Paraguayan Court Convicts Bitcoin Miners for Energy Theft Charges

The Paraguayan justice system has ruled against two individuals who allegedly used stolen energy to mine bitcoin by bypassing the metering system and connecting the power grid directly to their property.

On June 19, the National Power Administration of Paraguay (ANDE) announced that it obtained a favorable decision in a legal process against two miners, after a Paraguayan tribunal found Cristian Daniel Jara Villalba and Ramon Martinez Morinigo liable for energy theft, convicting them to two years in jail.

Nonetheless, even as they were found guilty, the court suspended the execution of the sentence. Even so, the ruling was described as a milestone for the power company, which stressed that it will serve as a strong precedent due to the nature of the case.

This is because one of the defendants, who held the contract with the power company at the location where the miners were discovered, failed to show that he did not know about the use of his property for these means, being also affected by the ruling.

“This judicial decision sets a powerful precedent by establishing that justice will reach not only those who carry out illegal connections but also those who facilitate, permit, or benefit from actions that compromise the national electricity system,” ANDE stressed.

Furthermore, it reaffirmed its “zero-tolerance policy regarding actions that undermine the national electricity system,” vowing to “continue to strengthen controls and legal measures to ensure that those who obtain electricity through illicit means are held accountable before the law.”

The move is part of a fierce fight that the administration has been fighting against illegal mining and energy theft for some years, as these activities have caused millions in losses for the institution and the country.

This is not the first case of a conviction for illegal energy theft destined to mine bitcoin in Paraguay, though. In 2023, Edgar Saavedra and Rodrigo Suares were also convicted of the same crimes and sentenced to spend two years in jail, but had their sentences suspended.

In August 2024, Carlos Raul Rojas was sentenced to 18 months in prison for similar crimes after causing over $1.5 million in losses to ANDE.

The Ministry of Transport, Communications and Information Technology (MTCIT) unveiled Omanhash.om on June 17, 2026. The pool is the official and sole legal pooling option for licensed mining companies operating in Oman. Participation is not optional.

The Builder Behind It

Enegix Global, a vertically integrated digital energy and infrastructure company, provided the technology platform and liquidity infrastructure for the pool. Frontier Technologies LLC (Frontech), an Omani blockchain and Web3 firm based in Muscat, handles local operations and management.

This is Enegix’s second sovereign-level mining pool mandate. The company previously built and operates btcpool.kz in Kazakhstan, which it describes as the world’s first government-accredited bitcoin mining pool integrated with state tax-reporting systems. No other operator has delivered multiple projects at this scale.

“This is our second sovereign mandate, and it validates the model we have been building since Kazakhstan,” said Olzhas Amirov, CBDO of Enegix Global. “Clear licensing frameworks help miners operate legally, avoid excessive taxation, and establish transparent communication with authorities.”

Scale and Hashrate

Oman currently controls approximately 3% of global network hashrate, or roughly 30 EH/s, according to Q2 2026 data from Hashrate Index. Omanhash.om targets 10 EH/s in its initial phase. Combined with Enegix’s 21pool.io and btcpool.kz pools, the company’s total operated hashrate reaches approximately 25 EH/s. Its stated target is 30 EH/s.

Yersaiyn Nurtoleuov, CPO of Enegix Global, confirmed: “Our target is 30 EH/s — and we are actively building the infrastructure and partnerships to get there.”

Why Oman Got Here

Oman has attracted large-scale mining investment since roughly 2022, driven by its strategic location, available power infrastructure, and cooler climate zones in areas like Salalah. Total investment in mining and data center infrastructure in the Salalah Free Zone has exceeded $700 million. Two major facilities launched in 2022 and 2023, with licensed operators Exahertz and Green Data City leading buildout.

The government’s push falls under Oman Vision 2040, an economic diversification strategy targeting reduced dependence on oil through investment in digital infrastructure, AI, data centers, and blockchain. Cryptocurrency is not legal tender in Oman under Central Bank guidance, but regulated mining operations are permitted and encouraged.

What Changes for Bitcoin Miners

Before Omanhash.om, licensed miners in Oman operated under a fragmented model. The national pool centralizes that activity under a single framework.

Omanhash.om uses a Full Pay-Per-Share (FPPS) payout model. Miners receive payouts based on shares submitted, independent of whether the pool finds a block. The pool operator collects a fee. Miners register, connect hardware, and participate through the platform.

