Bridging the gap between Nakamoto and Damodaran.

The Question

How should an investor evaluate scarce digital assets, productive networks, and token-governed systems without forcing them into one template?

The work begins by identifying whether an asset is best understood as a monetary good, a protocol with cash-flow-like characteristics, a collateral layer, or a contingent governance claim.

The Framework

The workflow is deliberately slow: classify the asset, identify value capture, write down assumptions, then test the range.

1. Define the asset claim

Start with what the token is alleged to represent: monetary premium, productive network economics, collateral utility, or governance control.

2. Map economic channels

Translate usage, issuance, fee flow, balance-sheet demand, and market structure into explicit model variables.

3. Stress the assumptions

Publish conditional ranges, caveats, and skeptic objections. CVL treats valuation as a research map, not a forecast.

Findings

The first output is a cleaner map of what drives the valuation debate.

Crypto assets are not one asset class

Monetary assets, settlement assets, governance claims, and application platforms require different valuation languages.

Market structure matters

Leverage, liquidity, and issuance reflexivity can distort observed prices even when a long-run valuation case is coherent.

Token holder capture is the key filter

Usage metrics are only useful when they can be translated into durable economic relevance for the token itself.

Valuation Library

The current dashboard covers four assets and treats every output as conditional research rather than a conclusion.

BTC Static research snapshot | live data pending

Bitcoin

Scenario envelope: monetary-premium sensitivity

Assumption-led valuation with explicit caveats.

ETH Static research snapshot | live data pending

Ethereum

Scenario envelope: fee capture and monetary bandwidth

Assumption-led valuation with explicit caveats.

SOL Static research snapshot | live data pending

Solana

Scenario envelope: usage density and platform durability

Assumption-led valuation with explicit caveats.

AAVE Static research snapshot | live data pending

Aave

Scenario envelope: protocol earnings and governance rights

Assumption-led valuation with explicit caveats.

CVL Engine

The site exposes structure first: essays, model notes, assumptions, caveats, and source trails.

Future iterations can add live data, richer model controls, and private article tools. The current version keeps the interface lean so the research logic remains legible.

Research

Crypto Value Lab essays are published first on Substack.

No site-native essays published yet.

Start with the Substack archive.

Library Highlights

The library starts with foundational valuation work and crypto-specific research sleeves.

TradFi Foundations Core text

Investment Valuation

Aswath Damodaran

Core valuation text for cash flows, discount rates, growth assumptions, and intrinsic value discipline.

Baseline language for translating uncertain future economics into explicit assumptions and ranges.

TradFi Foundations Academic paper

Capital Asset Prices: A Theory of Market Equilibrium under Conditions of Risk

William F. Sharpe

Classical CAPM framework linking expected return to systematic risk exposure.

Useful as a foil for testing whether crypto assets behave like productive assets, monetary assets, or hybrid network assets.

TradFi Foundations Academic paper

The Cross-Section of Expected Stock Returns

Eugene F. Fama and Kenneth R. French

Empirical asset-pricing paper showing that size and book-to-market explain cross-sectional stock return variation beyond market beta.

Useful for thinking about whether crypto needs its own factor structure instead of importing equity factors mechanically.

Crypto Asset Pricing Academic paper

Risks and Returns of Cryptocurrency

Yukun Liu and Aleh Tsyvinski

Documents that cryptocurrency returns differ from stocks, currencies, commodities, and common macro factors.

A core bridge between empirical asset pricing and crypto-specific return drivers such as momentum, attention, and network effects.

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