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22 Apr 2026, 15:10
Strategic Pivot: HIVE and Keel Boldly Shift from Bitcoin Mining to AI Infrastructure
BitcoinWorld Strategic Pivot: HIVE and Keel Boldly Shift from Bitcoin Mining to AI Infrastructure Vancouver, Canada – March 15, 2025 – Two prominent cryptocurrency mining companies, HIVE Digital Technologies and Keel Infrastructure, are executing a significant strategic pivot by scaling back their Bitcoin mining operations to expand investments in artificial intelligence infrastructure. This move represents a broader industry trend where blockchain companies diversify into high-performance computing sectors. HIVE recently secured $115 million through a zero-coupon convertible bond issuance specifically for expanding its global data center footprint and increasing GPU capacity. Meanwhile, Keel is selling its 70-megawatt mining facility in Paraguay for approximately $13 million to fund its business transition. These developments signal a fundamental shift in how cryptocurrency infrastructure companies allocate capital and technological resources in response to evolving market opportunities. Bitcoin Mining Companies Diversify into AI Infrastructure The cryptocurrency mining industry faces increasing pressure from multiple directions. Bitcoin’s mining difficulty continues reaching record highs, consequently squeezing profit margins for mining operations. Meanwhile, the artificial intelligence sector experiences explosive growth, creating unprecedented demand for high-performance computing resources. HIVE Digital Technologies, a publicly-traded company on the Toronto Venture Exchange, recognizes this market shift. The company now focuses on developing data centers capable of handling intensive computational tasks beyond cryptocurrency mining. This strategic repositioning allows HIVE to leverage its existing infrastructure expertise while entering a rapidly expanding market segment. The company’s $115 million capital raise demonstrates serious commitment to this transition, with funds specifically earmarked for GPU acquisition and facility expansion. Similarly, Keel Infrastructure pursues a parallel path through asset divestment and business model evolution. The company’s decision to sell its Paraguay mining facility represents a calculated move to reallocate resources. This 70-megawatt operation previously contributed significantly to Keel’s Bitcoin production. However, company leadership identified greater long-term potential in artificial intelligence infrastructure. Both companies maintain some Bitcoin mining operations but deliberately reduce their proportional investment. This balanced approach mitigates risk while enabling exploration of new revenue streams. The transition reflects broader industry recognition that cryptocurrency mining infrastructure possesses inherent flexibility for alternative computational applications. Financial Mechanics Behind the Strategic Shift HIVE Digital’s $115 million zero-coupon convertible bond issuance represents sophisticated financial engineering. These financial instruments do not pay periodic interest, instead offering conversion to equity at predetermined prices. This structure appeals to investors seeking potential upside through stock conversion while providing HIVE with immediate capital without cash interest obligations. The company explicitly designated these funds for specific purposes: Global Data Center Expansion: Increasing physical infrastructure across existing and new geographic markets GPU Capacity Enhancement: Purchasing advanced graphics processing units optimized for AI workloads Infrastructure Retrofitting: Modifying existing mining facilities for high-performance computing applications Technical Workforce Development: Training and hiring specialists in AI infrastructure management Keel Infrastructure’s approach involves strategic divestment rather than capital raising. The company’s Paraguay facility sale generates approximately $13 million in liquid assets. This capital injection funds Keel’s transition without requiring external financing. The transaction’s structure likely includes performance-based considerations, ensuring optimal value realization. Both companies demonstrate financial prudence by aligning capital strategies with long-term business objectives rather than pursuing expansion at any cost. Industry Context and Competitive Landscape The cryptocurrency mining industry undergoes continuous evolution since Bitcoin’s creation in 2009. Early operations utilized basic consumer hardware before progressing to specialized ASIC miners. Today’s landscape features industrial-scale operations consuming substantial energy resources. However, several factors now drive diversification efforts: Factor Impact on Mining Opportunity in AI Bitcoin Halving Cycles Reduces mining rewards periodically Stable computational service revenue Energy Price Volatility Directly affects operational profitability Higher-margin services offset costs Regulatory Environment Increasing scrutiny in multiple jurisdictions Broader acceptance of AI