The mandatory status gives regulators direct visibility into hashrate, revenue flows, and compliance across the entire licensed sector. Gauhar Kagira, Director of Enegix Mining Pool, called Oman “one of the first countries in the region to introduce a structured regulatory framework for miners.”

The Kazakhstan Template

The btcpool.kz project in Kazakhstan, launched in October 2023, established the model now deployed in Oman. It consolidated licensed hashrate and enabled direct revenue reporting to tax authorities. That track record positions Enegix as the primary operator in the sovereign mining infrastructure category.

Enegix operates data centers with up to 250 MW of capacity in Kazakhstan and Canada and is developing North American operations under Enegix Canada (Corse Energy Corp.), which combines gas extraction, on-site power generation, and bitcoin mining with artificial intelligence (AI) and HPC colocation.

Whether Omanhash.om delivers competitive returns while satisfying national priorities will determine how long this model holds.

Difficulty Falls to an 11-Month Low

Bitcoin miners have been navigating intense margin pressure since hashprice, the estimated daily value of one petahash per second (PH/s) of computing power, fell below the $28-per-PH/s threshold last week.

With bitcoin’s market price showing renewed strength despite today’s softer conditions, hashprice has staged a modest recovery, climbing back above $30 per PH/s to reach $32.51 per day, according to data compiled by Hashrate Index.

Negative Adjustments Outnumber Gains in 2026

One welcome reprieve for miners arrived at block 953568, when mining difficulty fell 10.09%, marking the second-largest decline of 2026. Of the 12 difficulty epochs recorded this year, seven ended in negative adjustments while five posted gains.

Over that stretch, the network has spent more time trimming difficulty than adding it, a pattern that reflects broader hashrate contraction and redistribution pressures that have persisted year to date.

A Year of Sharp Difficulty Swings

The highest difficulty reading of the year reached 146.47 trillion on Jan. 8, while the latest figure of 124.93 trillion now marks the lowest level recorded in 2026. The gap between the year’s peak and current trough stands at roughly 21.54 trillion, illustrating the sizable swing in mining difficulty since the start of the year. The year’s steepest difficulty reduction occurred on Feb. 7, when the metric fell 11.16%, setting the benchmark for the largest downward adjustment recorded in 2026.

It was followed immediately by a 14.73% jump on Feb. 19, making the two consecutive epochs the most volatile back-to-back adjustment cycle of the year. While 124.93 trillion marks the lowest difficulty reading of 2026, it also represents the weakest level recorded since July 12, 2025. In other words, the network’s current difficulty sits at its lowest point in 11 months and two days.

The reversal stems from a decline in overall computational power, as Bitcoin’s hashrate retreated from the 1,000-plus exahash per second (EH/s) territory seen in late April and early May to roughly 893 EH/s today. That pullback slowed block production considerably, pushing average block intervals beyond 11 minutes for much of the past two weeks. Following the latest difficulty adjustment, however, the network has begun to rebalance, with block times averaging 10 minutes and 37 seconds over the last 24 hours.

All Eyes on the Next Recalibration

Nearly 100 blocks have been mined since the latest difficulty adjustment took effect, and the network’s next recalibration is projected to occur on or around Jun. 28, 2026.

Whether the current difficulty low proves to be a temporary floor or the opening stage of a broader contraction will depend largely on the trajectory of hashrate and block production ahead of the Jun. 28 recalibration. If hashprice continues to improve and block intervals keep moving closer to Bitcoin’s target pace, the next difficulty epoch could pivot higher and deliver the first notable upward adjustment in more than a month.

Hashprice Falls 27% in 30 Days as Miner Revenue Tightens

Bitcoin’s computational strength has retreated notably since May 28, 2026, when the network was operating at 1,030 EH/s, according to data from hashrateindex.com. Today, that figure has fallen to 885 EH/s. The decline comes alongside shrinking miner revenue, which remains closely tied to bitcoin’s market value.

At press time, hashprice, the estimated daily return generated by 1 petahash per second (PH/s) of computing power, stands at $28.26 as of June 7. Thirty days ago, on May 7, that figure stood at $38.69, meaning mining revenue has fallen 26.96% from where it was a month earlier.

Onchain Fees Account for Less Than 1% of Miner Rewards as Block Times Drift Past 10 Minutes

Onchain fees remain negligible and account for less than 1% of miner rewards, representing just 0.73% of the total over the past day, according to the median average. One encouraging development is that the network’s difficulty has continued to decline in recent adjustments, recalibrating the effort required to discover new blocks. However, that also means less computational power is securing the network, and block intervals often drift beyond the protocol’s expected 10-minute average.

