Bitcoin Mining Profitability Cools as Miners Chase AI

Bitcoin mining profitability is drawing renewed attention in June, as miner revenue indicators point to a cooler market after a stronger period for the sector.

The latest available data does not suggest the kind of extreme stress seen in previous cycle lows. It does, however, show a market where power costs, fleet efficiency, infrastructure quality, and operating discipline are becoming harder to ignore.

This comes as several mining companies are no longer presenting themselves only as Bitcoin producers. Across the sector, the bigger story is shifting toward high-density compute, artificial intelligence infrastructure, data centers, and high-performance computing.

For MENA, that shift is important. The region’s digital asset industry is moving beyond exchanges, custody, and trading platforms. Mining is increasingly part of a wider infrastructure discussion involving energy access, data centers, AI, cooling, and sovereign industrial strategy.

Miner Revenue Indicators Cool in June

According to CryptoQuant analyst Axel Adler Jr., the Puell Multiple 30-day moving average fell from 0.83 at the end of May to 0.74 on June 10, an 11% decline in ten days, while the raw Puell Multiple dropped to 0.58.

The Puell Multiple compares miners’ current daily revenue with their 365-day average. A reading below 1.0 means revenue is running below the annual norm. Current levels remain above previous cycle lows, including 0.45 in 2022 and 0.33 in December 2018. This places the market in a tighter profitability phase, but not yet in deep capitulation territory.

Other indicators point in the same direction. The Price-to-Miner-Revenue Multiple stands near 80, down from a 2025 high of 160, while Adler’s miner capitulation metric was around -21% as of June 9. Historically, stronger miner distress has appeared when this figure moves beyond -30%.

Together, the data suggests a more selective mining environment. Operators are not facing the same pressure seen during earlier cycle bottoms, but margins are becoming more sensitive to electricity prices, machine efficiency, uptime, and site performance.

The Mining Business Is Becoming a Compute Business

The current profitability picture cannot be separated from the broader transformation taking place across the mining sector.

Several public miners have spent the past year repositioning themselves around AI data centers, GPU hosting, cloud services, and high-performance computing. The logic is clear. Mining sites already depend on power access, land, cooling, grid relationships, and operational experience. Those same ingredients are also valuable for AI and data center workloads.

CoinShares’ Q1 2026 Bitcoin mining report noted that miners signed more than $70 billion in GPU co-location and cloud service deals across 2025 and early 2026. It also said Bitcoin mining revenue share for some operators is likely to decline as those contracts ramp up.

This does not mean mining is disappearing. It means Bitcoin mining is increasingly being treated as one use case inside a broader power-backed infrastructure model.

That shift changes how the sector should be assessed. Investors are no longer looking only at how many Bitcoin a company mines. They are also looking at power contracts, site quality, cooling design, customer agreements, capital structure, and whether a company can convert mining infrastructure into more stable compute revenue.

However, the pivot is not automatically positive. Moving from mining to data centers requires different customers, different reliability standards, different capital needs, and different technical requirements. A mining site is not automatically an AI data center. The companies that make the transition successfully will need more than a new label.

Power Costs Return to the Foreground

Bitcoin mining profitability depends on several moving parts, including Bitcoin’s price, network difficulty, transaction fees, machine efficiency, electricity costs, and hashprice.

Hashprice measures the expected revenue generated by a unit of hashrate over a day. When hashprice weakens, operators with higher electricity costs or less efficient machines usually feel the change first.

This brings energy economics back to the center of the mining conversation. Operators with competitive power arrangements, efficient fleets, and reliable uptime are better placed to manage changing market conditions.

For MENA, this provides a practical way to assess the sector. The region has energy resources, infrastructure ambitions, and growing interest in high-density compute. Yet mining and data center projects are increasingly being assessed through operating performance, not capacity announcements alone.

The more relevant questions are operational: how much power is secured, how much it costs, how efficiently it is converted into hashrate or compute capacity, and how clearly performance is reported.

In the GCC, these questions are also linked to environmental conditions. High-density computing in markets where summer temperatures can exceed 45°C creates additional cooling and efficiency challenges. Traditional air-cooling systems may become less effective in such conditions, pushing some operators to evaluate alternatives such as immersion cooling, direct-to-chip systems, and other specialized data center designs.

This does not make cooling technology the whole story. It does, however, show why mining and compute infrastructure in hot-climate markets cannot be judged only by installed capacity. Site design, energy overhead, uptime, and cooling performance all affect whether infrastructure can operate competitively through difficult seasonal conditions.

MENA’s Mining Data Is Becoming More Important

Across the GCC, public mining data is still emerging. The regional market is developing through a smaller number of visible infrastructure players, rather than a broad universe of listed mining companies.