infrastructure Technological Convergence Mining hardware becomes more specialized GPU infrastructure serves multiple markets Other mining companies previously explored diversification strategies. However, HIVE and Keel represent among the first to execute substantial pivots with significant capital commitments. Their moves may establish precedents for similar transitions across the industry. The timing proves particularly strategic given current AI market conditions and cryptocurrency market maturity. Technical Infrastructure Transformation Requirements Transitioning from Bitcoin mining to AI infrastructure involves substantial technical modifications. Bitcoin mining primarily utilizes application-specific integrated circuits (ASICs) designed exclusively for cryptographic hashing algorithms. Conversely, artificial intelligence workloads require general-purpose graphics processing units (GPUs) with different architectural characteristics. HIVE’s focus on increasing GPU capacity addresses this fundamental hardware difference. The company must retrofit existing data centers to accommodate new equipment with distinct power, cooling, and connectivity requirements. High-performance computing tasks for AI involve different operational parameters than cryptocurrency mining. AI training workloads typically run continuously for extended periods rather than in discrete mining intervals. This operational difference affects facility management, maintenance schedules, and energy consumption patterns. Additionally, AI infrastructure often serves multiple clients simultaneously through cloud-based service models. This contrasts with Bitcoin mining’s single-application focus. Consequently, HIVE and Keel must develop new operational expertise while modifying physical infrastructure. Their existing experience with large-scale computational operations provides valuable foundation for this transition. Geographic and Regulatory Considerations Both companies operate facilities across multiple international jurisdictions. HIVE maintains operations in Canada, Sweden, and Iceland, leveraging regions with favorable energy costs and cooler climates. These geographic advantages also benefit AI infrastructure operations, as cooling represents significant operational expense for high-density computing. The company’s global footprint enables strategic placement of AI resources near major technology markets. Meanwhile, Keel’s Paraguay facility sale reflects geographic repositioning alongside business model evolution. Paraguay offers abundant hydroelectric power attractive for energy-intensive operations. However, proximity to AI development hubs may influence future facility locations. Regulatory environments differ substantially between cryptocurrency mining and AI infrastructure operations. Many jurisdictions impose specific regulations on cryptocurrency activities, including licensing requirements and energy usage restrictions. AI infrastructure generally faces fewer specialized regulations, though data privacy and security considerations apply. This regulatory distinction may facilitate easier expansion in certain markets. Both companies must navigate evolving regulatory landscapes while ensuring compliance across all operational territories. Market Implications and Future Trajectory The strategic pivots by HIVE and Keel signal potential industry-wide transformation. As cryptocurrency mining matures, companies seek additional revenue streams to ensure long-term viability. Artificial intelligence infrastructure represents a natural adjacent market given overlapping technical requirements. The global AI infrastructure market continues expanding rapidly, with projections indicating sustained growth through the next decade. This market expansion creates opportunities for companies with existing data center expertise and operational scale. Other cryptocurrency mining companies likely monitor these developments closely. Successful transitions by HIVE and Keel could inspire similar moves across the sector. However, substantial capital requirements and technical expertise create barriers to entry for smaller operations. The evolving relationship between blockchain and artificial intelligence technologies may produce unexpected synergies. Some industry analysts speculate about integrated platforms combining both technological domains. Regardless of specific implementations, infrastructure flexibility becomes increasingly valuable as computational demands evolve across multiple sectors. Conclusion HIVE Digital Technologies and Keel Infrastructure demonstrate strategic adaptability through their deliberate shifts from Bitcoin mining toward AI infrastructure development. These moves reflect sophisticated responses to evolving market conditions and technological opportunities. HIVE’s $115 million capital raise and Keel’s $13 million facility sale provide necessary resources for successful transitions. Both companies leverage existing infrastructure expertise while entering high-growth computational markets. Their actions may establish precedents for broader industry evolution