A sizable difficulty reduction is anticipated on June 13, 2026, after the previous adjustment raised difficulty by 1.72%. Although projections remain subject to change, the next epoch could bring a 10.76% decrease as slower block production persists. At present, average block times over the past day have hovered around 11 minutes and 12 seconds.

Elektron Energy CEO Declares Bitcoin’s First Historic Hashrate Bear Market

Many network observers contend that conditions have become increasingly challenging for mining participants, and Elektron Energy CEO Rapha Zagury has argued that Bitcoin is experiencing its first historic “ hashrate bear market.”

Zagury explained that this phenomenon is defined by a gradual, market-driven contraction that has pushed network hashrate roughly 25% below its September 2025 peak as unprofitable mining rigs continue to shut down, he wrote in an article on X last month. While this development challenges the industry’s long-standing assumption that hashrate only moves higher over time, Zagury maintains that Bitcoin’s security remains firmly intact because the capital required to execute a 51% attack remains prohibitively large.

Instead, Zagury argues that the more significant long-term challenge is a stagnant transaction fee market, which will eventually need to compensate for the steadily declining block subsidy. In the meantime, many publicly traded miners are redirecting resources toward artificial intelligence (AI) infrastructure, leaving leaner and more disciplined operators to capitalize on Bitcoin’s self-adjusting difficulty mechanism, which lowers competition and grants surviving participants a larger share of the network’s rewards.

Fee Market Stagnation Poses Deeper Long-Term Threat Than a Temporary Hashrate Decline

To many analysts, the fee market issue is gradual but deeply structural in nature. The block subsidy is cut in half every four years, yet transaction fees currently account for less than 1% of miner rewards. Before the 2024 halving, transaction fees represented a considerably larger share of miner revenue than they do today. Over time, that imbalance could carry far greater consequences than a temporary contraction in hashrate.

Miners Feel the Weight of $66K Bitcoin

The bitcoin mining sector is grappling with hashprice levels not seen since early April, with the daily value per petahash per second (PH/s) slipping 17.82% from a month ago. Data from hashrateindex.com indicates the daily revenue generated by 1 PH/s was $37.44 just 30 days ago, whereas today that figure has eased to roughly $30.77.

Outside of the current period, April, and much of the stretch between Feb. 18 and late March, hashprice maintained noticeably stronger levels. Tuesday’s intraday low of $65,362 is more than enough to make miners uneasy, as low prices continue to place significant strain on profitability. This is gradually affecting hashpower as the hashrate has dropped from the 1,000 EH/s range to below 975 EH/s.

One factor working in miners’ favor is that a reduction in computational power has pushed block intervals beyond the network’s 10-minute target. At press time, 8 p.m. ET on Tuesday, blocks were being produced at an average pace of 10 minutes and 49 seconds. If the current pace holds through roughly June 13, the network’s mining difficulty is expected to adjust downward.

Current estimates point to a potential 7.5% decrease in network difficulty.

Miners Enter June With One Strong Month and One Big Question

Bitcoin miners enjoyed a strong May from a revenue standpoint, with monthly earnings climbing above the $1 billion mark for the first time since January. According to newhedge.io stats, miners generated $1.086 billion during the month, with $1.079 billion of that total derived from the 3.125 BTC block subsidy. In other words, transaction fees contributed virtually nothing to the month’s revenue haul.

Miners Have Little to Lean on Unless the Price Moves North

More recently, transaction fees have ticked up slightly after accounting for less than 0.6% of the total block reward for an extended period. Over the past 24 hours, average fee revenue has edged higher, representing roughly 1.16% of the overall block reward. That modest increase in fees, coupled with a likely difficulty reduction, provides miners with a small buffer while BTC prices remain under pressure, though it does little to alter the broader economic reality facing the industry.

Miners came into June with a strong May at their backs. Whether that carries them through the next few weeks depends on where bitcoin goes from here.

A Recent Solo Win Puts the Spotlight Back on Home Mining

A solo miner hit a bitcoin block recently, collecting the full 3.125 BTC subsidy plus transaction fees, a total payout that regularly lands between $200,000 and $300,000 at current prices. The winner kept every satoshi. No pool split. No proportional share. Just a direct payout to their own bitcoin address.

