WHEN MINERS LET GO

The scene unfolded almost silently, as is often the case with Bitcoin. No bombastic breaking news on traditional financial channels. No visible panic on television. Just numbers that began to slide… then plummet. On January 24, 2026, in the space of forty-eight hours, the daily revenue of Bitcoin miners fell from approximately $45 million to $28 million. In the same movement, nearly 1.3 million machines shut down across the United States. The global hashrate, the invisible backbone that secures the network, lost up to 40% of its capacity in a single weekend. From a distance, the picture looks like a red alert. Up close, it's more nuanced. Because that January weekend was not an isolated incident.

This is the breaking point of a tension that has been building for months. Since the fall of 2025, the network has shown signs of contraction. At first imperceptible, then increasingly clear. The price of Bitcoin, which was still hovering around $126,000 in October, began a sharp decline below $70,000. The least efficient miners started to pull out. The best-capitalized players quietly explored other opportunities. And while the market was digesting the correction, a series of external economic, industrial, and climatic events struck an industry already under pressure. On the networks, two opposing narratives immediately emerged.

On one side, skeptics saw it as proof that Bitcoin's security model is fragile, too dependent on certain geographic areas, and too exposed to economic cycles. For them, what's happening isn't just a simple turbulence. It's the beginning of a structural weakening. On the other side, those who read the on-chain data with a cool head recognized a familiar pattern: the same type of stress that, historically, has preceded several of the market's most violent bull market reversals. The question therefore deserves to be asked properly, without tribalism or panic. Is the Bitcoin network cracking… or are we simply witnessing one of those purging mechanisms that the protocol has already gone through several times since its inception?

To give a serious answer, we must confront the three forces that are currently crushing miners. And above all, we must compare these tensions with the on-chain indicators that, cycle after cycle, have marked the market's pivotal moments. To understand why miners are suffering so much today, we must go back to the halving of April 2024. As predicted by the protocol since the genesis block, the block reward was halved, dropping from 6.25 BTC to 3.125 BTC. On paper, nothing new. The market knows the drill. But in the operational reality for miners, the effect is brutal. Overnight, for the same energy expenditure, Bitcoin production plummets by half. For a few months, the price increase served as a temporary anesthetic.

As long as Bitcoin was rising, the overall profitability of the sector held up. When the price reached highs near $126,000 in the fall of 2025, even with a split reward, the business remained viable for much of the industry. But this respite was conditional. And as is often the case with Bitcoin, reality eventually catches up with overly comfortable models. Since October, the trajectory has reversed sharply. $126,000. Then $100,000. Then $80,000. Then $70,000. In February 2026, Bitcoin briefly flirted with $60,000, a correction of more than 50% in just a few months. For miners, this drop isn't a trader's abstraction. It's a direct squeeze on margins. The hash price, the metric that measures how much each unit of computing power yields, has plummeted. Where it was trading around $55 per petahash the previous summer, it is now hovering around $35.

Logically, it was cut in half. Overall sector revenues followed the same downward trend. After peaking at around $55 million daily in the fall, they hit a low of nearly $28 million during the worst period in January. Even though the level subsequently stabilized above $30 million, the message sent to operators is clear: the safety net has shrunk considerably. And for those considering getting into mining today with new equipment, the reality is even more stark. In many setups, it now takes nearly a thousand days to recoup the cost of a machine. Almost three years in an environment where the price of Bitcoin can halve in a matter of months. Needless to say, the appetite for new investments has cooled considerably.

Faced with this pressure, miners have only a handful of levers: reduce costs, shut down the least efficient machines, or sell Bitcoin to finance operations. And that's precisely what the data shows. Miners' reserves have slipped to their lowest levels since the beginning of the decade. In sixty days, approximately 6,300 BTC were sold, meaning about a hundred bitcoins were injected into the market each day. On the scale of overall liquidity, it's not a tsunami. But it's a constant, mechanical, silent selling pressure—the kind of flow that wears down a market without making headlines. But price is only the first blow. While margins were shrinking, a second, much more structural force was set in motion. And it doesn't originate from the crypto market.

Imagine the situation from the perspective of a large mining farm manager. Your facilities are running continuously. Your energy contracts are burdensome. Your revenues are under pressure. And suddenly, a new player knocks on the door. Not a crypto competitor. An artificial intelligence giant. With a simple proposition: use your energy infrastructure for AI computing… sometimes paying several times more than Bitcoin mining. This is precisely the dilemma facing a segment of the industry. Artificial intelligence cannot utilize mining ASICs. But it has an insatiable hunger for what miners already possess: energy-guzzling data centers, connected to massive power grids, with industrial-scale cooling systems.

In other words, a partially convertible infrastructure. Since the end of 2025, announcements have multiplied. Several major mining companies have begun reallocating some of their capacity to high-performance computing and AI. Some have signed energy partnerships. Others have simply revised their medium-term strategy. This movement is not total. Bitcoin mining is not disappearing. But it is introducing new competition for access to energy and infrastructure. And each pivot is often financed in the same way: by selling Bitcoin. This point is crucial. When the best-capitalized players reduce their mining exposure to invest elsewhere, they mechanically inject supply into the market.

