Superform Yield Model : Assets × (Base Interest Rate + Σ Overnight Interest Optimization) × Time = Output Where the overnight interest optimization function f(x) depends on the efficiency of capturing the term spread
Core Difference : Revenue sources expand from a single point to a two-dimensional plane Cross-term arbitrage mechanism achieves daily cash flow optimization Risk exposure is dispersed across multiple points on the interest rate curve
UP Token Value Support : Protocol cash flow discounting + governance power premium + future portfolio option value Conclusion: This is not a competition of annual interest rates, but a generational difference in yield engineering.
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Traditional DeFi Yield Model
:
Assets × Interest Rate × Time = Output
Superform Yield Model
:
Assets × (Base Interest Rate + Σ Overnight Interest Optimization) × Time = Output
Where the overnight interest optimization function f(x) depends on the efficiency of capturing the term spread
Core Difference
:
Revenue sources expand from a single point to a two-dimensional plane
Cross-term arbitrage mechanism achieves daily cash flow optimization
Risk exposure is dispersed across multiple points on the interest rate curve
Technical Implementation Highlights
:
Dynamic position rebalancing algorithm
Real-time interest rate curve monitoring
Automatic rollover decision engine
UP Token Value Support
:
Protocol cash flow discounting + governance power premium + future portfolio option value
Conclusion: This is not a competition of annual interest rates, but a generational difference in yield engineering.