That outcome is the entire appeal of solo mining, and it is happening with devices small enough to sit on a desk.

The Pools Making It Possible

Several services act as Stratum proxies that let small miners participate in solo block attempts without running a full Bitcoin node around the clock. Block data pulled from each pool’s Coinbase tags on mempool.space shows verified wins across a handful of services.

CKPool Solo (solo.ckpool.org) has the longest track record and the most documented wins. Block data shows at least 40 solo blocks found through CKPool going back to mid-2023, with recent finds at heights 951408 (May 28, 2026), 944306 (April 9, 2026), and 943411 (April 2, 2026). The pool charges a 2% fee on block rewards and requires no node from the miner. Regional Stratum endpoints serve Europe, Singapore, and Australia alongside the main server.

Public Pool (public-pool.io) carries zero fees and is fully open-source, with miners frequently running it through Umbrel home nodes. The Coinbase tag data shows 7 blocks confirmed through Public Pool on Umbrel, with the most recent at height 948146 on May 6, 2026, and earlier finds at heights 947073, 943466, 937218, 928985, 920440, and 888989 dating back to March 2025.

Braiins Solo (solo.stratum.braiins.com) has logged 3 confirmed solo blocks: height 951771 (May 30, 2026), 947128 (April 29, 2026), and 938092 (February 24, 2026). Braiins is the longest-operating Bitcoin pool operator and the team behind Braiins OS, giving this option institutional credibility with a straightforward setup.

Parasite Pool (parasite.space), a hybrid “plebs eat first” service launched around 2025, has found 2 blocks: height 945601 (April 18, 2026) and 938713 (February 28, 2026). Coinbase tags confirm the pool identity. Unlike true solo pools, Parasite distributes some regular payouts to contributing miners, making it a middle ground between pure lottery and steady accumulation.

Futurebit Solo, tied to the Apollo hardware line, shows 3 confirmed blocks in Coinbase tag data: height 888737 (March 21, 2025), 867760 (October 28, 2024), and a third attributed to the 256 Foundation at height 881423 (January 29, 2025). These blocks carry tags identifying the Apollo hardware and the Solo FutureBit mining identity.

Some of the Hardware Behind the Wins

The machines doing this work are compact, quiet, and built for home or office use.

The Bitaxe Gamma 601 is an open-source option. It runs a single BM1370 chip at around 1.2 TH/s, draws roughly 17 watts, and retails between $89 and $150. The AxeOS firmware is community-maintained and updates frequently. Multiple Bitaxe units can be stacked to multiply lottery tickets while keeping power draw manageable.

The Canaan Avalon Nano 3S delivers 6 TH/s at 140 watts in a plug-and-play form factor priced around $249 to $299. It doubles as a small space heater and requires no technical setup beyond a WiFi connection and a bitcoin address.

The Futurebit Apollo III is a more expensive option. It produces 10 to 12 TH/s in Eco mode with a full Bitcoin node built in, allowing true sovereign solo mining without any external pool proxy. It starts at around $899 and was launched in early 2026.

Of course, solo miners can also put legacy bitcoin mining machines to work, including older models from manufacturers such as Bitmain, Canaan, MicroBT, and others. Built by leading application-specific integrated circuit (ASIC) producers, these veteran units still deliver meaningful hashrate, making them a viable option for home-based mining enthusiasts.

Old miners, and even the newer compact models mentioned above, can be found on secondary markets and auction sites like Ebay.

What This Means for the Network

With Bitcoin’s network hashrate above 900 EH/s, a solo win from a low TH/s device is a genuinely low-probability event. But the data shows it keeps happening, once in a while. CKPool alone has facilitated more than 40 solo block finds across a span of roughly three years. Across all five pools, our news desk tracked since June 9, 2023, the total count runs well above 50 confirmed solo wins.

Each find represents a home miner walking away with a six-figure payout. Each also represents a block produced outside the industrial mining ecosystem, which matters to those who view decentralization as part of bitcoin’s value.

This article first appeared in The Energy Mag. The original article can be viewed here. The Energy Mag (formerly The Miner Mag) provides news, data, and insights on the energy–compute–markets nexus.

The company said Tuesday it broke ground near Fox Creek on a site that will combine a 101 megawatt natural gas-fired power plant with a data center offering about 100 MW of computing capacity. The project represents a $155 million investment, or about C$214 million, and is expected to be energized in the second quarter of 2027.

