At the center of the discussion lies the competition for electricity usage among miners and its potential impact on the hash power of the Bitcoin network.

Electricity Competition Between Artificial Intelligence and Bitcoin Mining

According to crypto trader Ran Neuner, the artificial intelligence sector has become one of the biggest competitors facing Bitcoin mining. Neuner points out that both sectors consume large amounts of electricity, but artificial intelligence data centers can generate significantly higher revenue from the same energy.

According to Neuner’s assessment, revenue per megawatt in Bitcoin mining ranges from approximately $57 to $129, while in artificial intelligence data centers this figure can reach $200 to $500 levels. It is stated that this difference is causing some miners to shift their operations toward the artificial intelligence side.

Some developments signaling this transition are also noteworthy. It is reported that Core Scientific has secured up to $1 billion in credit for artificial intelligence hosting services, MARA Holdings has filed an application indicating plans to sell a portion of its Bitcoin holdings as part of its artificial intelligence strategy, and Hut 8 has signed a $7 billion artificial intelligence infrastructure agreement with Google.

Network Security Debate

Neuner argues that miners leaving the network could lead to a decline in hash rate, which in theory could increase the risk of a 51% attack. Indeed, the total hash power of the Bitcoin network has declined by approximately 14.5% from its peak level reached in October.

However, there are also those who disagree with this view. According to Adam Back, one of Bitcoin’s early developers and a cryptographer, Bitcoin’s difficulty adjustment mechanism is designed precisely for such situations. Since mining difficulty adjusts automatically, while inefficient miners exit the system, the profitability of the remaining miners can increase.

Similarly, investor Fred Krueger states that in the event of rising electricity prices, some miners may temporarily halt operations, but mining can become profitable again following the difficulty adjustment.

Energy Usage and Alternative Views

Bitcoin ESG expert Daniel Batten approaches the discussion from a different perspective. According to Batten, data shows that the growth of the artificial intelligence sector is actually dependent on Bitcoin mining in some cases.

Batten argues that Bitcoin mining can utilize unused energy sources, act as a flexible load balancer in energy grids, and operate with cheaper energy sources.

Bitcoin Price Could Be Decisive

According to Ran Neuner, one of the most important factors determining whether miners will shift toward artificial intelligence will be the trajectory of Bitcoin’s price. In his view, a strong price rally could keep miners in the network.

Bitcoin’s price has recently gone through a challenging period, recording five consecutive months of declines. This situation was last seen during the bear market in 2018. Nevertheless, March has so far shown a positive picture, with Bitcoin’s price rising approximately 8% since the beginning of the month.

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Falling Mining Revenues Push Companies Toward Alternatives

For years, Bitcoin mining has relied on large-scale energy infrastructure located in regions with relatively low electricity costs. However, the gradual reduction of block rewards combined with shrinking margins has intensified operational pressure across the sector.

Halving events play a particularly significant role in this dynamic. Each reduction in block rewards cuts mining revenue, which encourages companies to explore new ways to remain profitable.

Some mining firms are therefore considering diversification strategies. One potential direction involves leveraging their existing power infrastructure to support artificial intelligence computing. High-capacity data centers used for AI processing require significant energy resources—something many mining operations already possess. While this shift could open new opportunities, transitioning to AI infrastructure requires substantial capital investment and operational restructuring.

Miners Hold a Significant Bitcoin Reserve

Over the years, many mining companies have adopted a strategy of holding a portion of the Bitcoin they produce rather than immediately selling it. This approach reflects the long-standing “HODL” culture within the crypto industry.

As a result, miners collectively control a notable amount of Bitcoin. Estimates suggest that mining entities hold close to 1% of the total BTC supply. Despite the size of these reserves, a large portion of these assets remains inactive on corporate balance sheets.

Active Treasury Management Could Offer an Advantage

Market analysts suggest that more dynamic treasury management could help miners improve financial resilience. Instead of holding Bitcoin as a passive reserve, companies may benefit from utilizing their BTC as a productive financial asset.

Several strategies could be considered. For example, miners could employ derivatives-based risk management tools, such as covered call strategies or collateralized options structures, to generate additional revenue streams. Another possibility involves allocating BTC to lending protocols in order to earn interest.

These types of approaches allow mining companies to monetize their holdings while still maintaining exposure to Bitcoin’s long-term value.

Competition May Intensify After Future Halving Events

In previous market cycles, strong Bitcoin price increases often offset the revenue reduction caused by halving events. However, in the current cycle, price performance has not fully compensated for declining mining rewards. This has contributed to tightening profit margins across the industry.

