Risk of Default is the Feature

Because default exists, both sides are incentivized to operate on-chain to minimize trust.

(the economy of the future is on-chain)

👇

Payers want to be trusted

• If a payer's vault has defaults, their EC tokens become worthless
• Nobody will buy tokens from unreliable vaults
• Payers trustworthiness is now a valuable asset.
• Payers with predictable future cashflow can access present liquidity to increase future returns

Investors need to assess risk

• High risk = high discount = high potential return
• Low risk = low discount = safer bet
• On-chain data is verifiable and trustless

Both actors incentives converge:

Investors value reputation,
Payers benefit from it.

• Credit scores — on-chain
• Default registries — on-chain
• Funding history — on-chain

Makes them verifiable & composable.

Market Fit

Any recurring and predictable payment:

• Employees seeking salary advances
• Landlords tokenizing rental income
• SaaS companies with subscription revenues
• B2B businesses with invoices/receivables
• Shareholders with dividend streams
• Consumers with installment payments

Each market uses the same primitive — just different ECVault implementations.

Crypto Landscape

• Pendle — Yield trading with guaranteed returns (aTokens, stETH). No default risk.
• Aave & Morpho — Overcollateralized lending protocols. No default risk for lenders (liquidations protect capital).
• Goldfinch — Undercollateralized lending for real-world credit. Permissioned borrowers, governance-driven.
• Maple Finance — Undercollateralized lending with credit delegation. Governance-heavy, permissioned pools.
• 3Jane — Money market for expected cashflows. Similar concept but aggregated liquidity pool reduces transparency and market efficiency for risk pricing.
• Levenue-Loom — Revenue-based financing (whitepaper). Similar concept but focused on business revenue streams and a different implementation.

Usury Protocol is permissionless, composable and enables transparent risk pricing.