When a protocol token's price falls, how much does the treasury's nominal value shrink? Simply multiplying the token price by the holding quantity often yields a figure far higher than reality. Because a large portion of treasury assets is the protocol's own token—this money cannot be freely spent. Selling it would crash the price, making it worth less the more you sell. What truly needs to be calculated is how many "spendable assets" the treasury holds, not the total book value.
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Below are 3 steps to recalculate treasury spendable assets.
Step 1: Break Down the Treasury Assets into Three Categories
Not every token in the treasury counts. The first step is to separate assets into categories, which forms the foundation for all subsequent calculations.
What to do: Find the treasury asset breakdown on Dune, Nansen or the protocol's official dashboard, and classify holdings into three types.
How to do it:
Type 1: Stablecoins (USDT/USDC/DAI, etc.). These are real money that can in principle be fully withdrawn and spent. For most treasuries, the core stablecoin reserves usually account for over 80%.
Type 2: Protocol native tokens. This is the trickiest part. Counting your own token at full market price is like "subtracting yourself from yourself," and typically requires a discount of at least 50%. The problem is not "how much the treasury holds," but "can holders actually get it out?"
Type 3: Protocol-owned liquidity (POL) and other assets (major tokens such as BTC/ETH, LP tokens, etc.). Major tokens are usually included at 70%-80% of real-time market price to keep a safety cushion; LP tokens need to deduct impermanent loss risk and locked shares, then be recorded at redeemable net value.
When you're done: You will have split total treasury assets into "stablecoins," "native tokens," and "other liquid assets," each with its own book value.
Common cause of failure: Directly using the total market cap or TVL displayed on CoinGecko as treasury spendable funds. TVL is the funds locked in a protocol, which is different from the funds the treasury owns. Mixing them up will seriously overestimate actual available capital.
Step 2: Apply a Discount to Native Tokens — Calculate "Extractable Treasury Assets"
This is the most critical step: count stablecoins at full value and discount native tokens according to the strength of the claim right.
What to do: Apply a 0% to 100% discount to the native token portion of the treasury based on the degree of control holders actually have.
How to do it:
| Discount Range | Applicable Scenario | Extractable Proportion |
|---|---|---|
| 0% discount | Automatic buyback & burn without governance vote; or use of funds is completely decided by token holders | 100% |
| 25% discount | Active DAO with a history of actual distributions | 75% |
| 50% discount | Governance exists on paper but has never been exercised | 50% |
| 75% discount | Treasury controlled by the team, weak governance | 25% |
| 100% discount | Funds controlled by a foundation, holders have zero claim | 0% |
Formula: Extractable Treasury Assets = Stablecoin Balance + Major Token Balance × 0.7 + Native Token Balance × (1 - discount rate)
A key scenario: Some protocols adopt a "pure burn mechanism"—USDC flows in to buy back and burn tokens, creating no balance-sheet assets that anyone can claim. In this case, extractable treasury assets = 0.
When you're done: You will have calculated a concrete "extractable treasury assets" figure, instead of just looking at the total book value of the treasury.
Risk reminder: If native tokens make up an extremely high share of the treasury (e.g., over 99% for some projects), even after discounting there is still a large book value. However, large-scale selling required to actually realize that value would put immense pressure on the token price. The true "spending capacity" is far lower than the theoretical figure.
Step 3: Recalculate the "Real Treasury Shrinkage Rate"
With the "extractable" baseline established, recalculate the real impact after a token price drop.
What to do: Recalculate the treasury's value using the "extractable treasury assets" metric both before and after the price drop, and compare the magnitude of shrinkage.
How to do it:
Take the treasury asset data before the price drop and calculate the "pre-drop extractable treasury assets" using the step 2 formula.
Take the treasury data after the drop and calculate the "post-drop extractable treasury assets" in the same way.
Calculate
Real Shrinkage Rate = (Pre-drop Extractable Treasury Assets - Post-drop Extractable Treasury Assets) / Pre-drop Extractable Treasury Assets × 100%
Comparison:
Nominal shrinkage rate: Calculated directly from total book value, it is usually very high.
Real shrinkage rate: Calculated using the extractable metric. If the treasury consists mostly of stablecoins, this figure will be significantly lower than the nominal rate.
When you're done: You will have two numbers—the nominal shrinkage rate and the real shrinkage rate—and a clear sense of the gap between them.
Prerequisite: You need a snapshot of treasury data at two points in time (before and after the price drop). This can be queried historically on Dune.
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How to Verify Your Calculation is Correct?
After completing the three steps above, you should be able to answer:
What is the stablecoin share of the treasury? The higher it is, the smaller the real shrinkage and the stronger the resilience.
In which range did you set the "claim-right discount" for native tokens? Does it match the protocol's actual governance situation?
What is the difference between the nominal and real shrinkage rates? If the gap is huge, panic about "treasury collapse" may be exaggerated.
If the answers are "high stablecoin share + a reasonable claim-right discount + a real shrinkage rate far below the nominal rate," the protocol's financial health may be better than the market expects. If the answers are "an extremely high native token share + a foundation-controlled treasury with no distribution mechanism + a real shrinkage rate close to 100%," then the so-called treasury value is almost non-existent in a substantive sense.