as cryptocurrency mining companies diversify operations. The convergence of blockchain and artificial intelligence infrastructure represents a significant development in computational resource allocation. These strategic pivots highlight the dynamic nature of technology infrastructure investment in response to changing market fundamentals and emerging opportunities. FAQs Q1: Why are Bitcoin mining companies moving into AI infrastructure? Bitcoin mining companies possess specialized expertise in large-scale computational operations and data center management. The artificial intelligence sector experiences tremendous growth, creating substantial demand for high-performance computing resources. This market opportunity, combined with evolving Bitcoin mining economics, motivates diversification into adjacent computational fields. Q2: What is a zero-coupon convertible bond? A zero-coupon convertible bond is a financial instrument that pays no periodic interest but can convert into a predetermined number of company shares. Investors purchase these bonds at discount to face value, realizing returns through conversion to equity or bond redemption. This structure provides companies with immediate capital without cash interest obligations. Q3: How does AI infrastructure differ from Bitcoin mining infrastructure? Bitcoin mining primarily uses specialized ASIC hardware optimized for specific cryptographic algorithms. AI infrastructure relies on general-purpose GPUs capable of handling diverse computational workloads. Additionally, AI operations often involve different power, cooling, and connectivity requirements than cryptocurrency mining facilities. Q4: Will HIVE and Keel completely abandon Bitcoin mining? Both companies continue some Bitcoin mining operations while reducing proportional investment. This balanced approach maintains existing revenue streams while developing new capabilities. Complete abandonment appears unlikely in the near term, though the strategic emphasis clearly shifts toward AI infrastructure development. Q5: What challenges might these companies face during transition? Technical challenges include retrofitting facilities for different hardware requirements and developing new operational expertise. Market challenges involve establishing presence in competitive AI infrastructure sectors. Financial challenges include managing capital allocation between existing and new business lines while achieving projected returns on investment. This post Strategic Pivot: HIVE and Keel Boldly Shift from Bitcoin Mining to AI Infrastructure first appeared on BitcoinWorld .
22 Apr 2026, 14:40
Iren stock jumps to $45 as BTC mining fuels AI centers
🚀 Iren shares surge to $45.12 as new AI data centers demand more power. Access to legacy energy contracts gives Iren a head start in $BTC mining and tech infrastructure. 📊 Critical data: Up to 2.75 GW of energy rights propels Iren ahead of rivals in the US market. Continue Reading: Iren stock jumps to $45 as BTC mining fuels AI centers The post Iren stock jumps to $45 as BTC mining fuels AI centers appeared first on COINTURK NEWS .
22 Apr 2026, 13:31
Pundit to XRP Holders: Clarity Is Coming Sooner Than You Think. Here’s why
A shift is taking shape inside global finance. Major institutions now position themselves for a system that blends traditional banking with blockchain infrastructure . That transition is a result of direct engagement between financial firms and crypto companies, alongside evolving policy discussions in Washington. Levi Rietveld, creator of Crypto Crusaders, highlighted this shift in a recent post. He stated that banks were made to accept crypto and expressed confidence that regulatory clarity is approaching. He shared a clip of an interview to back his view, and the video offered insight into how banks and crypto firms now interact behind the scenes. WOOOOOOOOAAAHHHHH!!! BANKS WERE FORCED TO ACCEPT CRYPTO AND THEY ARE FURIOUS. CLARITY COMING SOONER THAN YOU THINK $XRP FAM! pic.twitter.com/c0wBzarORV — Levi | Crypto Crusaders (@LeviRietveld) April 20, 2026 Coinbase Executive Confirms Active Bank Partnerships In the interview, Maria Bartiromo spoke with Faryar Shirzad, Chief Policy Officer at Coinbase. Bartiromo said banks were “forced to accept this,” referring to cryptocurrencies, and Shirzad described direct collaboration between crypto platforms and major financial institutions. He stated that Coinbase has partnerships “with some of the biggest banks around the world,” including leading U.S. banks. He emphasized that these institutions recognize where the market is heading. According to Shirzad, “the future is tokenization and stablecoins.” That statement supports the idea that banks are not standing still. They are actively working to integrate blockchain-based systems into their operations. This aligns with Rietveld’s position that adoption is already underway, even if some resistance remains visible on the surface. Shirzad also clarified that banks seek capable partners to help them transition. He said they are “looking for a partner to build with,” and Coinbase aims to fill that role . This confirms that cooperation, not isolation, defines the current phase of adoption. Policy Discussions Signal Incoming Regulatory Clarity The interview also addressed ongoing legislative efforts in Washington. Shirzad pointed to a gap between political debate and business execution. Despite that divide, he expressed confidence that alignment will come. Shirzad explained that the current law already allows certain customer reward structures, referring to the highly debated stablecoin reward structures. However, banks have raised concerns about how those rewards should function. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 He stated, “We’ve conceded that point,” referring to ongoing negotiations. This exchange shows that both sides are actively shaping the regulatory framework. Ripple CLO Stuart Alderoty recently spoke on the compromises being made to achieve regulatory clarity through the CLARITY Act, and Shirzad’s statements suggest that the industry could reach a consensus soon. What’s Next for XRP? Rietveld’s statement reflects growing confidence that clarity is on the horizon and institutional adoption will continue to expand . The confirmation of active partnerships between crypto firms and major banks strengthens that outlook. It shows that integration is not theoretical. It is already in motion. Disclaimer : This content is meant to inform and should not be considered financial advice. The views expressed in this article may include the author’s personal opinions and do not represent Times Tabloid’s opinion. Readers are advised to conduct thorough research before making any investment decisions. Any action taken by the reader is strictly at their own risk. Times Tabloid is not responsible for any financial losses. Follow us on X , Facebook , Telegram , and Google News The post Pundit to XRP Holders: Clarity Is Coming Sooner Than You Think. Here’s why appeared first on Times Tabloid .
22 Apr 2026, 13:10
Everstake Stunningly Ends Celestia Support, Forcing TIA Delegators to Act Before April 28
BitcoinWorld Everstake Stunningly Ends Celestia Support, Forcing TIA Delegators to Act Before April 28 In a significant move for blockchain staking, infrastructure giant Everstake has announced it will terminate all support for the Celestia network on April 28, 2025. This decision immediately impacts thousands of TIA token delegators who must now redelegate or unstake their assets. The announcement, made via the company’s official X account, marks a pivotal shift in the modular blockchain ecosystem’s support landscape. Consequently, users face a firm deadline to secure their staked positions. Everstake Celestia Support Ends Abruptly Everstake, a leading non-custodial staking service provider, confirmed the cessation of its Celestia validation services. The company advised all users to proactively manage their TIA holdings before the April 28 cutoff. After this date, Everstake will no longer operate nodes on the Celestia mainnet. Therefore, rewards for tokens remaining delegated to Everstake will cease entirely. This development follows a broader industry trend where staking providers periodically reassess their supported networks based on economic and technical factors. Blockchain infrastructure is a critical backbone for proof-of-stake networks. Providers like Everstake offer reliable validation, ensuring network security and decentralization. Their exit from Celestia necessitates immediate action from the community. Users must choose a new validator to maintain network participation and staking rewards. The table below outlines the core timeline for this transition: Date Event User Action Required Announcement Date Everstake posts discontinuation notice on X Users become aware of the deadline Before April 28, 2025 Service wind-down period Users must redelegate or unstake TIA April 28, 2025 Support officially terminates No further rewards accrue for Everstake delegators Immediate Impact on TIA Stakers The primary impact falls directly on individual TIA token holders using Everstake’s services. These users must now navigate the redelegation process within the Celestia ecosystem. Redelegation is a specific blockchain transaction that moves a staked position from one validator to another without an unbonding period. This process allows users to maintain continuous staking rewards. However, it requires careful selection of a new, trustworthy validator. Alternatively, users can choose the unstake (undelegate) path. This action initiates a mandatory unbonding period, during which tokens are locked and do not earn rewards. After this period, tokens return to the user’s wallet as liquid assets. The choice between redelegation and unstaking depends heavily on each user’s strategy. Key considerations include: Validator Performance: Researching new validators’ commission rates and uptime. Network Security: Ensuring the new validator contributes to decentralization. Reward Continuity: Redelegating preserves immediate reward flow. Industry analysts note that such exits can temporarily increase network centralization if users