At the same time, transaction fee income has proven inconsistent and insufficient to replace lost block rewards. Rising energy costs further amplify these pressures.

Many analysts view this environment as a natural restructuring phase for the industry. As margins tighten, inefficient operators may exit the market while more adaptable mining companies gain a competitive advantage.

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Unlike traditional fiat currencies, whose supply can be expanded by central banks, Bitcoin follows a predetermined issuance schedule embedded in its protocol. The rules governing its monetary policy are transparent and publicly verifiable, allowing anyone to monitor how new coins enter circulation. Because these rules are deeply integrated into the network, altering them would require an overwhelming consensus across the ecosystem.

Most of Bitcoin Supply Is Already in Circulation

According to blockchain data, more than 95% of the total Bitcoin supply has already been mined. In practical terms, this means that slightly over 20 million BTC are now in circulation across the network.

The remaining coins—approximately one million BTC—will enter circulation much more slowly. This is largely due to Bitcoin’s halving mechanism, a built-in event that occurs roughly every four years. During each halving, the reward miners receive for adding a new block to the blockchain is reduced by 50%.

Because of this process, Bitcoin’s supply growth continues to slow over time. As the network matures, mining new coins becomes progressively more difficult and less frequent. Current projections suggest that the final Bitcoin will likely be mined around the year 2140.

Digital Scarcity Becomes More Visible

Bitcoin’s capped supply is one of the main reasons it is often compared to gold. The predictable reduction in new supply has led many investors to view Bitcoin as a potential hedge against inflation or monetary expansion.

However, the theoretical supply of 21 million coins does not fully reflect the amount that is actually available in the market. Industry estimates suggest that millions of BTC may already be permanently lost due to forgotten private keys, inaccessible wallets, or lost storage devices. As a result, the effective circulating supply could be significantly lower than the maximum cap.

Why the Final One Million Bitcoin Matters

Bitcoin’s most recent halving took place in 2024, when the block reward dropped from 6.25 BTC to 3.125 BTC. The next halving is expected to occur in roughly two years, further slowing the pace at which new coins are introduced.

At present, around 450 BTC are mined each day. Given this rate, only a relatively small portion of the remaining supply will enter the market over the rest of the decade.

The gradual reduction in block rewards will also reshape the economics of Bitcoin mining. Over time, transaction fees are expected to become an increasingly important source of revenue for miners. This transition may play a key role in sustaining the long-term security and functionality of the Bitcoin network.

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The move reflects broader dynamics within the mining industry. Rising operational costs, market volatility, and the need for stronger balance sheet flexibility have pushed some miners to liquidate portions of their Bitcoin holdings. While many mining firms historically preferred to hold the Bitcoin they mined, recent developments suggest a more active treasury strategy is emerging across the sector.

Bitcoin Mining Companies Hit by Selling Wave

Data released in recent months indicates that multiple large mining companies have significantly reduced their Bitcoin reserves. In some cases, the sales appear to be directly tied to covering operational expenses such as electricity, infrastructure, and equipment maintenance. In other situations, companies seem to be adjusting their balance sheets as part of broader financial planning.

These transactions are closely watched by market participants because corporate Bitcoin reserves can influence supply dynamics in the broader crypto market. When large mining firms sell significant amounts of BTC, it can add temporary selling pressure to the market.

Cango Offloads Majority of Its Holdings

One of the most notable moves came from Cango, which carried out a major sale in February. The company sold 4,451 BTC, representing roughly 60% of its Bitcoin reserves.

Such a large liquidation is relatively uncommon in the mining sector and signals a substantial adjustment in the company’s treasury strategy. The decision underscores how some mining firms are prioritizing liquidity and financial flexibility in the current market environment.

Bitdeer Fully Liquidates Its Bitcoin Reserves

Another significant development involved Bitdeer, which sold all of its Bitcoin holdings last month. By liquidating its entire reserve, the company effectively shifted its position entirely into cash.

This move appears aimed at strengthening short-term financial flexibility. It also highlights how quickly reserve policies among mining firms can change depending on market conditions and operational needs.

Riot Platforms and Core Scientific Plan Strategic Sales

Other industry players have taken a more gradual approach. Riot Platforms conducted several Bitcoin sales during December as part of a strategy to manage operating expenses and maintain financial stability.

Meanwhile, Core Scientific has also indicated plans to reduce its holdings. The company is expected to sell approximately 2,500 BTC during the first quarter of 2025 as part of its treasury management plan.

