Exchange
Immediate movement
Participants can exchange and record clearing movements without waiting for the end of the cycle.
01 · Core principle
Separate transaction time from settlement time
Modern digital networks can record a transfer in seconds. Economic activity, however, unfolds over longer periods: firms sell goods, receive invoices, collect payments, restock and generate new reciprocal claims. Osnias Clearing therefore treats time as part of the clearing mechanism rather than as a technical inconvenience.
Compensation
Positions circulate
During the 91-day window, incoming and outgoing positions can offset each other naturally through economic activity.
Settlement
Only the residual is final
The purpose of the cycle is to settle the remaining net position after compensation, rather than repeatedly settling every gross movement.
Immediate exchange + time for reciprocal compensation → final net settlement
02 · Economic principle
Value comes from circulation, not from the clearing token
ORUSD and OEURO are designed as clearing instruments, not as assets whose economic purpose depends on scarcity, speculative appreciation or passive holding. Their function is to circulate between participants during the active clearing window so that reciprocal commitments can progressively offset before final settlement.
Clearing instrument
The token is a support for exchange
The clearing token represents a transferable clearing position inside the cycle. Its economic role is functional: it carries value between participants and records the movement in the clearing register.
Circulation
Exchange creates clearing value
A position that circulates can meet reciprocal obligations, return through other transactions and reduce what must ultimately be settled. The usefulness of the system therefore comes from exchange velocity and netting capacity.
Final settlement
Only the residual remains
The objective is not to settle every gross movement independently, but to allow economic activity to reduce the residual balance that remains at the end of the cycle.
Osnias Clearing doctrine.
Value is created by exchange and reciprocal compensation, not by the clearing token itself.
A clearing token is useful because it circulates.
03 · The 91-day cycle
From reference deposit to final compensation
The 91-day cycle is not a single settlement event. It is a sequence of operating windows designed to let positions circulate, establish a stable reference base, close the register, validate partner escrow states and finally perform compensation.
Days 1–3
Burn & collateral release window
Users may request the burn of clearing tokens in order to release collateral from the relevant escrow. Mint and P2P circulation remain closed during this opening window.
Day 4
Reference Deposit snapshot
After possible burns have been executed, the collateral balance remaining in each user escrow is recorded. This Day-4 snapshot becomes the Reference Deposit for the next burn window.
Days 4–88
Escrow, Mint & P2P active
Collateral funding and mint operations are open and clearing tokens may circulate P2P. Positions minted early in the cycle have time to participate meaningfully in reciprocal exchange and clearing.
Day 89 · 00:00:00 GMT
Registry snapshot
The register is photographed at cycle close. For each user, the system computes the balance from the complete set of cycle transactions and prepares a proposed collateral funding or withdrawal instruction for the relevant lending/escrow protocol.
Day 90
Escrow / lending validation
Partner protocols validate the proposed funding and withdrawal instructions and reconcile their escrow states with the clearing register before final compensation.
Day 91
Final compensation
Netting is performed first within each lending protocol, then between participating lending protocols. Escrow balances, clearing positions and the quantity of clearing tokens in circulation are aligned and verified.
Clearing requires reconciliation time.
Even when calculations are automated, the closing process must align the clearing register, partner lending/escrow
positions and the clearing-token supply. The Day-89 to Day-91 window exists precisely to provide the operational time
required for that reconciliation.
04 · Reference Deposit & withdrawal discipline
Withdrawal capacity follows demonstrated participation in the cycle
The Reference Deposit is not measured at the end of the cycle. It is fixed on Day 4, immediately after the Day-1 to Day-3 burn window. This prevents a participant from depositing collateral late in the cycle, minting near Day 87 and using that last-minute position to create an artificially large withdrawal capacity at the beginning of the next cycle.
Reference base
Day-4 escrow snapshot
The collateral remaining in the user escrow on Day 4 becomes the Reference Deposit used for the following burn/release window.
Burn protection
Maximum 3× Reference Deposit
During Days 1–3 of the following cycle, collateral-release requests are capped at three times the Reference Deposit established at Day 4 of the preceding cycle.
Late-cycle minting
No instant withdrawal advantage
Collateral added later in the cycle may support valid minting, but it does not retroactively increase the reference base for the immediately following burn window.
Why Day 4 matters.
Tokens minted from collateral present at Day 4 can circulate through almost the entire active window.
A token minted near Day 87 is technically valid, but has little time to contribute to exchange or reciprocal clearing
before the Day-89 snapshot. Withdrawal capacity therefore follows sustained clearing participation rather than
last-minute minting.
05 · Role of blockchain
A public register, not a reason to accelerate economic time
Blockchain provides an immutable and auditable register of movements. Its technical speed does not force the economic cycle to settle immediately. Osnias Clearing uses blockchain to make the state observable while preserving a longer clearing horizon.
Transparency
Public register
Clearing movements and relevant state transitions can be independently observed and audited.
Execution
Immediate recording
The technology can record movements immediately even though final settlement remains deferred until cycle close.
Finality
Deferred net settlement
Blockchain finality for an individual movement is distinct from the economic finality of the entire clearing cycle.
Architecture principle.
Technical immediacy and economic finality are different concepts.
Osnias Clearing deliberately preserves that distinction.
06 · Final net position
Settle the balance, not the entire history
The cycle does not erase transaction history. Gross movements remain recorded while reciprocal positions can offset during the active circulation window. During Days 89–91, Mint, Burn and P2P are suspended so that register alignment, multilateral netting and final cycle closure can occur. Compensation is performed first within each participating lending protocol, then between lending protocols, before the final escrow and clearing-token states are confirmed.
