1) Route Choice — “Which rail wins this lane?”
Pick a corridor type. We’ll show the likely winner and why.
Major, well‑served corridor
Deep liquidity, low fees, fast bank payout.
Example: USD ↔ EUR
Deep liquidity, low fees, fast bank payout.
Mixed / thin corridor
Patchier liquidity, fees spike at times, slower payout on one side.
Example: USD → PHP
Patchier liquidity, fees spike at times, slower payout on one side.
Frontier / patchy rails
Limited ramps, capital controls, uneven banking.
Example: EUR → NGN
Limited ramps, capital controls, uneven banking.
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Likely route
—%
Stable share
—%
XRP share
Why this result?
2) Utility Floor — “What base price could steady usage support?”
Pick a simple scenario. We’ll compute a utility‑driven floor. (Speculation can go higher; floor aims to be the base.)
Conservative
~$100B routed/yr · 20% active float · 4.5 turns · 7% buffer
Floor ≈ $2–$3
~$100B routed/yr · 20% active float · 4.5 turns · 7% buffer
Specialist (Base Case)
~$180B routed/yr · 15% active float · 3 turns · 10% buffer
Floor ≈ $6–$9
~$180B routed/yr · 15% active float · 3 turns · 10% buffer
Expansion
~$320B routed/yr · 12% active float · 2.5 turns · 12% buffer
Floor ≈ mid‑teens → ~$20
~$320B routed/yr · 12% active float · 2.5 turns · 12% buffer
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Utility floor (USD)
—
Low (−10% flow, +10% float)
—
High (+10% flow, −10% float)
How this is calculated (tap to expand)
Formula: Floor = (Routed Flow × (1 + Buffer)) ÷ (Effective Float × Velocity). Effective Float = Circulating Supply × Active Float %.