MARA Maintains Flexibility With Large Holdings

MARA Holdings, one of the largest corporate Bitcoin holders among mining companies, appears to be maintaining a different strategy. A recent filing indicates that the firm intends to keep flexibility when it comes to buying or selling Bitcoin depending on market conditions.

The company currently holds more than 53,000 BTC, making it one of the largest institutional holders of the asset in the mining sector.

As mining companies continue adjusting their reserve strategies, their decisions may increasingly shape the supply dynamics of the Bitcoin market. Large-scale sales from major miners remain an important factor for investors monitoring institutional activity within the cryptocurrency ecosystem.

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Iran’s Mining Power and Global Network Resilience

While Iran once competed for a top spot in global Bitcoin hashrate due to low energy costs, its share has now fallen below 5%. Although internet cuts complicate coordination between miners and pools, Bitcoin’s decentralized nature is capable of absorbing such regional shocks. Having survived a 40% loss during China’s 2021 ban, the network can automatically balance small-scale Iranian dips through difficulty adjustments.

Offline Transactions: How Iranians Bypass Digital Walls

The total internet shutdown has left nearly 7 million crypto users in a difficult position. However, alternative technologies like Starlink satellites, the Blockstream satellite network, and Bluetooth-based Bitchat are stepping in to transmit transaction data. Peer-to-peer (P2P) messaging networks, in particular, strive to protect the digital fortress of financial freedom even when physical connectivity is restricted.

The blackout highlights that Bitcoin mining relies more on uninterrupted energy and technical flexibility than high bandwidth. The struggle for survival under physical isolation has become a key determinant of the network’s difficulty levels and operational costs.

From China to Iran: Comparing Mining Migration Risks

To understand Bitcoin’s durability, looking at the past is useful: the network successfully survived China’s 2021 mining ban. Even though over 40% of the global hashrate disappeared overnight, Bitcoin did not stop; it simply adjusted its difficulty and moved forward. Since Iran’s share is under 5%, the current impact remains minimal compared to the China example.

Industrial Bitcoin mining does not require constant high-speed internet. The vital element is stable electricity. Since blocks are broadcast every 10 minutes, devices can transmit solutions even with intermittent or limited connections. Therefore, an internet cut does not end mining overnight; it merely creates operational “friction.”

Economic Collapse and the Surge of Underground Crypto

The record depreciation of the Iranian rial against the US dollar has driven citizens toward Bitcoin and stablecoins. With $3.7 billion in crypto flow recorded in the first half of 2025, digital assets are seen as “safe havens” amid political uncertainty. However, the blackout creates serious hurdles for local liquidity and exchange access.

The crisis is accelerating the migration of hash power to stable and secure regions. Miners are leaving politically risky zones for countries with transparent energy policies. This shift reduces Iran’s role to a symbolic level while proving Bitcoin’s resilience against state-level interference.

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This approach stands out as one of the rare initiatives that combines Bitcoin mining, real-world assets (RWA), and DAO-based governance models under a single roof.

Prosper’s Core Vision

Prosper does not position itself as a Layer-2 solution, DEX, lending protocol, or classic DeFi platform. From day one, the project clearly states that it will focus on a single strategy:

To make PROS the foundational token of the Bitcoin ecosystem, backed by institutional-grade Bitcoin mining power.

In line with this, Prosper’s mission is to establish a direct and sustainable economic link between the PROS token and Bitcoin. The vision is to accumulate as much Bitcoin hashrate as possible under a decentralized, community-governed structure.

Bitcoin and Prosper’s Starting Point

Bitcoin continues to hold its central place in the crypto ecosystem with a market cap of approximately $1.3 trillion and over 50% market dominance. With the introduction of spot Bitcoin ETFs, institutional investor interest has reached unprecedented levels. Additionally, Bitcoin’s supply capped at 21 million makes it a long-term store of value.

However, according to Prosper, there is a significant gap in the Bitcoin ecosystem:

Bitcoin’s production layer—mining power—is not sufficiently accessible on-chain.

Hashrate: Bitcoin’s Invisible Backbone

The security and continuity of the Bitcoin network rely on the hashrate provided by miners. Miners validate transactions and produce blocks in exchange for BTC rewards. Until now, this massive economic activity has largely been limited to large companies and institutional players.

Prosper steps in here to transform Bitcoin mining into a structure that is:

• Owned by the DAO,
• Transparently trackable,
• Linked to the PROS token.

