UNUS SED LEO
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LEO burn tracker.
Track irreversible LEO burns on Vaulta, independently matched across two chain indexers.
Total burned
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LEO indexed burns
Checking sources
Loading current status
Loading tracker data Checking indexed burn history and connected sources.
Burn history
Burn activity over time
Cumulative burned
— LEO
Loading history
Move across the chart to inspect a date.
Burn mechanism
Where burns originate
- Primary indexed
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- Other indexed
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Velocity
Loading history
Daily burn pace
Daily burns
— average per day
7-day
30-day
90-day
365-day
Supply impact model
What does the current pace mean?
Time to burn another 10% of supply
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Current 30d average
Selected pace
Straight-line estimate. It does not predict token price, network activity, or future policy.
Burn calendar
Loading 91-day UTC window
Daily burn intensity
No indexed row
Lower activity
Higher activity
Loading daily burn totals…
Select a day to inspect its indexed burn total. Blank cells mean no indexed daily row; they are unknown, not verified zero.
Market context
Checking market history
Price history and reference levels
Price history
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CoinGecko price history is not available for this range yet.
Move across the chart to inspect an exact price.
Reference levels
Market range
- 24-hour low
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- 24-hour high
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- All-time high
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- All-time low
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- Below ATH
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- Supply ratio
Loading connected market data and reference levels.
Supply
Progress against supply
— burned
— current supply
— initial supply
Contributors
Attributed wallets and protocols
Top burners
| Rank | Entity | Direct | Fees | Total | Share | Txs |
|---|
Significant records
Loading ranked records
Largest indexed burn records
| Rank | Date / mechanism | Amount | Current value | Source events | Source |
|---|---|---|---|---|---|
| Loading largest indexed records... | |||||
Current value uses the latest available market price, not the token price when the burn occurred.
Ledger
Latest burns
| Time | Type | Amount | Block | Source / Reference |
|---|---|---|---|---|
| Loading burn records... | ||||
No records match this burn type.
Methodology
Global verification standard →
How the LEO burn total is calculated
The public LEO total currently includes only canonical, irreversible EOS/Vaulta contract burns that can be independently verified on the native chain.
Canonical Vaulta contract burns
- Calculation
- Sum exact 4-decimal LEO quantities from irreversible bitfinexleo1 transfer actions where the destination is bitfinexleo1 and the memo is burn.
- Evidence and coverage
- Transaction ID, action sequence, executed status, irreversible boundary, block identity, timestamp, contract, destination, memo, and amount are verified. Historical actions are cross-checked between two Hyperion providers with Greymass evidence; live polling requires both providers to agree.
Shared formulas
How the page derives every displayed metric
- Total burned
- Sum all accepted daily mechanism amounts on or after each mechanism's coverage boundary. Only finalized, published normalized events or accepted finalized provider-day observations enter the aggregate; duplicate identities and quarantined records do not.
- Today, 7-day, and 30-day burn
- Sum mechanism amounts by UTC calendar day. Today uses the current UTC day; the other cards sum the current day plus the preceding 6 or 29 UTC days. Missing days contribute zero. Reconciled opening balances are excluded from these pace windows.
- Daily and moving averages
- The 7-day and 30-day card averages divide those fixed UTC-window totals by 7 and 30. Chart lines are trailing arithmetic means over up to 7, 30, 90, or 365 available daily rows.
- Burned supply
- Total burned ÷ the disclosed all-time peak protocol-supply baseline × 100. The baseline is not the latest circulating supply and is sourced separately from market data.
- Mechanism and contributor shares
- Mechanism amount ÷ total indexed burn, or attributed contributor amount ÷ total indexed burn. Unattributed burns remain in the total and therefore are not reassigned to known entities.
- Cumulative history and calendar
- For a selected range, start at lifetime total minus the included daily rows, then add each UTC day back in order; the range change is the last cumulative value minus the first. Calendar cells sum all mechanisms per day and rank positive days by relative or percentile intensity, which changes color only—not the amount.
- Time to burn another 10%
- (Latest reported total supply × 10%) ÷ selected daily burn pace ÷ 365.25. This is a straight-line scenario, not a forecast; it assumes no change in supply policy, issuance, activity, or burn rate.