Free Research Paper

A Quant Framework for Digital Credit Risk

Digital credit went from zero to $14B in 15 months — but how do you price its risk? This paper uses the Bitcoin options market to decompose digital credit yield into three parts: the risk-free rate, the market cost of hedging Bitcoin price risk, and the residual premium for everything else.

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Research Paper
Quant Framework
for Digital
Credit Risk
by Allard Peng

Preview Key Pages

Click any page to take a closer look at what's inside the paper.

From Assumed to Market-Priced BTC Risk
Page 05 Pricing Bitcoin Risk
The Options-Based Framework
Page 07 The Options-Based Framework
STRC Residual Risk Premium Time Series
Page 13 STRC Residual Risk Premium

Download the full research paper for free

What's Inside The Paper

A quantitative framework for pricing digital credit risk — written for analysts, allocators, and treasurers who need to value STRC, STRF, STRD, STRK, and SATA with objective, market-based inputs.

From Assumed to Market-Priced Risk

Why the Bitcoin options market beats parametric ARR-and-volatility models for measuring Bitcoin price risk — real prices instead of guesses.

Pricing the BTC Hedge Cost

Use the IBIT volatility surface to price a put at the exact strike where coverage hits 1.0x — the market-implied cost of removing Bitcoin price risk.

Decomposing Digital Credit Yield

Split any yield into three parts: the risk-free rate, the BTC price-risk hedge cost, and the residual premium for governance and regulatory/tax/treatment risk.

Dealing With Residual Risk

Instrument-by-instrument dividend, arrears, and control rights across STRF, SATA, STRC, STRK, and STRD — plus scenario-pricing BTC-contingent governance stress.

Limits of the Framework

What Bitcoin options can and can't price — plus the price-adjusted BTC Rating for instruments trading away from par, and how operating businesses and cash burn reshape asset coverage.

Practical Risk Management

Why digital credit's own options are too illiquid to hedge with, how to value an instrument before buying, and the yields at which STRF, STRC, and STRD would be overvalued.

See What's Inside

A rigorous, worked-through framework — formulas, figures, and commentary you can apply to real instruments.

  • Yield decomposition: risk-free rate + BTC hedge cost + residual premium
  • Step-by-step method to price the put at the 1.0x BTC Rating strike from the IV surface
  • Residual risk-premium time series for STRC, STRF, and STRD since December 2025
  • Instrument-by-instrument dividend, arrears, and control-rights comparison table
Quant Framework for Digital Credit Risk Preview

Key Findings

Critical insights every investor and allocator needs to know.

Yield Decomposes Into Three Parts

Digital credit yield splits cleanly into the risk-free rate, the market-implied cost of hedging Bitcoin price risk, and a residual premium for governance and regulatory/tax/treatment risk.

Options Replace Guesswork

Instead of assuming Bitcoin ARR and volatility, the framework reads the live IBIT options surface to price a put at the exact strike where coverage falls to 1.0x.

STRC's Yield, Fully Itemized

The framework splits a live instrument's yield into its risk-free rate, BTC price-risk hedge cost, and residual premium — so investors see exactly what each part of the yield is paying for.

Digital Credit Appears Undervalued

Across the data series, investors look over-compensated for the risk they take — the asset class appears undervalued relative to the objective, options-implied floor for that risk.

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A quantitative framework for pricing digital credit risk with objective, market-based inputs — yours to read instantly, free.