During the cycle
- Movements are recorded.
- Positions evolve continuously.
- Incoming and outgoing commitments can compensate each other.
- Participants remain economically active.
At cycle close
- A dated position has been communicated.
- The review period has elapsed.
- The residual net position is established.
- Final settlement is executed according to the applicable settlement rules.
07 · Oracle coordination
Automated instructions, controlled execution
The dedicated Mint/Burn oracle coordinates the operational flow between the clearing register and the relevant lending/escrow protocols. Its role is to submit and transmit the required mint, burn, funding and withdrawal instructions according to the rules of the cycle.
During the active window
- Receive or attest escrow funding information.
- Submit eligible mint requests.
- Track the relationship between escrow state and circulating clearing tokens.
During cycle close
- Support Day-89 balance computation and proposed instructions.
- Transmit data required for Day-90 lending/escrow validation.
- Support the Day-91 reconciliation and final compensation workflow.
Human time remains part of the architecture.
Automation accelerates calculation and transmission, but does not eliminate the need for operational validation,
reconciliation and exception handling before final settlement.
08 · Jubilee Epoch
Seven years of clearing, then a terminal Jubilee Week
Osnias Clearing groups its operating years into seven-year Clearing Epochs. Each normal year contains four 91-day clearing cycles, or 364 days in total. At the end of the seventh year, a 53rd week is inserted as a Jubilee Week dedicated to terminal reconciliation, extinction of the expiring clearing token and release of all associated escrows.
Operating unit
91-day clearing cycle
Four cycles form one 364-day operating year. During each cycle, positions circulate, offset and are finally reconciled through the Day-89 to Day-91 closing process.
Long cycle
7-year Clearing Epoch
The same clearing token and its associated registry belong to one seven-year epoch. The epoch gives a defined lifetime to the clearing instrument rather than allowing positions to continue indefinitely.
Terminal week
Week 53 — Jubilee Week
The additional week is not another clearing cycle. It is the terminal settlement week of the seven-year epoch: ordinary circulation stops, remaining positions are reconciled, escrows are released and the expiring token is permanently retired.
91 days → 4 cycles = 364-day year → 7 years = Clearing Epoch → Week 53 Jubilee Reset
Jubilee Reset Principle.
At the end of Jubilee Week, every clearing token belonging to the expiring epoch is burned or made
permanently invalid, all associated escrows are released, and the closing register becomes final.
No clearing-token balance is automatically migrated into the following epoch.
09 · Week 53 — terminal settlement
Close the old epoch before opening the new one
During Jubilee Week, ordinary economic circulation of the expiring clearing token is closed. Only the operations required for terminal settlement, burn, reconciliation and escrow release remain available. This prevents the terminal snapshot from continuing to move while the system is being closed.
Jubilee Days 1–3
Terminal burn & release
Users may complete terminal burn/restitution operations. Associated collateral escrows are progressively released while the final registry is reconciled.
Jubilee Days 4–5
Residual reconciliation
Remaining positions, operational exceptions and escrow states are aligned. Ordinary P2P circulation and new minting remain closed.
Jubilee Day 6
Token extinction
Any remaining units of the expiring clearing token are terminally retired or made permanently invalid through the dedicated Jubilee close mechanism.
Jubilee Day 7
Epoch closed
All escrows of the old epoch are released, the registry becomes final and immutable, and the old clearing token has no further circulation role.
No automatic rollover.
The Jubilee is a real economic and technical closure. The old token is not wrapped, bridged or automatically
converted into the new token. Historical records remain auditable, but clearing balances do not carry forward.
10 · New Clearing Epoch
A new token, a new register, a new seven-year cycle
Once Jubilee Week has fully released the old escrows and retired the previous clearing token, Osnias Clearing initializes the following epoch with a new clearing token and a new active registry. The previous epoch remains available only as an immutable historical record.
Old epoch
Final and historical
The old registry is preserved for auditability, while the old clearing token is permanently non-circulating.
New epoch
Fresh clearing token
A newly initialized clearing token becomes the instrument of circulation for the next seven-year epoch.
Reset
No inherited clearing balance
New escrows and new reference positions are established without automatically carrying the old epoch's clearing balances forward.
Epoch identity.
Public names such as ORUSD or OEURO may remain stable, while the protocol and registry identify the technical
epoch explicitly so that an expiring token cannot be confused with its successor.
11 · Official calendar
Official 364-Day Jubilee Cycle Calendar
The official annual matrix documents the four 91-day quarters, the 13-week structure of each quarter, and the operating status of Burn, Mint and P2P functions for every day of the 364-day year. The seven-year epoch model extends this annual matrix with a terminal Week 53 in Year 7 for Jubilee closure.
Reference document
Annual Jubilee Cycle Calendar
13 weeks × 7 days × 4 quarters, with Burn Triduum on Days 1–3, issuance/P2P on Days 4–88, and Compensation Triduum on Days 89–91.
Annual structure
4 × 91 = 364 days
The calendar uses four identical 91-day cycles, giving a regular 52-week annual matrix and a stable operational rhythm for clearing and compensation.
12 · Summary
Clearing needs time
Exchange
Creates the economic usefulness of the system by allowing reciprocal clearing positions to circulate and offset.
91 days
Provides the operational and human time required for circulation, reconciliation and compensation.
Final settlement
Closes the cycle only after the register, escrow positions and circulating clearing-token supply have been aligned.
Osnias Clearing doctrine.
The fastest possible ledger does not require the fastest possible economic settlement.
Exchange creates the clearing value, circulation creates the opportunity for netting, and time reduces what ultimately
needs to be settled.