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Worked Examples

Concrete numbers for the two moves everyone makes. Assumptions: a vault with totalSupply unchanged except by you, so share price stays flat within the example; real arithmetic depends on live state.

Example 1 โ€” Deposit 100 tokensโ€‹

Entry tax: 5% = 5.00 tokens.

SinkShareTokens
Dividend pool80%4.00
Burn (locked out of backing)10%0.50
DAO4%0.20
Vault creator2%0.10
Creation platform2%0.10
Usage platform2%0.10
Net to depositorโ€”95.00 โ†’ minted as shares

Example 2 โ€” Redeem shares worth 100 tokensโ€‹

Exit tax: 10% = 10.00 tokens of value.

SinkShareTokens
Dividend pool80%8.00
Burn10%1.00
DAO4%0.40
Vault creator2%0.20
Creation platform2%0.20
Usage platform2%0.20
Net to exiterโ€”90.00

Example 3 โ€” The round tripโ€‹

Deposit 100 today, redeem tomorrow:

  • In: 95.00 of shares
  • Out: 90% of 95.00 = 85.50 of tokens
  • Cost: 14.50 tokens (14.5%) โ€” split across the six sinks above

This is the protocol working exactly as designed: churn is taxed, holding is subsidised by churn.

Example 4 โ€” One month of holding with churnโ€‹

100 tokens deposited โ†’ 95 in shares. Over the month, 10,000 tokens of churn flows through the vault (entry + exit taxes):

  • Total tax collected: ~1,400 tokens of value across events
  • โ†’ 80% (1,120) accrues pro-rata via the dividend index
  • Your pro-rata slice depends on your share of totalSupply โ€” claimable any time in tokens
  • โ†’ 10% (140) is locked out of backing: every remaining share is worth more
  • Exit after the month (not during): 90% of position value, plus any claimed dividends already in your wallet

The spread between "exit tomorrow" and "hold through churn" is roughly 24.5 points of position value in the whitepaper's scenario โ€” the entire thesis in two behaviours.

note

Floor-division dust from each split lands on the burn portion โ€” nothing is lost, and totalAssets() reverts loudly if backing ever contradicts its liabilities.