Bitcoin mining has been challenging over the past few years. With BTC descending out of the recent heights of above $100,000, which it had reached previously in late 2025, crypto miners are either operating on a shoestring or going out of business. What was initially a year of crypto boom has now turned out to be a stress test for the industry.
The Numbers Don’t Lie
The data in the industry indicates that the hash price of a coin (that a miner can earn with one terahash of computing power) has decreased tremendously. Toward the peak of its rise, miners had been earning nearly $70 per petahash per day with BTC. It is about $28 nowadays. This amounts to a 60% reduction in miners’ earnings, and all this is in addition to electricity bills, hardware prices, and the cost of facilities.
It has been noted by analysts that the economics of Bitcoin mining have significantly deteriorated within the last several months. They also state that the prices of hash prices went down to about $0.03 per TH/s per day, which is not competitive but only profitable to the most efficient operations in the market.
At the beginning of February, the Bitcoin mining challenge fell by about 11%, the second-largest decline since China prohibited mining in 2021. The severe winter storms, especially in Texas, have led to grid operators asking for power cuts that rendered many mining rigs idle. During that time, the output of Bitcoin was drastically decreased in some mining companies that were publicly traded.
Efficient Miners Are Surviving, Everyone Else Is Not
It is a shakeout, which is separating two strikingly different kinds of miners.
On the one hand, there are industrial productions with the latest ASIC models—the Antminer S21 Pro or Whatsminer M60S models, reaching over 200 TH/s, with a power consumption of between 15 and 17 joules per terahash. These types of rigs are cost-effective so that they can be profitable at low prices of BTC, particularly when coupled with electricity prices lower than 0.06 kWh. Other estimates, including those of financial institutions like JPMorgan Chase, reveal that even the most efficient miners have production costs ranging between $34,000 and $43,000 to mine a single Bitcoin.
Smaller miners operating old power-hungry equipment are squeezed out completely. The figures no longer add up to hobbyists and home miners who have been holding on to outmoded equipment. Solo mining is something that most cannot afford. The last thing left to do is to become a member of a mining pool, which is also not very profitable.
If you want to mine Bitcoin, understand where you stand, and check out the hardware. Depending on which miner you choose to work with, it either means profit or a waste of money. See what the best crypto miners have to offer.
The AI Pivot Is Now a Full-On Rush
We can’t really say for sure that Bitcoin is the biggest story in crypto mining these days, but maybe we can say that about artificial intelligence (AI).
The mining giants are out to repurpose their infrastructure so as to utilize AI and high-performance computing (HPC) loads. Other firms have sold off their Bitcoin holdings to fund development into data infrastructure and AI-based infrastructure.
Companies like Marathon Digital, Hut 8, CleanSpark, HIVE Digital Technologies, and Core Scientific are also proceeding with similar strategies at a faster pace. It’s simple, the AI companies need the processing power and are willing to enter multi-year agreements. This is very attractive, predictable revenue compared to the uncertainty of the cut-in-half Bitcoin mining economics.
Core Scientific supposedly has entered into huge, multi-year AI infrastructure contracts, demonstrating that it is no longer a side business but a crucial strategic change.
The mining companies would, in fact, be very well adjusted to this change. They already possess large facilities with high power consumption, and they already have power contracts and cooling facilities. Transitioning to AI would require an investment, but it would be a natural fit for companies that have already deployed power-intensive facilities.
What Happens Next
The drop in mining difficulty at the beginning of February is likely to rectify the market by itself. The fact that the number of miners has decreased also means that there is less competition, and as such, the remaining miners get a larger share of the block rewards. The network hashrate is already starting to pick up, and it’s already in the 1,000 EH/s range, a sure indication that surviving miners are getting back online.
The bigger picture is a bit more complex, though. The transaction fees that constitute a small yet significant portion of the miner revenue have lately been inclining towards the lower side. And the halving in 2028 is already throwing shade over the industry. According to certain estimates, to become economically viable at the present network hashrates, Bitcoin would have to trade between $90,000 and $160,000.
There is nothing impossible about that. However, it is not a certainty either.
Until that time, the miners who will emerge on the other side of this are those who are locked in low-cost power, invested early in efficient hardware, and discovered methods to commercialize their infrastructure beyond Bitcoin blocks.
The days when people could easily plug in their machines and make returns with very little effort have passed. What it is being replaced by is more of a business of actual infrastructure, complete with all its complexity and capital intensity.
Photo by Mariia Shalabaieva; Unsplash