Today, the combined market cap of just the top 10 publicly traded Bitcoin mining companies is around $18–19 billion. Prosper aims to bring this economic power on-chain and make it accessible to a broader user base.

Intersection with RWA (Real World Assets)

Another critical area where Prosper positions itself is RWA (Real World Assets). The total value of the RWA market has exceeded $12 billion, and it is expected to reach trillions of dollars by 2030.

RWA tokenization enables the on-chain representation of off-chain assets such as real estate, commodities, equipment, and financial products. Prosper treats Bitcoin mining as an institutional-scale RWA in this framework.

This approach targets a gap in the Bitcoin ecosystem that has remained unfilled by a “pure-play” project until now.

PROS Token and Economic Model

PROS is the sole and primary token of the Prosper protocol. Its total supply is capped at 100 million. No new token creation is planned; existing PROS tokens will be migrated 1:1 to the new contract.

Accretive Hashrate-per-Token Model

Prosper’s most distinctive feature is the principle that the hashrate-per-token ratio is always accretive (increasing). In this model:

• New PROS tokens can only be minted when additional hashrate is added to the system.
• Token supply cannot increase without adding new hashrate.
• New supply cannot dilute the hashrate-per-token ratio for existing tokens.

This structure aims to prevent arbitrary inflation and protect long-term value accrual.

Phase 1: Hashrate Backfilling

Prosper’s initial phase, Phase 1, involves integrating live Bitcoin mining power into the DAO treasury. In this phase:

• Launch partners contribute hashrate to the DAO.
• A minimum hashrate-per-token ratio is established.
• No additional action or cost is required from existing PROS holders.

Token holders can monitor the performance of this hashrate via the application dashboard and verify its existence through third-party validations.

Phase 2: Protocol Scaling

The second phase represents the protocol’s growth stage. In this phase:

• Transition to the new token contract will occur.
• The mint mechanism will be activated.
• New PROS supply will only be possible if a higher hashrate-per-token ratio is achieved.

Newly minted tokens will first be offered to existing PROS holders at a discount and with locking. Any unsold portion will later be opened to other users.

DAO Treasury and BTC Production

The Prosper DAO treasury aims to regularly produce BTC from mining activities. These BTCs:

• Can be held in secure custody solutions,
• Can be utilized in DeFi protocols,
• Can provide liquidity to ecosystem projects.

An important point is that Prosper views BTC accumulation as a long-term strategic asset, similar to Michael Saylor’s approach.

Governance

PROS holders can actively participate in DAO governance. Critical decisions such as protocol updates, treasury usage, and new hashrate additions are subject to community voting.

Additionally, users participating in governance can be incentivized with BTC or partner rewards. This model aims to reward active rather than passive participation.

PROS Token Distribution

Token distribution is as follows:

• Private Sale: 12%
• Public Sale: 7%
• Team: 14%
• Community: 5%
• Project Reserves: 52%
• Marketing: 10%

All previous allocations are fully vested. Launch partners have voluntarily accepted a new 1.5-year lock-up period.

Vesting:

Prosper (PROS) Investors

Prosper is backed by strong investors at various levels.

Notable investors:

• Animoca Brands
• Waterdrip Capital
• 3Commas
• Ankr
• Prometeus Labs
• Metalpha
• BIT Mining
• Satoshi Protocol

This structure indicates a broad support network on both the Web3 and institutional mining sides.

Prosper (PROS) Team

Prosper was founded by a team experienced in blockchain and finance. The team aims to create reliable and sustainable economic models through decentralized systems.

Official Links

• Website
• X (Twitter)
• Whitepaper

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The Morphware platform enables AI agents for:

• Workflow automation

• Data extraction

• Content generation

• Virtual assistance

• API integrations

A key feature of Morphware is its commitment to sustainability and operational efficiency. Its data centers are powered entirely by hydroelectric energy from the Itaipu Dam on the Paraguay-Brazil border. This allows access to low-cost, clean energy, enabling competitive pricing while minimizing environmental impact.

The platform uses the latest NVIDIA B200 and H200 GPUs, offering high performance and scalability, supporting complex AI models and large-scale enterprise deployments.

Morphware also operates Bitcoin mining facilities utilizing excess hydroelectric energy. This dual revenue approach maximizes resource use and financial sustainability.

Team Overview

Morphware is managed by a team with expertise in:

• Blockchain technology

• Software engineering

• Community development

• Artificial intelligence

• Hardware innovation

Key team members include:

• Kenso Trabing – Founder: Senior data scientist, blockchain educator at Princeton and Yale.