Bitdeer said the facility will initially support bitcoin mining while retaining the flexibility to host future high-performance computing workloads, including AI applications. That positioning is notable as miners seek to preserve near-term cash flow from bitcoin production while designing new sites with enough power density and infrastructure optionality to appeal to AI and HPC tenants.

The Fox Creek project is being developed under Alberta’s bring-your-own-generation framework. Instead of drawing operating electricity from the grid, the data center is designed to be powered directly by the on-site gas plant in a behind-the-fence configuration. The plant will remain connected to the Alberta Electric System Operator grid through an approved 99 MW interconnection, giving the site the ability to curtail computing workloads and send electricity back to the grid during peak demand or system stress.

That structure addresses one of the central tensions surrounding new data-center development: how to add large, power-hungry computing loads without worsening grid constraints or shifting costs to other customers. In several US power markets, including PJM, rapid data-center growth has become a flashpoint as grid operators and regulators debate whether large loads should be required to bring new generation or accept curtailment obligations.

Bitdeer’s Alberta site follows that broader industry shift toward co-locating power supply and compute demand. For bitcoin miners, the model has a dual purpose. Mining provides an immediately deployable, flexible load that can use available generating capacity from the first day of energization. At the same time, the underlying infrastructure can be designed for higher-value compute use cases if AI demand, fiber access, cooling requirements and customer contracts line up.

The project also deepens Bitdeer’s exposure to North American energy infrastructure at a time when the company is expanding beyond its role as a bitcoin miner and mining-equipment manufacturer. Bitdeer acquired the fully licensed and permitted Fox Creek site in February 2025 from a project originally developed by Kiwetinohk Energy Corp. and approved by the Alberta Utilities Commission. The company said the site is moving into construction after years of permitting, engineering, environmental review, regulatory approvals and consultations with local governments and First Nations.

The 7.7-hectare site, located about 1.5 kilometers from Fox Creek in the Municipal District of Greenview No. 16, is expected to create about 300 construction jobs and 30 permanent positions. Bitdeer said it will prioritize Alberta-based contractors and local hiring for operational roles.

The company said the facility will use a closed-loop dry-cooling system with no water withdrawal from nearby bodies of water. It also plans to deploy a system to capture and utilize carbon dioxide emissions from on-site power generation, which Bitdeer said is intended to reduce the project’s carbon intensity and offset applicable carbon obligations under Canadian regulations.

“Today’s groundbreaking marks the beginning of our long-term presence in Canada,” Chairman and Chief Executive Officer Jihan Wu said in the statement. He said Alberta and Fox Creek offer a combination of regulatory confidence, energy resources, openness to industrial investment and skilled labor.

The project arrives as Alberta seeks to attract AI data-center investment by promoting its natural- gas resources, deregulated power market and industrial development framework. Premier Danielle Smith said in the announcement that the province’s gas supply and power-industry capacity make Alberta a competitive destination for AI data centers.

For Bitdeer, the construction start turns Fox Creek from a permitted power asset into a live development project. The company’s challenge now will be execution: bringing the gas plant and data center online by 2027, maintaining environmental and regulatory compliance, and proving that a mining-first site can retain enough technical flexibility to capture future AI and HPC demand.

This article first appeared in The Energy Mag. The original article can be viewed here. The Energy Mag (formerly The Miner Mag) provides news, data, and insights on the energy–compute–markets nexus.

One Block, One Machine

The block was mined at approximately 00:27 UTC through Braiins Solo, a pool designed for solo miners who want to keep the full reward if they find a block. The winning machine hashed at 6.68 terahash per second (TH/s) and drew just 140 watts of power. For context, the Bitcoin network’s implied hashrate at the time was around 1,000 exahash per second (EH/s) or 1 zettahash per second (ZH/s).

The Canaan Avalon Nano 3S retails for roughly $250 to $300. It is compact, quiet at 33 to 40 decibels, and connects via Wi-Fi or Ethernet. Canaan markets it for home use, and it doubles as a space heater in cooler rooms.

The Math Behind the Win

The probability that this specific machine would find any given block works out to approximately 6.72 in a billion, or one in 148,904,370. At 144 blocks mined per day, the daily odds for one such rig were about one in 1.03 million. Running continuously, the expected wait time to find a single block would be around 2,831 years.

