This article presents signs a crypto winter is ending within a historically observed four year cycle of digital assets. That cycle has consisted of a roughly three year bull market followed by a 12 to 14 month bear market, commonly referred to as a crypto winter.
Historical transition timing toward the next bullish season has tended to occur about 17 months before the supply halving or roughly 12 to 14 months after the prior peak.
The article’s framework describes a four-year cycle in cryptocurrency that is divided into four seasons. Each season corresponds to distinct market conditions, behavioral patterns, and observable signs. The framework links specific indicators and events—including exchange stability, sizable price drawdowns, and mining-difficulty dynamics—to transitions between those seasons. It notes that these signals are observational in nature and are not presented as firm predictions. The framework is applied in the article to assess current market developments and to highlight the specific indicators that could mark movement out of the crypto winter period.
Sign 1 in the article identifies the historical timing associated with the transition from crypto winter to spring within the four‑year cycle. It states that spring has historically begun about 17 months before the supply halving or roughly 12 to 14 months after the prior market peak, and it cites September as a specific timing marker tied to those counts. The description treats this timing as an observational benchmark rather than a causal mechanism. The timing benchmark is presented as one of multiple indicators used to evaluate seasonal transitions in the market.
Sign 2 observes that failures or closures of major cryptocurrency exchanges have occurred immediately prior to the onset of spring in historical observations. The article provides the example that BitMEX announced in July that it would close in September. The presentation frames these exchange events as an observable antecedent rather than a predictive rule. Exchange stress is discussed alongside other institutional and market signals within the framework.
Sign 3 reports typical peak‑to‑trough price drawdowns of 77 percent to 84 percent in prior winters and contrasts those historical magnitudes with Bitcoin’s 53 percent drawdown from October 6, 2025, to June 30, 2026. The article characterizes that 53 percent decline as shallower than previous winter drawdowns.
Sign 4 focuses on Bitcoin mining difficulty, noting that difficulty has tended to decline toward the end of prior crypto winters and to rebound during subsequent springs; the article reports that difficulty has declined in the current period but had not yet rebounded as of the article date. The discussion treats these indicators as observational signals informing assessment of market seasonality.
Historically, in limited observations, “crypto spring” has begun quietly, with prices stabilizing while public interest remains subdued.
These observations are not predictions, and these may prove false or premature signals, but each sign is worth monitoring in the months ahead.
The current crypto winter has largely followed the historical pattern, but our focus has recently shifted to the next season.
Our framework for understanding the four-year cycle features four “seasons” of cryptocurrency.
The article summarizes a four-year cryptocurrency cycle characterized by four seasons and uses multiple observable indicators to identify transitions. It lists six signs indicating the end of a crypto winter, including timing relative to halving and prior peaks, exchange failures, historical drawdown magnitudes versus the current drawdown, and mining-difficulty behavior. The article notes the current winter has largely followed historical patterns.