• Darshan Raju – Tech Lead: Former Microsoft and ByteDance engineer shaping Morphware’s technical strategy.

• Anthony Albertorio – Community Lead: Experienced in developer relations and ecosystem growth at zkSync and ConsenSys.

• Asim Jan – AI Lead: Managed high-value AI projects at Shell, specializes in scalable AI infrastructure.

• Immanu’el Segol – Hardware Lead: Expert in secure hardware solutions with experience at PayPal and hardware startups.

Project Concept and Functionality

Morphware provides a decentralized network to overcome centralized cloud limitations. By connecting data scientists and crypto miners with GPU owners, the platform:

• Reduces operational costs

• Improves data security

• Optimizes idle computing capacity

Core principles include:

• AI Advancements: Leveraging cutting-edge AI technologies for innovation.

• Decentralization: Ensuring global scalability and accessibility.

• Sustainability: Using renewable energy and carbon offsetting.

• Innovation & Democratization: Tokenomics and governance incentivize contributions.

Governance

Morphware employs the ERC20Votes system for decentralized governance.

XMW token holders can participate in:

• Protocol upgrades

• Resource allocation

• Sustainability initiatives

• Allocation of profits from AI and mining operations

This ensures that community interests shape the platform’s evolution.

Roadmap

Morphware’s roadmap has three stages:

1. Infrastructure & Revenue Foundations

• Establish high-performance NVIDIA GPU infrastructure

• Expand data centers

• Implement BTC mining to generate revenue and fund XMW buybacks

2. Expansion of AI Services

• Launch Morphware Chat

• Develop API integrations

• Build custom AI assistants (Morphware Genesis)

• Deploy generative media engines (image, audio, video)

• Offer premium model training and fine-tuning

• Integrate all services with XMW token for payments

3. Decentralized AI Infrastructure

• Launch Morphware Blockchain

• Use XMW as a gas token

• Implement FHE-based privacy solutions

• Deploy on-chain AI verification and smart contract automation

• Sustainably reward external contributors

Token Use Cases

XMW tokens serve multiple purposes:

• Governance participation

• Access to premium AI services

• Rewards and incentives for GPU owners

• Development and operational reserves

Token Information and Distribution

• Total Supply: 1.23B XMW

• Max Supply: 1.23B XMW

• Circulating Supply: 823.7M XMW

Distribution:

• Team & Advisors: 15% (9-month cliff, 18-month monthly vesting)

• Seed Investors: 8% (unlocked)

• Strategic: 1% (monthly vesting over 1 year)

• InfoSec Team: 1% (monthly vesting over 1 year)

• Treasury: 25%

• Liquidity: 50%

At the Token Generation Event (TGE), 58% of tokens enter circulation to foster an active and engaged community.

Ecosystem and Features

Morphware combines AI services and cryptocurrency mining, creating a dual revenue model.

Key ecosystem features:

• Sustainable, renewable energy-powered infrastructure

• Decentralized network for scalability and security

• Token-based governance for community-driven development

• Credit-based pricing for resource usage

• Access to advanced AI tools for researchers and enterprises

Morphware aims to make large-scale AI model training accessible, cost-effective, and environmentally responsible.

Official Links

• Website
• Twitter
• Telegram
• Linkedin

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Satoshi-Era Wallet Becomes Active After More Than a Decade

According to Whale Alert, the wallet’s unknown owner mined approximately 4,000 BTC between April and June 2009, just months after the Bitcoin network went live. Data from Nansen shows that the whale sent 150 BTC (worth over $16 million) in a single transaction on Thursday.

On-chain data from Mempool indicates the address may have once held as much as 7,850 BTC. The whale was last active in June 2011, when it consolidated all its Bitcoin into a single wallet. With Bitcoin currently trading around $110,604, the whale’s remaining holdings are estimated to be worth over $442 million.

Analysts Spot Growing Activity Among OG Bitcoin Whales

Independent blockchain analyst Emmett Gallic noted that this particular whale once held over 8,000 BTC across multiple addresses and has been gradually selling portions of its holdings for years.

He commented on X (formerly Twitter):

“A whale that once held 8,000 BTC has reactivated a Satoshi-era wallet. After today’s 150 BTC move, it’s now steadily selling down to 3,850 BTC. God-level DCA strategy.”

Blockchain data confirms that the address now holds roughly 3,850 BTC. Such on-chain movements often trigger speculation among investors about whether early holders are preparing to offload more coins into the market.

What Does This Mean for the Bitcoin Market?

