Research · Context
Where Bitcoin sits in its own history across three valuation lenses, and what historically followed from similar readings. The page shows the historical outcomes, their sample sizes, and where the evidence fails to establish a reliable direction.
Reading the daily snapshot.
Crypto Exponentials is not a registered investment adviser, broker-dealer or financial planner, and nothing on this page is investment advice, a recommendation, a solicitation, or an offer to buy or sell any asset. Everything below is a description of historical data. Historical outcomes are not forecasts; Bitcoin has fallen more than eighty per cent from a high on several occasions and may do so again, including from any state described here. You are responsible for your own decisions and should consult a qualified professional who knows your circumstances.
The five states are bands on the same historical scale. Very cheap is the lowest 10% of readings, cheap the next 20%, average the middle 40%, expensive the next 20%, and very expensive the highest 10%. These labels describe where today's reading sits in history. They do not predict what happens next.
| Measure | What it compares | Where it sits | Reads as |
|---|
| Question | What the evidence says today | Strength |
|---|
Strength is assigned by a rule, not by judgment: strong means the site's bootstrap interval excludes zero in that direction; moderate means the historical difference is large but the sample is small or overlapping; weak means a directional result with a known failure record; none means the tests establish no reliable direction. Which question applies to you depends on horizon, position size, tax, and whether a fall of half would force you out — none of which this page can see.
| Phase | From | To | Days | Price change over the phase |
|---|
A drawdown is declared when price closes more than 25% below its highest close to date, and released only once it recovers to within 10% of that high; between those two levels the previous label stands. Outside a drawdown the phase is an advance when the 200-day trend in log price is rising and sideways when it is not. The two thresholds are round numbers fixed once, not values searched for; the gap between them exists because a single threshold reclassifies the market every few days as price crosses it, and the episode count with and without that gap is recorded in the methods page.
| State | Observations | 90 days after | 180 days after | 365 days after | Worst year from this state |
|---|
| Lens | Now | Would read discount below | Would read premium above |
|---|
Three lenses are ranked as percentiles against their own history: MVRV from Coin Metrics, the Mayer multiple (price over its 200-day average) and the deviation of price from a power law in time since the genesis block. Each percentile is computed as of that day against prior observations only, with at least 250 prior days required, so no reading uses information that was unavailable at the time. The composite is an equal-weight descriptive average of the three, with no weighting chosen by fitting and no optimisation; the state cuts sit at 10, 30, 70 and 90.
The forward-return columns are simple price changes measured from each qualifying day. Windows overlap heavily, which means the sample is far less independent than the day counts suggest: roughly four cycles of information, not thousands. The bootstrap interval on each median comes from a moving-block bootstrap of the daily calendar series: contiguous stretches of days are drawn from the original time index, the state is applied to the resampled index, and the median is recomputed from whatever qualifying days each draw produced. The number of observations therefore differs between replicates, which is correct, since how often a state occurs is itself uncertain and fixing it would make the interval look tighter than the evidence allows; the block length is the forward horizon itself, capped at a quarter of the sample so that short-lived states still resample meaningfully. The procedure is run under three independent seeds; the interval shown is the widest of the three, and a state is marked as excluding zero only when all three agree that it does. That caution is not decorative: at the one-year horizon the longest-lived state contains only about seven independent blocks, and a mark that moved with the random seed would be worse than no mark at all. This treats the overlap honestly rather than assuming it away, and it is why several states that look decisive on their medians turn out to have intervals straddling zero. The power-law model is fitted as of each day on an expanding window of the data available up to that day, so no classification uses coefficients estimated from later prices; a fit is produced only once five hundred qualifying observations exist. The threshold table takes the quantiles of the same reference distribution the ranking uses, so the levels it prints are the values today's reading would have to reach, not historical observations that happened to rank nearby.
The useful finding in the table, as of 2 September 2026, is narrow and specific: the very-expensive state has been followed by negative median returns at every horizon, while every other state has produced wide, overlapping outcomes. A reader who takes anything from this page should take that asymmetry, not a signal.
Note in particular that the deepest-discount state has a lower median one-year return than the ordinary cheap state. Nothing here says buying weakness has worked reliably; it says the record is noisy and the sample is small. Sources: the Crypto Exponentials daily snapshot (Blockchain.com price, Coin Metrics MVRV). Nothing on this page is investment advice.