This does not make the region less relevant. It means the market structure is different.

In North America, listed miners regularly publish hashrate, Bitcoin production, power costs, fleet efficiency, treasury positions, and margin trends. In the GCC, regional visibility depends more heavily on operators that disclose detailed performance data.

Phoenix Group, listed on the Abu Dhabi Securities Exchange, provides one of the clearest public reference points from the region.

In its 2025 Annual Report, Phoenix Group reported that overall business hashrate stood at 15.87 EH/s, representing around 1.5% of global Bitcoin hashrate based on Q4 2025 average numbers. It also reported 3.79 BTC mined per day, 387.6 MW of power consumption, mining efficiency of 24.42 MW/EH, and an average power cost of $0.049 per kWh.

These figures are useful because they show the type of data that helps frame the mining conversation: hashrate, production, power consumption, efficiency, and power cost. They also offer a publicly disclosed regional benchmark from a UAE-listed operator, without treating one company as a proxy for the entire GCC market.

Phoenix’s 2025 activity also shows how mining infrastructure is becoming more geographically diversified. The company reported expansion of mining operations in Ethiopia, securing 132 MW of total capacity with 82 MW live, while continuing to expand its U.S. footprint with 75 MW live through sites in North Dakota and Texas.

For regional readers, the relevance is not only the scale of these numbers. It is the way they connect mining to a broader infrastructure model built around power access, operational efficiency, and global site selection.

Phoenix Connects Mining to AI Infrastructure

Phoenix’s latest move into France shows how the regional mining story is extending beyond Bitcoin production.

As Unlock Blockchain reported in May 2026, the Abu Dhabi-listed company partnered with France-based DC Max to develop its first European AI-ready data center in Lyon. The first deployment is planned as an 18MW facility, with land acquired, permits secured, grid connection in place, and delivery targeted between the fourth quarter of 2027 and the first quarter of 2028.

The project also marks the first deployment of Phoenix’s European Data Center Platform, which targets more than 1GW of combined AI and high-performance computing capacity across Europe and the GCC.

For Phoenix, the relevance is not only geographic expansion. It shows how a mining company can use power access, cooling, site development, and operational experience as a bridge into broader compute infrastructure.

For MENA, this makes the mining story more strategic. Regional operators will not be judged only by how much Bitcoin they produce, but by whether they can turn energy-backed infrastructure into credible AI, data center, and high-performance computing platforms.

From Bitcoin Production to Infrastructure Discipline

As mining economics become more selective globally, public operating data is becoming more important for how the sector is understood.

Announced capacity remains relevant, but market participants are paying closer attention to active hashrate, Bitcoin production, power cost, utilization, fleet efficiency, operating reliability, site-level performance, and capital structure.

This is where the regional story needs more discipline. Mining and compute infrastructure can support MENA’s wider digital economy, but only if the sector moves beyond broad announcements and publishes clearer operating data.

The same applies to companies trying to use mining as a bridge into AI and data centers. Revenue growth alone is not enough. Investors and industry observers will want to know whether mining is profitable, whether expansion is being funded responsibly, whether shareholders are being diluted, and whether the company has the technical and commercial ability to serve higher-value compute workloads.

This distinction matters. A company can mine Bitcoin and still fail to create shareholder value. It can announce data center ambitions and still lack the infrastructure, customers, or balance sheet needed to compete. The market is likely to reward operators that can prove execution, not those that simply attach AI or compute language to a mining business.

For MENA, this creates both an opportunity and a test. The region has energy access, capital, data center ambitions, and a growing interest in digital infrastructure. But the next phase will depend on whether operators can translate those advantages into measurable performance.

Mining Moves Into a More Efficiency-Led Phase

The latest 2026 profitability indicators show that Bitcoin mining is moving through a more efficiency-led phase.

Miner revenues are below their annual average, but the market remains far from the deeper stress levels recorded in previous cycle lows. The sector is becoming more selective, with stronger attention on energy cost, fleet efficiency, infrastructure quality, capital discipline, and operating performance.

At the same time, the global mining industry is being reshaped by the data center pivot. For some operators, Bitcoin mining is becoming part of a wider compute infrastructure strategy. For others, the pivot may expose weaknesses that mining revenue alone cannot hide.

For MENA, this creates a useful reference point. The region’s mining and compute infrastructure story will be assessed less through broad capacity announcements and more through execution, energy strategy, transparency, and measurable performance.

As mining profitability cools globally, MENA’s role in the wider compute economy will depend on how effectively regional infrastructure players translate energy access into scalable, efficient, and well-reported operations.