Ignore the headline number. Do the subtraction.
A widely circulated on-chain note this week reported that 69% of bitcoin's circulating supply now sits in profit β meaning the coins last moved on-chain at a price below the current spot of roughly $77,000. The same note reported a 90-day change of 41.
Sixty-nine minus forty-one is twenty-eight. If that 41 were a relative change, then 28 Γ 1.41 = 39.5, which does not equal 69. The only reading that survives contact with arithmetic is that 41 is a percentage-point delta β which implies that ninety days ago, roughly 28% of supply was in profit.
Twenty-eight percent is not a soft patch. Read against the historical record, the profit-supply ratio has traded below 30% only in genuine capitulation windows: late 2018, March 2020, November 2022. What this note is actually describing, then, is a violent repricing out of a deep surrender zone β a 41-point recovery in a single quarter, ending at $77,000.
That is a very different story from the one the headline tells. And the difference matters, because the wrong story leads to the wrong position size.
If you have never audited one of these metrics, here is the mechanics in one paragraph β and the first thing to understand is that this is not protocol-level technology. It is a data-layer construct applied to a settlement network.
Bitcoin's Supply in Profit is a UTXO-level calculation: traverse every unspent output, take the price at which it last moved on-chain as its cost basis, compare that basis to the current price, and count the share of supply whose basis sits below spot. Simple to state. Easy to misread.
It belongs to the same family as MVRV, NUPL, and Realized Price, and both Glassnode and CryptoQuant publish standard versions. The note did not disclose which one, or whether an adjusted variant was used β and the spread between methodologies can run five to fifteen percentage points on the same day. That is not a rounding error. That is the difference between "euphoric" and "recovering."
Two structural properties matter more than the level itself.
SIP is lagging-to-coincident, not leading. The causal arrow runs price to indicator, never the reverse. When price moves, the ratio updates. The ratio does not move price. Price is the output. Positioning is the input.
It is also a scalar, not a distribution. One number cannot tell you whether the 31% of supply still underwater sits in wallets that bought three weeks ago or three years ago. That distinction is the entire ballgame. I spent 2017 auditing token whitepapers with worse disclosure than this note, and the discipline I walked away with has not changed: if you cannot source the input, you cannot trust the output.
Lay the numbers against each other and a second problem appears.
If the profit ratio was 28% ninety days ago, price was then in the deep low band of that cycle. Today it is $77,000, and 31% of supply is still below water. That means a substantial block of coins changed hands at prices well above $77,000 β enough volume, at a high enough price, to leave a third of the float at a loss. Read together with a 28% starting point, the implied chart is a long, high-range distribution phase, followed by capitulation, followed by a sharp squeeze.
The date stamp on the note β "September 11," with no year β does not reconcile cleanly with that sequence. Treat the omission as a data-integrity flag, not a footnote.
Now the mechanism itself, which is sound. The note attributes the rally to a short squeeze, and the logic holds: crowded shorts, signalled by negative funding and elevated open interest, get forced out as price rises; liquidations execute as market buys; that buying pushes price into the next liquidation band; the loop feeds itself; the short pool empties; the marginal bid disappears; momentum stalls; price retraces part of the move. We have watched that pattern run in January 2023, August 2024, and April 2025.
But the note supplies none of the evidence required to claim it. A short squeeze is a derivative-market event. Proving one requires derivative-market data: funding rates, open interest changes, liquidation prints, long/short account ratios. The note offers zero of the four, and substitutes "mechanical repricing" β a description, not an argument.
Seven market-structure indicators are missing entirely: stablecoin net inflows, exchange net flows, open interest, funding, the Fear and Greed index, ETF net creations and redemptions, and liquidation data. Every one of them is load-bearing for the conclusion being drawn. Without them, the squeeze thesis sits at the ceiling of plausible inference and never reaches data-driven conclusion.
Here is what the note gets right without saying it clearly. The 31% of supply still underwater is an overhead supply wall.
As price grinds higher, holders approaching break-even become sellers. That is not sentiment; it is behavior with a documented distribution β the return-to-entry sell wall. The strongest technical case for fading momentum is not that the squeeze runs out of fuel. It is that the supply stacked above spot gets heavier as spot rises. Built on that, the conclusion would be more defensible. Built on an unproven derivative narrative, it is less.
Holder stratification is the missing layer. The 31% underwater is almost certainly concentrated in short-term holders β coins that moved within the last 155 days. That matters, because short-term holders behave differently from long-term holders under stress: they stop-loss into weakness and sell into break-even strength. Meanwhile the lost-coin problem runs the other way. An estimated three to six million BTC are permanently unrecoverable; they can never update a cost basis, which structurally inflates the profit ratio and means the true recovered share is lower than the number quoted.
Consider also what the 69% actually excludes. A coin last moved in 2019 at $8,000 and untouched since adds to the profit count without adding a single seller. The ratio measures unrealized gain, not intent to sell. Conflating the two is the most common error in on-chain commentary, and this note commits it.
Then the leap. Momentum decay and price retracement are two claims with two different confidence levels. Decay β the rate of change going negative β is a high-confidence inference from a 41-point move in 90 days. Retracement β the level going down β requires additional conditions: tightening macro liquidity, persistent ETF outflows, or miner distribution. Collapsing the second into the first is a logical jump, and in a bear market logical jumps are how accounts get liquidated.
Which brings up what the note never mentions: post-halving miner economics. Block rewards have been 3.125 BTC since April 2024; annualized issuance is roughly 0.85%, heading toward 0.4% in 2028. Supply cannot manufacture a selloff at that rate. So any fading bid is a demand-side problem, not a supply-side one β and that changes the character of the correction you should expect. Marginal miners, whose cost basis rises as the subsidy falls, become pro-cyclical sellers into weakness. Supply in Profit cannot see them.
Here is the structural objection, and it is not about this note specifically.
Bitcoin sits at the settlement layer of the crypto stack. Its price is set by exogenous variables β dollar liquidity, the Fed path, real rates, ETF creation and redemption flows β not by the internal composition of its holder base. Applying an endogenous on-chain metric to forecast the price of an exogenously driven asset is a tool-target mismatch. SIP can tell you how much supply is sitting on a gain. It cannot tell you whether an institutional desk is going to absorb that supply next week. That is the variable that decides direction.
The mismatch has been getting worse, not better. Since ETF approval, a growing share of supply sits in custody and does not move. Coins that do not move do not update their cost basis. The marginal information content of supply-based on-chain metrics has been structurally diluted by the very thing that turned bitcoin into an institutional asset. The instruments that made bitcoin investable also blinded the instruments people use to analyze it.
So the analytically honest version of this note's thesis is not "bitcoin is about to retrace." It is "the next leg's direction is determined off-chain." Follow the gas, not the hype β and in this regime, follow the ETF tape before you follow the UTXO set.
The actionable asymmetry is elsewhere anyway. If bitcoin does retrace 5β15%, higher-beta assets take roughly double the damage, and leveraged DeFi positions holding BTC-denominated collateral face liquidation cascades. Bets are cheap; exits are expensive. The short, if there is one, is not in BTC spot. It is in the tail.
Watch funding and open interest before you watch anything else. A squeeze that ends with funding neutralized and open interest rebuilt is a pause; one that ends with funding still negative is an unfinished move. Watch ETF net flows as the dominant marginal bid. And watch realized price bands, not headline profit ratios, for the level where the overhead wall actually thins.
The note's conclusion may turn out correct. Its method cannot tell you that. If you cannot source the data, you cannot size the trade β and in this cycle, size is the only edge that survives.