The Exit Formula
P is the token price at the moment you initiate the exit, calculated from the bonding curve as P = k × √S. Once your tokens are burned, your exit value is fixed. Price movements after you exit do not affect your payout.
How the Exit Process Works
1
Choose how many tokens to exit
Decide whether you want to exit all of your tokens, a portion of them, or even a single token. Partial exits are fully supported — you are never forced to exit your entire position. Whatever you don’t exit continues earning distributions.
2
Burn your tokens
The tokens you’ve chosen to exit are destroyed. Circulating supply S decreases by exactly that many tokens. Because price follows the bonding curve
P = k × √S, the reduction in supply causes P to drop slightly for all remaining holders. The size of that drop depends on how large your exit is relative to total supply — a small exit in a large supply has a negligible effect.3
Join the exit queue
You are added to the FIFO (first-in, first-out) exit queue. Your position in the queue records your calculated
exit_value = tokens_burned × P. Earlier exits are paid before later ones.4
Wait for distributions
As the business generates revenue, each distribution event flows to the exit queue first. The queue works through positions in order, paying out accumulated funds until each queued position is fully satisfied before moving to the next.
5
Receive payment
When your position reaches the front of the queue and sufficient distributions have accumulated to cover your
exit_value, you receive your cash payout. You don’t need to do anything — payment is sent automatically when the funds are available.Partial Exit Example
You hold 500 tokens and the current price is P = $2.00. You decide to exit 200 tokens and keep the rest.- Exit value locked in: 200 × 400**
- Your 200 tokens are burned. Circulating supply S drops by 200.
- You join the exit queue for $400, paid out as future distributions arrive.
- You continue holding 300 tokens, which keep earning distributions from every future revenue event.
What Happens to Price When You Exit
Burning tokens reduces S. SinceP = k × √S, price falls when S falls. The relationship is not linear — the square root means large exits have a diminishing marginal impact on price compared to small exits. As an example: burning 100 tokens from a supply of 10,000 reduces S by 1%, but price only falls by about 0.5% (since price scales with √S, not S directly). The remaining holders experience a small, permanent price decrease as a result of your exit.
Supply Floor: You Cannot Burn Below Smin = 1,000
Circulating supply S has a hard minimum floor of 1,000 tokens (Smin). You cannot burn tokens that would push S below this floor. If you hold a large enough share of total supply that your requested exit would reduce S under 1,000, your exit will be capped to the number of tokens that bring S exactly to 1,000. Any remaining tokens you intended to exit will need to wait until other contributors hold enough supply to absorb the burn.
In practice this only matters in very early-stage or very small token economies. Once a meaningful contributor base exists, total supply is well above the floor and the cap never applies.