Interest Rate Models, Benchmarks & Capital Markets
Interest Rate Models, Benchmarks & Capital Markets
The DeFi Rate Stack
The DeFi Rate Stack
The DeFi Rate Stack
A framework for reading why DeFi lending rates are layered outputs, what interest rate models are built to do, and how CDOR anchors risk-adjusted analysis across the on-chain capital stack.
A framework for reading why DeFi lending rates are layered outputs, what interest rate models are built to do, and how CDOR anchors risk-adjusted analysis across the on-chain capital stack.
Inside This Report
Inside This Report
The Function and Limits of Interest Rate Models
The Function and Limits of Interest Rate Models
Interest rate models are local market-control mechanisms, not price-discovery engines for the broader on-chain economy. This section establishes what a utilization curve is built to do, and where its structural limits begin. The distinction between a pool-level controller and a market benchmark is foundational to reading DeFi rates accurately.
Interest rate models are local market-control mechanisms, not price-discovery engines for the broader on-chain economy. This section establishes what a utilization curve is built to do, and where its structural limits begin. The distinction between a pool-level controller and a market benchmark is foundational to reading DeFi rates accurately.
The Embedded Access Premium
The Embedded Access Premium
A spread above a benchmark rate does not automatically indicate mispricing. When borrowers use integrated lending products, they are purchasing access, collateral workflows, distribution, and embedded trust alongside raw funding. The embedded access premium explains spreads that benchmark-only analysis cannot account for.
A spread above a benchmark rate does not automatically indicate mispricing. When borrowers use integrated lending products, they are purchasing access, collateral workflows, distribution, and embedded trust alongside raw funding. The embedded access premium explains spreads that benchmark-only analysis cannot account for.
CDOR as the Benchmark for DeFi Risk Premia
CDOR as the Benchmark for DeFi Risk Premia
CDOR serves as the base reference rate for secured on-chain USD stablecoin liquidity. Once established as the benchmark layer, observed borrow rates can be decomposed into risk-related spreads, embedded access spreads, and fee and packaging spreads, rather than treated as undifferentiated cost-of-capital signals.
CDOR serves as the base reference rate for secured on-chain USD stablecoin liquidity. Once established as the benchmark layer, observed borrow rates can be decomposed into risk-related spreads, embedded access spreads, and fee and packaging spreads, rather than treated as undifferentiated cost-of-capital signals.
DeFi Lending as Credit Underwriting
DeFi Lending as Credit Underwriting
Supplying capital into a DeFi vault is an underwriting decision. The supplier is exposed to collateral quality, liquidation design, oracle integrity, curation choices, and withdrawal liquidity. Headline APYs are insufficient for structured allocation. The disciplined question is what spread over the benchmark is being received for the actual risk being assumed.
Supplying capital into a DeFi vault is an underwriting decision. The supplier is exposed to collateral quality, liquidation design, oracle integrity, curation choices, and withdrawal liquidity. Headline APYs are insufficient for structured allocation. The disciplined question is what spread over the benchmark is being received for the actual risk being assumed.
Why DeFi and Institutional Readers Need This Report
Why DeFi and Institutional Readers Need This Report
Decompose Rates, Not Just Observe Them
Decompose Rates, Not Just Observe Them
The framework in this report separates benchmark, pool-control, access, underwriting, and packaging layers within any observed DeFi rate. Treating a single published number as a self-explanatory signal is the most common analytical error in on-chain lending. This report provides the structure to move beyond it.
The framework in this report separates benchmark, pool-control, access, underwriting, and packaging layers within any observed DeFi rate. Treating a single published number as a self-explanatory signal is the most common analytical error in on-chain lending. This report provides the structure to move beyond it.
Understand Both Sides of Every Trade
Understand Both Sides of Every Trade
Borrowers and suppliers face fundamentally different economic problems. Borrowers evaluate the all-in cost of a liquidity product. Suppliers must assess the spread over the benchmark relative to the risks they are underwriting. A utilization curve cannot answer both questions simultaneously, and conflating them leads to misallocation on both sides.
Borrowers and suppliers face fundamentally different economic problems. Borrowers evaluate the all-in cost of a liquidity product. Suppliers must assess the spread over the benchmark relative to the risks they are underwriting. A utilization curve cannot answer both questions simultaneously, and conflating them leads to misallocation on both sides.
Apply Benchmark-Relative Analysis
Apply Benchmark-Relative Analysis
CDOR provides the clean base layer from which risk premia, access premia, and packaging spreads become readable. For allocators evaluating vault strategies, benchmark-relative analysis replaces nominal APY comparison with a disciplined evaluation of risk-adjusted excess return.
CDOR provides the clean base layer from which risk premia, access premia, and packaging spreads become readable. For allocators evaluating vault strategies, benchmark-relative analysis replaces nominal APY comparison with a disciplined evaluation of risk-adjusted excess return.