flock to only a few large remaining validators. Therefore, the Celestia community may see a redistribution of stake weight across its validator set in the coming weeks. Expert Analysis on Infrastructure Shifts This event is not isolated in the staking sector. Infrastructure providers routinely evaluate the economic viability of supporting specific chains. Factors influencing such decisions include token economics, operational costs, and strategic focus. For instance, a validator’s revenue is a function of the total stake delegated and its commission rate. If operational costs outweigh potential rewards, support becomes unsustainable. Celestia operates as a modular data availability network, a newer architectural paradigm compared to monolithic blockchains. Consequently, its staking economics and validator requirements differ. Everstake’s exit could reflect a strategic reallocation of resources towards other networks. It may also signal a broader reassessment of the modular blockchain sector by service providers. Regardless, the event underscores the dynamic and sometimes fragile nature of delegated proof-of-stake ecosystems. Data from blockchain explorers shows Everstake held a significant, though not dominant, share of Celestia’s staked TIA. The network’s overall health does not appear at immediate risk. However, the smooth migration of this stake is crucial for maintaining validator set diversity. Other established validators on Celestia are likely preparing for an influx of new delegations. Navigating the Redelegation Process For affected users, executing a redelegation is a straightforward but critical process. It typically involves accessing a staking dashboard, such as the official Celestia staking portal or supported wallets like Keplr. Users select their current Everstake delegation and choose a ‘Redelegate’ option. Subsequently, they pick a new validator from the active list. The transaction requires a small gas fee and confirms on-chain within minutes. Users should prioritize validators with a proven track record of high uptime and fair commission. They should also consider the validator’s self-bonded stake, which aligns the operator’s incentives with delegators. Importantly, redelegation is often subject to a cooldown period. This rule prevents rapid validator hopping and potential attacks. On Celestia, users cannot redelegate from a validator more than once within a specific timeframe. Failure to act before April 28 will result in a dormant delegation. While the staked tokens remain locked, they will stop earning rewards until the user manually undelegates. This scenario leads to unnecessary opportunity cost. Proactive management is, therefore, the only prudent course of action for all impacted parties. Conclusion Everstake’s decision to discontinue Celestia support on April 28, 2025, presents a clear operational deadline for TIA delegators. The move highlights the evolving strategies of major blockchain infrastructure providers. Users must now redelegate or unstake their TIA to preserve their assets and rewards. This transition, while demanding immediate attention, also offers a chance for the Celestia community to reinforce network decentralization by diversifying its validator set. Ultimately, the resilience of the staking ecosystem depends on informed and timely actions by its participants. FAQs Q1: What happens if I don’t move my TIA from Everstake by April 28? Your tokens will remain staked with an inactive validator. You will stop earning staking rewards immediately after April 28, but your tokens will still be locked. You will need to undelegate them later, which triggers the standard unbonding period with no rewards. Q2: What is the difference between redelegating and unstaking? Redelegating moves your stake to a new validator instantly without an unbonding period, allowing you to keep earning rewards. Unstaking (undelegating) withdraws your tokens from staking, starts an unbonding period where they earn no rewards, and returns them to your wallet as liquid tokens afterward. Q3: How do I choose a new validator for my TIA? Evaluate validators based on their commission rate (the fee they take from your rewards), their uptime percentage (reliability), the amount of TIA they have self-bonded (skin in the game), and their overall reputation within the Celestia community. Q4: Will Everstake’s exit harm the Celestia network’s security? Not significantly, provided the staked TIA is redistributed among many other active validators. The network’s security depends on the total amount of staked TIA and its distribution. A smooth migration to other validators will maintain network health. Q5: Can I redelegate my TIA more than once after leaving Everstake? Yes, but chain-specific rules apply. On Celestia, you typically cannot redelegate away from a new validator more than once within a set cooldown period (e.g., 21 days). Always check the current network parameters before planning multiple moves. This post Everstake Stunningly Ends Celestia Support, Forcing TIA Delegators to Act Before April 28 first appeared on BitcoinWorld .
