Ethereum's Missing Valuation Anchor

By Scott Shields – Contributing Writer – Capitol Times Media - From Conversations and Material of Zhu Weisha. Learn more about Zhu Weisha here at Capitol Times Media's July Magazine Issue

Introducing VUD: A Framework for Measuring the Real Economic Value That Critically Depends on Ethereum - and Separating Ethereum's Fundamentals from ETH's Market Price

Bankless has spent years refining the ETH value thesis: the triple-point asset, ultra-sound money, productive money, and monetary premium. Each framework captures something real about ETH.

But beneath all of them lies a more basic question:

Before deciding what valuation multiple the market should pay for ETH, what fundamental base are we actually multiplying?

Stocks have earnings, cash flow, and net assets. Bitcoin has a relatively legible store-of-value thesis. Ethereum is harder because Ethereum the system and ETH the asset are closely related, but they are not the same thing.

I believe Ethereum valuation should restart from this distinction.

Today, analysts use fees, TVL, staking, collateral, burn, stablecoin supply, RWAs, L2 activity, and so-called monetary premium. None of these metrics is meaningless.

The real problem is that they sit at different levels of the causal chain.

When we simply add these metrics together, or ask any single one of them to explain the entire Ethereum system, we create double counting and conceptual confusion.

Ethereum therefore does not need just another metric.

It needs a fundamental valuation anchor.

I call the candidate anchor:

VUD - Value Under Dependency.

1. Start with Ethereum, Not ETH

Ethereum is a protocol, public ledger, settlement system, and coordination system.

ETH is Ethereum's native asset. In valuation structure, it is in some respects analogous to a stock as the market-traded carrier of an enterprise's value: ETH carries the market's judgment about the overall value of the Ethereum system. Because this analogy can easily be confused with 'equity' in the securities-law sense, this article uses it only as an economic valuation analogy, not as a legal characterization. ETH also has native functions that stocks do not: it pays network fees and serves as slashable security capital in PoS staking.

If ETH carries the market value of the Ethereum system, while the system itself does not have profits attributable to shareholders in the way a corporation does, then the core question is straightforward: without a traditional earnings anchor, what is Ethereum's fundamental base? What gives the system itself sustainable economic value? Methodologically, this is still a traditional valuation problem - first identify the fundamental base, then ask what multiple the market is willing to pay. The difference is that the fundamental variable is no longer corporate earnings.

The economic value of any system must ultimately be validated by external demand. Ethereum is no exception. The complete causal chain should be:

External real demand

-> trust in Ethereum's security and credible neutrality

-> choose Ethereum to perform critical functions

-> form economic dependency on Ethereum

-> Ethereum provides settlement, verification, data availability, and other critical capabilities

-> expanding external dependency raises the system's economic security requirements

-> PoS embeds ETH directly into system security as slashable native security capital

-> interacts with ETH's effective supply -> forms a fundamental value center.

As Ethereum evolves from a transaction-execution platform toward high-value settlement and public financial trust infrastructure, gas fees remain an important usage indicator, but their marginal explanatory power for long-term value may decline. They should no longer be treated as the only, or even the primary, valuation anchor.

Above this fundamental value center, market narratives, liquidity, the Bitcoin cycle, and market sentiment determine what valuation multiple the market is willing to pay.

For a fuller discussion of Ethereum's fundamentals, see my companion article, 'From Smart Contract Platform to Public Financial Trust Root.'

Crypto markets have often collapsed these two layers into a single story.

2. What VUD Actually Measures

VUD measures:

How much external real economic value establishes a critical economic relationship on Ethereum and, as a result, becomes dependent on Ethereum.

The key word is not 'exists.' It is 'depends.'

A token using the ERC-20 standard does not automatically create Ethereum VUD.

If the token's actual issuance and accounting occur on another independent chain, Ethereum has supplied a technical standard, not the final economic guarantee.

Likewise, an asset operating on an L2 cannot automatically be counted at its full value as Ethereum VUD.

We must keep asking:

Where is its canonical state - its final authoritative state?

Can third parties reconstruct that state?

Where does final settlement occur?

Who has final responsibility for resolving disputes?

