Cash in the right place.
At the right time.
For a known commitment.
ReserveLane explores future settlement capacity as something that can be specified, priced and backed by collateral.
Explore the thesis →PAYMENTS HAVE DEADLINES.Liquidity risk · delivery risk · capital efficiency · one defined settlement windowCONCEPT-STAGE RESEARCH
THE RESERVELANE OPPORTUNITYYour payment
Your payment
has a deadline.
Your liquidity
should too.
Give tomorrow’s stablecoin settlement a plan today. Define the capacity, price the commitment and account for the risk of a missed delivery.
ONE ILLUSTRATIVE PAYMENT$1,000,000
Due in a specific corridor. In a specific hour.
RESERVATION FEE$4,000
=40 BASIS POINTS0.40%
Execution if delivered · 20 bps$2,000
Future spot cost · 100 bps$10,000
EXPECTED COST AVOIDED*$3,600Change the assumptions ↗
*Assumes 5% provider failure, a non-refundable fee and spot fallback. Educational example; the full arithmetic is below.01 · CHAIN02 · CORRIDOR03 · TIME WINDOW04 · CAPACITY05 · COLLATERAL
THE VALUE IS IN THE DEADLINE.
FOUR REASONS TO PLAN AHEADCash in the right place.
Cross-border settlement
Match a payment window to the corridor where liquidity is actually needed.
Scheduled payouts
Plan around payroll and merchant-payment deadlines before the rush begins.
Treasury planning
Compare the cost of reserving capacity with holding additional idle balances.
Delivery accountability
Make the consequences of provider failure part of the initial design.
FROM PAYMENT INTENT TO SETTLEMENT.
THE PROPOSED MECHANISMDefine the need
Amount + chain + corridor + delivery window.
A precise commitment starts with precise terms.Price the capacity
Evaluate the fee against uncertain future spot costs.
The research starts with a capacity option.Back the delivery
Size collateral against provider failure losses.
The tail of the loss distribution matters.Check the outcome
Verify delivery or apply the defined failure rules.
Settlement evidence completes the loop.MAKE THE ECONOMICS VISIBLEOne payment.
One payment.
Two possible bills.
The simulation keeps it simple: a provider either delivers, or you buy at spot after paying the reservation fee.
Move the sliders →95% success chance$6,000$4,000 fee + $2,000 execution
5% failure chance$14,000$4,000 fee + $10,000 spot fallback
PROBABILITY-WEIGHTED COST$6,400
95% × $6,000 + 5% × $14,000
THE MATHEMATICAL FOUNDATION
Capacity is an option on liquidity.
V = e⁻ʳᵀ E[(Pspot(T) − K)⁺] − EL
Provider collateral ≥ CVaR₀.₉₉(default loss)
- K
- Reserved capacity cost rate
- Pspot
- Future spot capacity cost rate
- EL
- Expected provider delivery loss
- CVaR
- Average loss in the worst 1% tail
The payment example uses fixed assumed rates and two delivery outcomes. It does not calibrate the option or CVaR model.