22 Apr 2026, 12:30
IREN rides Bitcoin mining-era power infrastructure to lead AI data center race
IREN may win the data center game, based on its available energy contracts from the era of Bitcoin mining. The company has a head start in building data centers, where access to reliable energy is turning into a key bottleneck. Iren Limited (Nasdaq:IREN) recently drew attention to BTC mining stocks and may signal a shift in general sentiment for mining companies. Traditionally, IREN has tracked the price of BTC and the overall crypto sentiment. As of April 2026, IREN has entered a key pivot stage, when the stock may start to reflect the AI narrative, while depending less on tracking the crypto market. IREN traded at around $45.12, bouncing from the year’s lows at $31.62. IREN recovered in April, drawing attention to its significant energy contract portfolio. | Source: Google Finance IREN is closely watched as the most active Bitcoin mining stock, which may lead to recoveries in other assets. Most of the leading Bitcoin mining stocks are in the green for the year to date, based on recent market performance data . IREN still attracts short open interest IREN has seen regular spikes in short open interest. As of April 22, short open interest is at 18.42% of the stock’s free float. IREN short positions are still small compared to the short open interest for Mara Holdings (Nasdaq: MARA) at up to 30%, as well as CleanSpark (Nasdaq: CLSK) . Despite this, traders aim to grab the opportunity for shorting IREN, benefiting from daily swings. Bitcoin mining stocks are shorted in expectation of a diminishing role for miners. Yet miners may still retain earnings from their BTC operations, sit on significant reserves, and retain some of their self-mining activity. IREN may avoid the main bottleneck for US-based AI data centers IREN is one of the largest holders of power access in the Bitcoin mining space. The company owns land and its own substations. The company has built a portfolio of locations using secure supply in Texas, with a 1.4 GW facility in Sweetwater and a total of 2.75 GW signed for all Texas campuses. The Sweetwater 1 facility is expected to launch by the end of April with 1.4 GW of energy. The company will keep adding access, with another center expected to access 750 MW. IREN is positioned with a significant advantage, as US-based data centers are scrambling for reliable energy supply. Previously, data centers faced smaller bottlenecks in securing GPUs, RAM, or other technical elements. However, infrastructure and access to reliable energy were the key factors in data center creation. Data centers drove up to 50% of new electricity demand in the USA, creating heated competition for access to the grid. IREN has already secured access, which may take years for companies just starting out with data facilities. Access to substations and contracts face significant bottlenecks, leading to the delay or cancellation of 50% of AI data center investments , with another 17% of projects facing uncertainty, according to a recent Bloomberg report . Under those conditions, Bitcoin mining companies may have a comparative advantage, allowing them to pivot to AI with less pain and delays. If you're reading this, you’re already ahead. Stay there with our newsletter .
22 Apr 2026, 11:30
Core Scientific Plans $3.3 Billion Debt Raise to Accelerate AI Pivot
Core Scientific is seeking to raise $3.3 billion through a debt offering as it pivots toward AI-focused data centers. The move underscores a broader shift away from bitcoin mining. Key Takeaways: Core Scientific plans $3.3 billion debt raise for 2031 notes, pivoting from bitcoin mining. JPMorgan-backed $1 billion credit and asset sales signal shift to