The block reward totaled 3.1404 BTC, made up of the 3.125 BTC subsidy plus roughly 0.0154 BTC or $1,137 in transaction fees. At a bitcoin price of approximately $73,800 at the time, the payout landed between $230,000 and $232,000. The coinbase transaction paid out to address bc1qdaqf9ynzwtzjtv5j8h47rfen3vwr7d85hxy8vn.

Small Fleet, One Winner

The miner reportedly operated a small fleet, including two Avalon Mini 3 units and 12 Avalon Nano 3S units totaling roughly 147 TH/s.

At the fleet level, the odds improve to approximately one in 6.7 million per block, with an expected win every 127 years. But pool data and the block announcement credited a single Nano 3S worker at 6.68 TH/s as the machine that found block 951771.

Not the First, Still Rare

Solo home mining wins at this scale are rare. Roughly two dozen or so solo blocks were found in the prior 12 months. In April 2026, a 4.8 TH/s Nerdqaxe++ machine won a block worth around $224,000. Earlier in 2025 and 2026, Bitaxe and Futurebit Apollo miners also found blocks independently.

Several solo and hybrid mining services cater to home miners and hobbyists, including Futurebit Solo, CKPool Solo, Public Pool, Braiins Solo, Parasite, and Nicehash Easymining. Solo, or home-based mining, has experienced a renewed wave of interest and participation.

Why It Matters

Large mining pools and industrial operations control the majority of Bitcoin’s hashpower. A single home miner on a consumer device finding a block does not shift that balance, but it demonstrates that the protocol itself does not weigh outcomes by investment size. The win drew wide attention on Reddit, X, and mining forums, with hobbyists calling it proof that solo bitcoin mining still makes sense as a long shot.

This article first appeared in The Energy Mag. The original article can be viewed here. The Energy Mag (formerly The Miner Mag) provides news, data, and insights on the energy–compute–markets nexus.

The first installment of this Bitcoin-AI convergence series explored a foundational idea: Bitcoin mining was never just about digital currency. It was designed as a long-term energy system, converting electricity into computation.

The second installment examined how modern AI data centers are built on the same physical foundation as Bitcoin mining — chips, power, cooling, and infrastructure working together to turn electricity into compute at an industrial scale.

The third installment further explored how companies position themselves across digital innovation, from asset-light deployment and colocation (a shared infrastructure model) to infrastructure ownership, power integration, and full vertical integration.

Now, that convergence is playing out in real time across the industry.

During the first quarter of 2026, several major publicly traded Bitcoin miners — including Core Scientific (NASDAQ: CORZ), Cipher, and IREN — materially reduced portions of their Bitcoin mining operations, reallocating infrastructure and power capacity toward AI and high-performance computing software, applications, services or capabilities.

This shift was not merely about future positioning. It is already reflected in financial results.

With Bitcoin mining economics under pressure from historically low hashprice levels of mining revenue and rising network competition, AI and HPC infrastructure revenue has emerged as a stabilizing and, in some cases, significantly larger growth driver.

Core Scientific has continued accelerating the conversion of its infrastructure toward high-density colocation for CoreWeave (NASDAQ: CRWV). Cipher has shut down mining operations at portions of its Black Pearl facility after securing a long-term hyperscale AI lease. IREN, meanwhile, has increasingly repositioned itself as an AI cloud infrastructure operator, signing multi-billion-dollar processing and cloud service agreements while scaling back parts of its mining operations.

What has emerged is not simply a temporary diversification trend, but a broader restructuring of the Bitcoin mining industry itself.

The companies that once competed primarily on mining outcomes are increasingly being judged by a broader set of capabilities: infrastructure control, power access, cooling capacity and the ability to serve demand beyond Bitcoin alone.

In other words, Bitcoin mining is evolving from a pure commodity hash business into a broader energy-backed compute infrastructure industry.

This final installment brings together the themes explored throughout this series:

Bitcoin mining as an energy system The shared infrastructure stack between Bitcoin and AI The convergence of Bitcoin and AI business models And the growing importance of energy and infrastructure as strategic assets

The future relevance of Bitcoin mining is no longer defined simply by how much Bitcoin miners produce. It increasingly depends on how effectively operators deploy energy infrastructure across multiple compute markets.

The State of Bitcoin Mining Today

At first glance, Bitcoin mining still appears to revolve around a familiar metric: the rate of computational power and speed to secure blockchain, or hashrate. Even with Bitcoin’s notable price retreat since October 2025, the global Bitcoin network hashrate remains at over 900 EH/s (exahashes per second). For context, that is four times what it was four years ago and is still up around 50% since the Bitcoin halving in 2024.

