #15	47	4.2%
200	14	7.0%	ticket #15	186	15.0%
1000	78	7.8%	ticket #15	922	46.9%

What can go wrong

UnauditedNo third party has reviewed this code. There is no owner key — which also means there is nobody who could patch a bug after it ships.
Below entrySelling back to the curve is always open, but the curve price can be below what you paid, especially after other people exit.
1/10 is a ceilingIt is an upper bound, not a target and not a promise. Most positions never reach it.
Do not transferYour wallet will show a balance, but sending it anywhere fails. Do not try to bridge, list or gift these coins.
FakesCheck the vault address in the header against the one on the explorer before sending anything. Copies of this page are trivial to make.

The burn

the one number that only goes up

Every ticket is split in the same transaction. Most of it funds the 10× queue. A fixed slice buys the token on Pons and sends it straight to the dead address — the vault never holds it, so no function exists that could take it back.

Burned

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Supply removed

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Per ticket

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Pons price

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How one ticket splits —

— to the 10× pool — bought on Pons and burned

Burned tokens go to 0x…dEaD. Verify independently: the dead address balance should equal the burned figure above.

Check the dead address Token on Pons

What actually spirals

Two quantities here can only move one way, and both are on chain. Burned total never decreases: there is no code path that returns a burned token. Circulating supply never increases: the token is fixed supply and the vault only ever removes from it. That is the whole claim — it is a statement about supply, not about price.

What does not spiral

Price. Pons is an open market and anyone holding the token can sell into it at any time. Fewer coins existing does not force a higher price, and we do not claim it does. The burn also costs the queue: money spent burning is money not available to pay a 10× exit, which is why the exit rate is lower with the burn on than with it off. That trade is stated, not hidden.

One ticket.Locked on buy.Sold at 10×.