Declared economic reserve in euros
This is the euro-denominated economic base Konebe records for the methodology. Its amount is the numerator and should be read alongside its reference date and any supporting documents made available.
PEURO / STABLEVALUE METHODOLOGY
StableValue — the economic model that determines PEURO’s reference value
StableValue is the economic methodology Konebe uses to determine PEURO’s reference value in euros. It relates the economic reserve recorded for the model to the token’s net circulation and calculates the value assigned to each unit within that framework.
Permanent burns reduce the number of units counted in circulation. If the reserve remains unchanged, that reduction mathematically increases the reference per remaining PEURO. The indicators below show the inputs used by the calculation.
PEURO’s value and the variables behind it
The public feed brings together the StableValue result, euro-denominated reserve, net circulation and total burns. Each reading includes its reference date; unavailable fields wait for the integration to respond.
PEURO value — StableValue
€ —
Value per token calculated from the economic reserve recorded for the model and the net circulation used by Konebe.
Reference date: —
Declared economic reserve— EURO
Net circulation— PEURO
Released circulation— PEURO
Total PEURO burned— PEURO
Source: PEURO public transparency integration. The date is the reference supplied by the service; reported values are separate from mathematical examples.
Declared reserve
The economic reserve behind PEURO’s value
Konebe presents the StableValue economic base in three components: 75% in a bank account, 20% in physical gold reserves and 5% in Bitcoin. The amount in euros directly enters the published calculation; the composition sets out how the project organizes the reserve.
The economic reserve is expressed in euros. Treasury is an allocation of PEURO tokens and serves a different purpose.
Bank account75%
Physical gold20%
Bitcoin5%
TRANSPARENCY
Documentation and reserve reporting
This area identifies the reserve composition and is prepared for authorized bank statements, asset valuations, responsible institutions and reference dates as Konebe makes those records available. Percentages alone do not replace balance or custody documentation.
Additional supporting documentation has not yet been published in this public package.
The formula
How Konebe determines the value per PEURO
StableValue equals the euro-denominated economic reserve divided by PEURO net circulation. The same formula underlies the published reference indicators.
01Declared economic reserve in euros
÷02Net PEURO circulation
=STABLEVALUEReference per PEURO
Euro reserve— EURO
÷Net circulation— PEURO
=StableValue reference— EUR
Net circulation = released circulation − cumulative burns.
Net PEURO circulation
This is released circulation minus cumulative burns included in the model. A permanent decrease in this amount, with an unchanged reserve, changes the calculated value per token.
Permanent burns and value per unit
In products with a burn mechanism, PEURO is permanently destroyed. When these units leave the net circulation used by the model, the denominator falls. With the same economic reserve, the reference per unit rises.
Mathematical difference: about +1.01%
Mathematical example: a €100 million reserve across 100 million PEURO equals €1 per token. If net circulation falls to 99 million, the reference becomes approximately €1.010101.
Illustrative mathematical scenario, independent of the dashboard’s current data.
INTERNAL REFERENCE
Where the reference appears in the ecosystem
StableValue provides Konebe with a euro-denominated internal reference for displaying PEURO’s economic value. Its application to payments, conversions, settlement and withdrawals depends on the enabled product and its specific operating rules.
The Wallet and public dashboards can show PEURO reference values. For any actual operation, the user should review the applicable rate, accepted assets, limits, charges and availability conditions at the confirmation stage.
€PEURO / StableValue
Euro referenceEnabled operationsProduct-specific terms
Scenarios
How reserve and circulation affect the reference
The three scenarios isolate the effect of each input. Lower circulation increases the result when the reserve is unchanged; a larger reserve increases the numerator. New token releases or a reduction in the reserve can lower the reference.
Reserve€100 million
Net circulation100 million PEURO
Reference€1.000000
Reserve€100 million
Net circulation95 million PEURO
Reference€1.052632
Reserve€110 million
Net circulation95 million PEURO
Reference€1.157895
Illustrative mathematical scenario, independent of the dashboard’s current data.
What can raise or lower the indicator
- Confirmed burns reduce net circulation when recognized by the model, assuming reserves remain unchanged.
- Amounts genuinely added to the reserve increase the numerator, assuming circulation remains constant.
- Further releases may increase circulation; a decline in reserve value may also lower the calculated reference.
- Burns and reserve contributions are independent. Operating revenue does not automatically enter the reserve.
Product connection
From PEURO activity to StableValue updates
Payments and Private Moovie services use PEURO through their own flows. When a product includes a burn and it is confirmed on-chain, supply falls and the net circulation used by the model is updated. Reserve movements are accounted for separately.
PEURO used in a service
Burn confirmed where applicable
Net circulation updated
StableValue recalculated
Funds effectively added to the reserve
New euro balance recorded
StableValue recalculated
StableValue formation and the financial results of remunerated products are separate processes. Hedge and other products follow their own compensation, term, funding and settlement rules.
Follow PEURO’s value and economy
Tokenomics brings together supply, burns, circulation, Treasury and the token’s identity on Solana. Explore the public data and the variables StableValue uses.