Do users have an independent right of exit?

If the L2's proofs, data availability, dispute resolution, or final settlement truly depend on Ethereum, then a real economic dependency exists.

This means VUD needs its own accounting rules.

Suppose $100 of USDC is issued on Ethereum, bridged to an L2, deposited into Aave, used to borrow $50, and then placed into another liquidity pool.

Crypto dashboards may observe this same asset at several different layers.

But the real economy has not suddenly created $350 of original economic principal from $100.

For VUD accounting, it is useful to distinguish direct from indirect dependency, but these cannot be treated as two separate asset pools that can simply be added together.

A more robust approach is to record 'economic principal' separately from 'dependency path':

The same underlying economic principal can be counted only once. Dependency can exist at multiple layers, but principal cannot be double counted.

From the perspective of dependency path, there are two categories:

First, direct dependency.

Asset issuance, title registration, the canonical registry, or the final authoritative state of contract execution is established directly on Ethereum.

Second, indirect dependency.

Economic activity occurs in an external execution environment such as an L2, but proofs, state roots, data availability, dispute resolution, or exit ultimately depend on Ethereum.

Within these two paths, we can further tag the specific nature of dependency: asset-root dependency, final-settlement dependency, and contractual dependency.

These tags can overlap because they describe different reasons why the same economic value depends on Ethereum; they do not represent new economic principal.

An L2 therefore cannot be counted as an additional pool of 'indirect assets.'

For example, if $100 of USDC is issued on Ethereum and then bridged to an L2, the same $100 principal is still counted only once.

If that L2 relies on Ethereum for proofs, data availability, dispute resolution, or exit, what has been added is a layer of final-settlement dependency. Aave lending and a later liquidity pool add contractual relationships. None of these turns the same $100 of principal into $200 or $300 of VUD.

Standards influence should be recorded separately.

ERC-20, EVM, and related standards create powerful network effects. But if the final ledger is not on Ethereum, that influence should be treated as a leading indicator of Ethereum's competitive power and future VUD, not as current VUD.

So instead of simply asking:

'How much money is in the Ethereum ecosystem?'

we should ask:

'How much economic value depends on Ethereum, what does it depend on Ethereum for, and at what layer does that dependency occur?'

3. Why Existing Metrics Cannot Be the Fundamental Valuation Anchor

Once these layers are separated, many familiar Ethereum metrics become more useful, not less.

TVL is a capital trust vote.

It shows how much value users are willing to place under smart-contract rules.

But those assets still belong to users.

TVL is not Ethereum's own balance sheet.

Fees represent real economic activity.

They measure usage and how much users are willing to pay for the network.

But a public financial infrastructure can become more economically valuable even while unit transaction costs continue to fall.

Collateral capacity is an asset-quality signal.

ETH being widely accepted as collateral shows that the market regards ETH as liquid and credible.

But collateral capacity cannot be added back as a second pool of value.

A house worth $1 million does not become worth $1.7 million simply because a bank is willing to lend $700,000 against it.

Low issuance and burn are supply variables.

Once real demand exists, they matter greatly.

But scarcity cannot answer a more fundamental question:

Why does anyone need the asset in the first place?

So-called monetary premium can describe the market's willingness to hold ETH as money over the long term.

But if every component of value that cash-flow analysis cannot explain is placed into the residual bucket called 'monetary premium,' the concept stops explaining very much.

The point is not to discard these metrics.

It is to put each one back at the layer where it actually belongs.

4. The Critical Bridge: How Ethereum's Value Reaches ETH

VUD measures the upstream economic fundamental base.

But proving that Ethereum secures a large amount of external economic value does not automatically prove that ETH should capture that value.

The Ethereum -> ETH transmission mechanism is therefore the most critical bridge in the entire framework.

Through PoS, Ethereum internalizes economic security into ETH itself.

Validators must commit ETH as capital to the system.

If they behave maliciously, that ETH can be slashed.

ETH is therefore not merely an asset used on Ethereum.

ETH itself is part of the mechanism that makes Ethereum economically credible.