This isn't panic. It's capital reallocation. But the effect on the price can be similar in the short term. At this stage, the market could have gradually absorbed this industrial transition. Except that the third force struck at the worst possible time. And this time, it wasn't financial. In late January 2026, a violent winter storm swept across a large part of the United States. Freezing temperatures. Peaks in energy consumption. Cascading power outages. In several key areas of Texas and neighboring states, data centers reduced or shut down their operations. In forty-eight hours, the global hashrate dropped by about 40%, with nearly 475 exahashes per second temporarily removed from the network. For many outside observers, the figure came as a shock.

But to understand what really happened, we need to remember an often-overlooked detail. In Texas, in particular, many miners participate in demand response programs. Specifically, when the power grid is under strain, they agree to shut down their machines to free up electricity for homes. In exchange, they receive compensation. In other words, part of the hashrate drop wasn't a chaotic failure. It was a voluntary energy balancing mechanism. But even taking this into account, the episode highlighted a geographical reality: after the exodus from China in 2021, a significant portion of the world's hashrate became concentrated in North America, with Texas as its epicenter.

This shift has strengthened the sector's regulatory freedom… but it has also introduced a new kind of climate-energy correlation. The most visible technical consequence has been the difficulty adjustment. In early February, mining difficulty saw a sharp drop, the largest since the post-Chinese ban era. The latest successive adjustments have been negative, a clear sign that miners are leaving the network faster than new entrants are taking their place. We are therefore witnessing this triple bind at work: a post-halving price that is squeezing margins; an AI industry that is attracting some of the energy infrastructure; and climate shocks that are amplifying temporary outages. Taken individually, each factor is manageable.

Combined, these factors create a real stress phase for the mining ecosystem. The question then becomes: Is what we are seeing a sign of structural fragility… or the normal functioning of a system designed to self-balance? This is where on-chain data becomes interesting. Because what appears from the outside to be a weakening is often described by analysts as a capitulation by the miners. And in Bitcoin's history, these phases have a particular significance. One of the most closely watched tools in this context is the Hash Ribbon. Its principle is simple: compare two moving averages of the hashrate. When the short-term average falls below the long-term average, it indicates that miners are actively shutting down their machines. Historically, this signal has appeared during several periods of major stress.

After the 2018 crash, the Hash Ribbon signaled a capitulation when Bitcoin was trading around $3,200. The market never returned to a sustained level below that. In 2022, during the FTX-related collapse, a similar signal appeared around $15,000. Again, this area eventually marked a macroeconomic floor. Today, the Hash Ribbon has been in a capitulation phase since the end of November 2025. And this isn't a flash lasting just a few days. The phase has lasted for several weeks, making it statistically more significant than the short, aborted signals sometimes observed mid-cycle. Other indicators are converging in the same direction. The Puell Multiple, which compares miners' current revenues to their annual average, is trading in a zone historically associated with maximum stress in the sector.

Miners' reserves are in a sustained decline. Several metrics related to production cost and miners' realized price are also approaching capitulation levels. Taken together, these signals tell a coherent story. The least efficient operators are being purged from the network. Those that remain are gradually seeing their relative costs decrease as the difficulty adjusts. This is precisely the self-correcting mechanism intended in the protocol from the outset. But we must remain intellectually honest. Correlation does not imply causation. The Hash Ribbon is not a magic oracle. It has already produced false intermediate signals, notably in 2025, without marking a lasting bottom. And above all, the market of 2026 is no longer the same as the market of 2018.

Today, US Bitcoin ETFs hold a significant portion of the circulating supply. Companies accumulating Bitcoin on their cash reserves also have a larger market presence than before. These institutional players collectively represent a market segment that didn't exist in previous cycles. Their behavior can amplify or delay certain movements. In other words, history often rhymes with Bitcoin… but it never repeats itself exactly. What we can say with a reasonable degree of confidence is that the current setup resembles, indicator by indicator, the periods of deep stress that preceded several major recoveries. What we cannot state with certainty is the exact timing or the precise level of any potential bottom.

The market could still test lower levels. It could also sideways for months. Those who bought during previous capitulations were often rewarded… but rarely quickly. The most reliable constant during these phases remains patience. What's at stake right now goes beyond the simple question of price. What this episode reveals is the robustness, or the limitations, of Bitcoin's adjustment mechanism in the face of combined energy, industrial, and macroeconomic stress. For now, the protocol is doing exactly what it was designed to do. Miners are capitulating. Difficulty is adjusting. The relative profitability of the survivors is gradually increasing. The network sometimes slows down… but it continues to produce blocks, unfazed, on average every ten minutes over time.

For the past fifteen years, Bitcoin has absorbed regulatory shocks, national bans, market crashes, exchange failures, and violent energy cycles. The current sequence is serious. It's not insignificant. But it still falls within a framework the protocol has already navigated. Perhaps the real question isn't whether Bitcoin can survive this kind of stress. So far, history suggests it can. The real question is more uncomfortable. In a market now populated by ETFs, corporate treasuries, and energy infrastructure competing with AI, will the old cyclical patterns continue to operate as before? No one can say for sure. But one thing is clear. When the media frenzy intensifies and machines shut down en masse, that's often when Bitcoin's true workings become most apparent. Not in euphoria. In constraint. And at the start of 2026, the network is precisely going through one of those silent moments of truth.

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