In July, another early Bitcoin address holding 80,201 BTC became active for the first time in 14 years, transferring part of its funds to Galaxy Digital.
Crypto analyst Willy Woo observed in June that whales holding over 10,000 BTC have been consistently reducing their exposure since 2017.

However, experts told Cointelegraph in August that old whales cashing out shouldn’t be seen as a bearish signal. Instead, it often means that new institutional buyers are entering the market — a healthy sign of a maturing Bitcoin ecosystem.

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As of October 2–3, 2025, the total Bitcoin network hash rate surpassed 1.05 ZH/s. Mining difficulty increased 5% to 150.84 trillion (T), providing unprecedented computational power that secures the blockchain. Despite this, the hashprice—revenue per petahash—fell below $50, pressuring miners’ profitability. This is particularly challenging for miners with high energy costs.

Bitcoin Mining Difficulty and Hash Rate: What It Means

Mining difficulty adjusts automatically every 2,016 blocks to maintain an average block time of 10 minutes and to secure the network. The adjustment reflects changes in the network’s hash rate. An increasing hash rate indicates more miners joining the network and using more computational power. This strengthens security but also raises hardware and energy costs.

MARA’s Bitcoin Treasury Reaches $6.4 Billion

U.S.-based Marathon Digital (MARA) added 373 BTC in September, bringing its total Bitcoin reserves to 52,850 BTC, valued at approximately $6.4 billion. The company mined 736 BTC during the month, representing 5.2% of total network miner rewards. MARA increased its hash rate by 1% to 60.4 EH/s and activated all mining containers at its Texas wind farm.

MARA produced 218 blocks in September, a 5% increase from the previous month. With a market value of around $7 billion, MARA is the third-largest publicly traded miner.

Cango Reserves Rise to 5,810 BTC

China-based Cango mined and held 616.6 BTC in September, raising its total Bitcoin treasury to 5,810 BTC (~$700 million). The company operates at a 50 EH/s hash rate, efficiently utilizing 89.7% of its capacity. CEO Paul Yu noted that this performance provides a strategic foundation for expansion into high-performance computing (HPC). According to Bitcoin Treasuries, Cango ranks 18th among publicly traded companies.

Bitcoin Price and Market Outlook

Bitcoin is currently trading at $120,373. Public mining companies’ BTC reserves are as follows:

• Strategy (Michael Saylor): 640,031 BTC – $77 billion
• MARA: 52,850 BTC – $6.4 billion
• Tether-backed Twenty One: 43,514 BTC
• Metaplanet: 30,823 BTC
• Bitcoin Standard Treasury: 30,021 BTC

This data highlights that institutional accumulation of Bitcoin continues, with mining companies playing a critical role in the ecosystem.

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Google and Fluidstack Agreement 

Cipher Mining signed a 10-year colocated AI hosting agreement with cloud AI provider Fluidstack. Under this deal, the Barber Lake project in Colorado City, Texas, will provide 168 MW of critical IT load supported by 244 MW gross capacity. 

The initial term of the agreement is valued at approximately $3 billion, and with two five-year renewal options, the total value could reach $7 billion. Google will back $1.4 billion of Fluidstack’s lease obligations, receiving roughly 24 million Cipher Mining shares, equivalent to 5.4% of pro forma equity. Cipher Mining retains full ownership of the project. 

Financing Move and Growth Strategy 

Cipher also proposed a private offering of $800 million senior convertible notes maturing in 2031 to fund data center expansion. This two-pronged move supports the company’s HPC and AI growth targets. 

As the fourth-largest publicly traded Bitcoin miner by market value, Cipher Mining announced these strategic financing and expansion plans on Thursday. Investors view this as a strong signal of the company’s commitment to HPC and AI development. 

CEO Statement and Future Outlook 

Cipher CEO Tyler Page commented:

“We are excited to collaborate with Fluidstack to develop HPC data centers and welcome Google as an investor in Cipher. This transformative deal enhances our HPC momentum while highlighting our expanding site portfolio. We continue to develop capabilities and strengthen our position in this rapidly growing sector.” 

This statement underscores that the move is the company’s first major HPC-related transaction and demonstrates Google’s strategic interest in combining crypto mining with AI infrastructure. 

Key Highlights of the Deal 

• Google acquires 5.4% stake in Cipher Mining 
• 10-year AI hosting agreement with Fluidstack 
• 168 MW critical IT load at Barber Lake facility 
• Initial value $3 billion, total potential $7 billion 
• Proposed $800 million senior convertible notes maturing in 2031 

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