This mechanism affects both demand and supply. As VUD expands, the system bears greater economic responsibility, increasing the demand for slashable security capital. More ETH being staked also reduces the amount of native ETH immediately available for trading. Because total staking affects validator returns and issuance, the more accurate relationship is: VUD growth -> stronger demand for security capital -> support for ETH staking and holding demand; the final market price is then determined by this structural demand interacting with ETH's effective supply. This mechanism - in which the native asset itself also serves as slashable protocol-level security capital - is something neither gold nor Bitcoin has.

One dollar of VUD does not mathematically imply one dollar of ETH market capitalization.

We cannot subjectively decide what proportion of Ethereum system value should be capitalized into ETH.

That coefficient must be discovered through long-run facts and data. At the same time, one critical premise must continue to be tested: as external dependency expands, does ETH remain the irreplaceable native security capital, or is it gradually displaced by other assets or security mechanisms?

I am therefore not proposing:

VUD = fair ETH market capitalization.

I am proposing:

VUD should be the fundamental denominator, while the market determines what multiple to pay for that denominator.

5. ETH Market Cap / VUD: A Crypto-Native Valuation Multiple

The closest analogy is not that 'VUD equals corporate earnings.'

Their economic meanings are entirely different.

What is similar is the structure.

Equity markets separate: fundamental performance -> valuation multiple -> market price.

Ethereum can likewise be analyzed as:

VUD and dependency quality -> ETH value capture and effective supply -> market valuation multiple -> market price.

ETH market cap / VUD could therefore become a useful historical valuation measure.

It is not a P/E ratio.

Nor is there any theoretically inevitable correct level of 10x, 20x, or even 1x.

But suppose we reconstruct long-run historical VUD data and find that:

ETH/VUD repeatedly compresses toward a lower range in bear markets;

returns to a middle range under normal conditions;

and expands sharply when growth expectations and liquidity are exceptionally strong;

then Ethereum would, for the first time, have a historical valuation ruler grounded in real economic dependency rather than price narrative.

As of August 2026, according to Ethereum's institutional data hub, Ethereum and its L2 ecosystem host roughly $170 billion in stablecoins and about $18.6 billion in RWAs.

These figures cannot simply be added together and declared:

'This is VUD.'

We still need to check statistical overlap, the real degree of L2 dependency, and the appropriate accounting treatment.

But these figures at least show that:

Ethereum already has a sufficiently large and independently observable external economic base to justify building a formal dependency accounting system.

This is what makes VUD different from a price target.

It begins with a real economic fact that is independent of ETH's own market price.

In one sentence:

Facts set the valuation anchor; narrative sets the multiple.

6. A Valuation Theory Must Be Allowed to Fail

VUD cannot become another Ethereum story that can explain every outcome after the fact.

It must be falsifiable. If long-run history eventually shows any of the following, VUD fails as an

ETH fundamental valuation anchor:

VUD grows substantially and persistently, but ETH has no stable long-run relationship with it;

economic activity on Ethereum can scale dramatically without creating structural demand for

ETH; assets can migrate away at extremely low cost, making the supposed Ethereum dependency superficial;

L2s progressively stop relying on Ethereum for final settlement or verifiable exit;

Ethereum governance loses credible neutrality and becomes effectively controlled by a single actor;

or ETH/VUD never forms a historically meaningful valuation range. If those facts emerge, VUD should be downgraded from:

'an ETH fundamental valuation anchor'

to:

'an Ethereum ecosystem scale metric.'

That is not a weakness of the theory.

7. Ethereum Does Not Need Another Story. It Needs Accounting.

The Ethereum community has become very good at explaining what ETH 'can be':

productive money, collateral, gas, a store of value, and a capital asset.

VUD asks a different question:

If Ethereum stopped performing these critical functions, how much real-world economic value would have to reorganize, migrate, or accept new risk?

That is the economic base Ethereum is actually protecting.

If that base keeps expanding through stablecoins, tokenized assets, L2 final settlement, and eventually machine-to-machine contracts, Ethereum may increasingly approach the role of:

a public financial trust root.

If Ethereum truly becomes a public financial trust root, that may constitute the largest long-term systemic source of value for ETH.