But beneath that growth, the economics of mining are changing dramatically.

Over the past several years, microchip hardware has become exponentially more efficient. Compared to earlier generations of mining rigs in the past decade, leading-edge machines today are rapidly approaching efficiency levels 900% better.

That evolution has transformed mining into an operational efficiency race. As more efficient machines have come online globally, network competition has accelerated faster than Bitcoin price appreciation, placing sustained pressure on hashprice — the industry’s measure of mining revenue per unit of hashrate.

In earlier cycles, simply deploying more machines often translated into higher profitability. Today, scale alone is no longer enough. The operators gaining market share are increasingly those with access to low-cost power, efficient infrastructure, and disciplined capital allocation.

As a result, mining has also become significantly more capital-intensive, and public miners rely on structured debt, convertible notes, and infrastructure financing to fund expansion. The modern Bitcoin mining industry increasingly resembles infrastructure development as much as technology deployment.

Infrastructure as the Strategic Asset

As AI demand surges globally, the market has begun repricing access to power.

Grid-connected infrastructure — substations, transmission access, industrial campuses, and long-term power contracts — has become scarce and strategically valuable.

Sites originally built for mining are now attracting interest from AI and high-performance computing operators because they already solve one of the hardest problems in the data center buildout: getting large amounts of power to usable compute space.

In many regions, the hardest part of building modern compute infrastructure is no longer constructing the facility itself. It is securing electricity at scale — a problem that Bitcoin miners spent years solving through high-efficiency technology and alternative sources.

As a result, the industry is evolving beyond a pure mining business toward something broader: energy-backed compute infrastructure. This transition is already visible across the sector.

Companies that once focused exclusively on proprietary Bitcoin mining are now expanding into AI colocation, securing direct power-generation assets, and developing flexible compute facilities capable of supporting multiple workloads. The distinction between Bitcoin mining infrastructure and AI infrastructure is becoming less clear.

The Rise of Flexible Compute Infrastructure

One of the defining characteristics of modern mining infrastructure is flexibility.

Unlike traditional industrial facilities built for a single purpose, mining campuses are modular by design. Their core architecture is built around power distribution and high-density compute, making them easier to adapt as workloads evolve.

Those same characteristics make them suitable for AI and high-performance computing workloads. This flexibility matters because demand for AI infrastructure is evolving rapidly. Operators increasingly value infrastructure that can adapt between workloads rather than remain tied to a single application indefinitely.

In many cases, miners can immediately monetize newly secured power capacity through proprietary mining operations while simultaneously retrofitting infrastructure for higher-margin AI or colocation workloads over time. Rather than viewing Bitcoin mining and AI as competing industries, operators see them as complementary layers of the same energy-to-compute economy.

The Future Path

The future relevance of Bitcoin mining may ultimately depend less on the Bitcoin it produces and more on the infrastructure it creates.

Bitcoin remains the foundational economic engine that monetizes energy capacity immediately and globally. But the industry surrounding it is evolving.

The most successful operators so far resemble infrastructure companies, energy developers, and compute platform operators rather than pure Bitcoin producers.

As laid out in the third installment in this series, major industry players are moving toward full vertical integration, owning everything from the power plant to the workload running on top of it. In practice, convergence means a single business model that stretches from electrons to infrastructure to compute revenue.

In this model, Bitcoin mining becomes one layer within a larger energy-backed compute ecosystem. And in many ways, that evolution reflects the industry’s original trajectory all along.

Bitcoin mining was one of the earliest large-scale systems designed around converting electricity directly into digital computation at a global scale. Long before AI infrastructure became the dominant technology narrative, miners were learning how to arbitrage power markets, deploy infrastructure quickly and squeeze more compute from every watt.

The rest of the computing industry is now running into the same problems miners spent a decade solving.

What this series of explainers has described is not a contest between Bitcoin and AI. It is the industrialization of computation, and miners reached this frontier first.

They got there because the economics of mining gave them no other choice: turn cheap power into revenue at scale — or fail.

But these pioneering operators didn’t just survive challenges: they built the infrastructure, the supply chains, and the discipline to monetize it. That’s the position they hold now, as the rest of the industry arrives.

AI is now accelerating the exact same transformation on a far larger scale.

This article first appeared in The Energy Mag. The original article can be viewed here. The Energy Mag (formerly The Miner Mag) provides news, data, and insights on the energy–compute–markets nexus.