From Multiples of 5 to Multiples of 12: Deciphering True Token Valuation

Written by: Four Pillars

I have seen this same mistake countless times: someone presents a protocol with annualized revenues of $500 million, divides the market capitalization by that figure, gets a single-digit multiple, and concludes it’s “cheap.” But here’s the problem: the denominator is incorrect, the numerator is also wrong, and the final result completely misleads you about the true valuation multiple you’re actually paying.

Investors believe they are buying at a 5x multiple, but considering what they could actually receive in income, that multiple could be 20, 57, or even higher. This is the biggest fundamental misalignment in the current market, and it’s exactly why we need a valuation framework that reflects the reality of tokens.

Why is the protocol price/revenue multiple misleading?

In traditional finance, the EV/EBITDA ratio works because shareholders have a legal right to residuals. But token holders operate under completely different rules. The protocol may generate $500 million in revenue, but that doesn’t mean you receive a dollar.

Think of it this way: there is a three-tiered cascade in the revenue flow:

Level 1 - Fees: The total amount paid by users.

Level 2 - Protocol income: The portion the protocol retains after paying liquidity providers, validators, and other participants.

Level 3 - Income for holders: What finally reaches your hands as a token holder, whether through buybacks, burns, or direct distribution.

Significant losses occur between each level. Most valuation frameworks simply ignore this reality.

Enterprise value: First correction to the valuation multiple

Let’s start with the basics: market capitalization is not enterprise value. In traditional finance, the formula is clear:

Enterprise value = Market capitalization + Debt – Cash

But in the crypto world, this becomes enormously complicated. The key question isn’t “what’s in the treasury?” but “can token holders actually withdraw it?”

Some protocols have hundreds of millions in stablecoins stashed away, but without governance mechanisms or distribution channels—basically, money that no one can touch. Others use automatic burns, where every USDC that enters permanently destroys tokens, and no one has access to that capital.

The adapted formula for tokens is:

Enterprise value of the token = Market capitalization + Token debt – Withdrawable treasury assets

For withdrawable assets, it’s necessary to break down what’s actually in the treasury:

• Stablecoins: Real money, fully withdrawable by principle.
• Native tokens: Require a substantial discount, typically 50% or more, because it’s “subtracting from yourself.”
• Protocol-owned liquidity (POL) and other assets: Depend on type and liquidity.

Here’s the most subjective part: a “claim discount framework” that assigns percentages based on how much real control holders have:

• 0% discount: Automatic buyback and burn without voting, or funds fully under holder control.
• 25% discount: Active DAO with a real history of fund allocation.
• 50% discount: Governance rights on paper, but rarely exercised.
• 75% discount: Treasury under team control, weak governance.
• 100% discount: Funds under foundation control, with no claim rights for holders.

Let’s look at real examples:

Maple: Treasury of $9.36 million (99.7% stablecoins). The adjustment slightly reduces enterprise value from $272 million to $265 million—minimal impact.

SKY: Treasury of $140.3 million, but 99.9% in native tokens. With a 50% discount, the withdrawable value is $70.2 million, reducing enterprise value from $1.69 billion to $1.62 billion.

PUMP: Reports approximately $700 million in stablecoins, but without governance or distribution channels. For holders, it’s inaccessible money. Withdrawable assets = 0, so enterprise value = market cap alone.

The revenue cascade: How most of the flow is lost along the way

This is where most valuation frameworks break down. There are two key conversion rates you need to understand:

Retention rate = Protocol income ÷ Total fees

This measures how much the protocol can keep from all generated fees.

Accumulation rate = Income for holders ÷ Protocol income

This measures what portion of what the protocol retains actually reaches the token holders.

The overlap of these two rates creates huge differences:

HYPE: Retention rate of 89.6%, accumulation rate of 100%. Out of nearly $900 million in fees, $805.7 million ends up in holders’ hands. Almost everything generated by the protocol goes directly to token holders.

Maple: Retention rate of 13% ($140.5 million in fees → $18.3 million in protocol income), accumulation rate of 25.1% ($18.3 million → $4.6 million for holders). Total accumulation rate is only 3%, while HYPE is 90%.

Using the same valuation multiple framework, one is 3% and the other 90%. Do you see why comparing these protocols directly using “EV/protocol income” is practically useless?

Why use “income for holders” as the denominator:

In traditional finance, EV/revenue works because shareholders have a legal right to residuals. But token holders only receive what the token’s economic model allows. If income stays in a treasury controlled by the team without distribution, then simply holding governance tokens doesn’t make that income “yours.”

Using protocol income as the denominator makes protocols with low accumulation rates seem cheaper than they really are. I call this the “accumulation discount.”

