The value of a Bitcoin miner used to be relatively straightforward to measure. The greater its computing capacity, the lower its energy costs and the more BTC it could produce, the more competitive the business. The infrastructure had a clear purpose: turn electricity into Bitcoin.
Artificial intelligence is beginning to change that equation.
Riot Platforms has signed a 20-year agreement to provide 191 megawatts of data center capacity at its Rockdale campus in Texas to Anthropic. The deal represents $9.1 billion in contracted revenue through 2048 and could reach $16.1 billion if two additional five-year extensions are exercised.
The size of the contract is striking, but the more important question is what Riot is actually monetizing. The company did not need to discover a new cryptocurrency or increase its Bitcoin production to unlock another potentially enormous source of revenue. It needed to look at the infrastructure built around mining and recognize that it already controls exactly what another industry is desperately searching for: energy.
The Mining Business Was Always Bigger Than It Looked
Bitcoin mining requires something that is increasingly difficult to secure at scale: continuous access to enormous amounts of electricity.
To build their operations, major miners have spent years acquiring land, negotiating grid connections, developing power infrastructure and constructing facilities capable of consuming hundreds of megawatts.
As long as Bitcoin was the primary buyer of that energy, those assets were valued largely according to how much BTC they could produce.
The AI boom has created a second buyer.
Training and operating large models requires data centers with extraordinary power demands, and energy availability has become one of the main bottlenecks to expanding AI infrastructure. In some regions, the problem is no longer simply how much a megawatt-hour costs. It is how long a new facility must wait before securing enough capacity from the grid.
That changes the position of Bitcoin miners.
A company that already owns land, facilities and hundreds of megawatts of connected power capacity does not merely control a Bitcoin factory. It controls access to a scarce resource that can now be sold to one of the fastest-growing sources of electricity demand in the world.
The market is beginning to recognize the difference.
Bitcoin and AI Are Competing for the Same Megawatts
Riot is far from an isolated case.
TeraWulf, Core Scientific, Hut 8, Cipher and other companies originally associated with Bitcoin mining have already signed multibillion-dollar agreements tied to artificial intelligence and high-performance computing. By March, public miners had announced more than $70 billion in cumulative AI and HPC contracts. TeraWulf had accumulated $12.8 billion in contracted revenue, Core Scientific had an expanded $10.2 billion agreement with CoreWeave, while Hut 8 had secured a $7 billion AI infrastructure contract.
The shift is beginning to appear in expectations for where these companies will generate their revenue. Projections compiled by S&P Global suggest HPC could account for roughly 70% of TeraWulf’s revenue and 71% of Core Scientific’s, while Cipher could reach approximately 34%. For companies that only a few years ago were valued almost entirely as Bitcoin miners, the transformation is difficult to ignore.
TeraWulf itself now describes its business around energy infrastructure for AI and HPC. The change in language is revealing. Electricity that once needed Bitcoin mining to generate economic value now has another market willing to pay for it.
That does not necessarily mean the end of mining. It means Bitcoin is no longer the only product capable of determining what this infrastructure is worth.
Pressure on Bitcoin Mining Is Accelerating the Shift
The transition is happening at a particularly important moment for the industry.
Public miners have sold approximately 28,000 BTC in 2026, worth about $1.78 billion, as tighter margins put pressure on companies that need capital to finance their operations. Network difficulty has also fallen significantly as some capacity has left the market.
Bitcoin mining has an economic characteristic that is difficult to escape: revenue remains deeply tied to the price of Bitcoin, network difficulty and the cost of electricity.
AI offers another possibility.
Data center contracts can turn part of that infrastructure into long-term revenue backed by major technology companies. In Riot’s case, a 20-year agreement creates a level of economic visibility fundamentally different from mining, where returns constantly fluctuate with Bitcoin prices, competition and network difficulty.
That contrast helps explain why Wall Street is beginning to look at some miners differently.
The asset is no longer simply their ability to produce Bitcoin.
It is increasingly their ability to decide which activity generates the highest return from the energy they control.
Not Every Bitcoin Miner Can Become an AI Company
There is, however, an important distinction between controlling electricity and operating a data center suitable for artificial intelligence.
Bitcoin mining facilities were built for ASICs, specialized machines capable of operating under conditions that are very different from those required by GPU clusters used for AI. High-performance computing demands more sophisticated cooling systems, fiber connectivity, power redundancy, security and availability standards that do not automatically exist at a mining facility.
A large power pipeline, therefore, does not guarantee that a miner can convert it into AI contracts.
The advantage belongs to companies capable of combining grid access with capital, location, infrastructure and execution.
That distinction is likely to become increasingly important. Rising demand for electricity may increase the value of the industry’s assets, but the largest returns are likely to accrue to companies that can turn available megawatts into reliable computing infrastructure.
The Real Asset Is Beginning to Emerge
Bitcoin miners have traditionally been valued as an indirect way to gain exposure to Bitcoin. When BTC rose, their revenues increased; when network difficulty or costs climbed, their margins came under pressure.
Artificial intelligence is revealing another way to value these companies.
Perhaps the strategic asset controlled by some of the largest miners was never just the Bitcoin they produced. It was the infrastructure required to produce it.
Land near abundant power. Grid connections that have already been secured. Hundreds of megawatts of available capacity. Facilities built in locations capable of supporting energy-intensive operations.
Bitcoin was the best way to monetize those assets.
Now it has a competitor.
And if AI companies continue offering multibillion-dollar, multidecade contracts for access to that infrastructure, the question defining the future of some Bitcoin miners may no longer be how much BTC they can produce, it may be how much each megawatt they control is worth and who is willing to pay more for it.