Example with Maple:

• EV / Protocol income = 14.5x (looks cheap)
• EV / Income for holders = 57.7x (very different)

A fourfold gap! With exactly the same data, but different denominators, your valuation conclusion changes dramatically.

Cost classification: Not all tokens issued are equal

The word “dilution” is used so loosely in crypto that most analysts don’t distinguish between three completely different categories of token issuance. This mistake distorts the entire valuation multiple.

Category 1: Team incentives — Actual operational cost

Warren Buffett asked decades ago: if incentives aren’t a cost, what are they? A gift?

In traditional finance, they appear on the income statement. In crypto, they appear as new tokens in the market, but the essence is identical: it’s a real cost of operating the business and should be included in valuation multiples.

HYPE: Team compensation of $464.9 million annually, consuming 57.7% of holders’ income.

PUMP: Annualized incentives of $128.5 million.

Both should be included in the cost-adjusted multiple.

Category 2: Token operational costs — Also costs

This includes ecological incentives, user acquisition, and similar operational expenses. It’s equivalent to customer acquisition costs: real money spent.

PUMP additional: $77 million in token operational costs, raising total costs to $205.5 million.

Category 3: Vesting and unlock events — Market event, not operational cost

You don’t subtract VC sales from Apple’s earnings to get an “adjusted profit.” Similarly, this shouldn’t be included in the operational multiple, although it has a real impact on price pressure.

PUMP: Potential annualized selling pressure of $83.5 million, 7.3% of its market cap. This affects price trends but isn’t an operational cost.

I separate this into a diagnostic metric called “total tax for token holders” = (token costs + investor selling pressure) ÷ holder income. For PUMP, it’s 60.3%, meaning for every dollar of real income, an additional $0.603 enters the market as new supply.

The complete framework: Four multiples that define true value

Based on this logic, we derive these key indicators:

EV / Income for holders (the main indicator): How much you pay for each dollar of income that actually reaches your pocket, adjusted for the overall balance sheet.

Market cap / Income for holders: The same, but without treasury adjustments. The difference reflects the impact of the balance sheet.

EV / (Income for holders – Token costs) (cost-adjusted multiple): Excludes real business costs but not investor selling pressure. Often the most revealing multiple.

EV / Protocol income (for reference only): The difference with EV/income for holders shows the size of the “accumulation discount.”

Diagnostic indicator - Total tax for holders: Summarizes the dual impact of operational costs and supply pressure. A number of 60% indicates significant tension; 10% indicates stability.

Case-by-case: How to apply 12x, 57x, and beyond multiples

Now let’s look at five real protocols under this framework:

HYPE: 100% accumulation rate, income multiple for holders of 9.4x. However, high team incentive costs raise the cost-adjusted multiple to 22.2x. Revenue structure is clear; complexity isn’t here.

PUMP: Appears cheapest at 2.4x, with a 98.8% accumulation rate. But treasury is inaccessible, and a major unlock is imminent in August 2026. After cost adjustment, the multiple rises to 4.2x, with a total tax for holders of 60.3%—the highest in the sample.

MAPLE: The most devastating accumulation rate at just 4x. Comparing EV/protocol income (14.5x) versus EV/income for holders (57.7x) reveals a 4x gap. Without token costs, the adjusted multiple remains the same.

JUP: The cleanest balance sheet. “Net-zero emissions” governance, no token costs, no investor selling pressure, no withdrawable treasury. All multiples converge around 7.7x. This is the clearest example of the framework.

SKY: 45.8% accumulation rate, a perfect example of how the choice of denominator transforms valuation. Protocol income multiple is 7.3x (looks cheap), but income for holders is 16.0x (less attractive). Treasury is 99.9% in native tokens, which must be significantly discounted.

What the market is missing: Hidden opportunities in the accumulation gap

These cases illustrate a fundamental principle: the industry is just beginning to pay attention to value capture. Fee switches are activating, buybacks are replacing inflationary issuance, and governance bodies are voting to suspend inflation incentives.

But the market still confuses protocols generating $500 million in revenue (but holders only receive $15 million) with protocols that truly share value. The gap between protocol revenue and income for holders represents the biggest valuation inefficiency today.

Warren Buffett said decades ago that if something isn’t a cost, then it’s a gift. In crypto, we must apply that principle rigorously: each token issued is a real operational cost, treasury assets should be evaluated by what holders can actually claim, and every dollar of revenue should be tracked to where it truly flows.

The 5x multiple you see on the screen could actually be 12x, 57x, or higher. Until the market understands this distinction, we will keep seeing naive buyers paying absurd premiums for protocols that look cheap on paper.

The framework is here. The tools exist. Now it’s time to apply them correctly.