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27 Apr 2026, 20:12
MARA CEO Unveils MARA Foundation to Boost Bitcoin Security and Access
MARA Foundation targets Bitcoin security, quantum risks, access, and open-source tools. Community vote will decide which Bitcoin nonprofit receives the $100,000 launch grant. Fred Thiel says Bitcoin needs active stewardship beyond mining and short-term economics. MARA Holdings CEO Fred Thiel announced the launch of the MARA Foundation today during the Bitcoin 2026 conference in Las Vegas. The initiative is designed to strengthen network security, support open-source development, and widen access to self-custody tools. The company framed the move as an extension of its role as a miner and infrastructure operator. Chairman and CEO Fred Thiel said mining gives MARA a responsibility to support the protocol’s long-term health, not only its short-term economics. MARA Foundation Targets Security, Access, and Policy According to MARA’s official report , the new foundation will focus on five core areas. These include long-term network security, quantum resistance research, open-source technology development, global self-custody access, policy advocacy, and education. The security focus comes with a direct reference to future risks, including threats linked to quantum computing. The foundation said it wants to help harden the protocol against possible technical challenges while supporting a healthy transaction fee market. Its access mission is also central to the launch. The organization said it will support tools and infrastructure that help users hold their own assets and pursue financial sovereignty. The education plan, on the other hand, covers users, developers, policymakers, and activists. It also includes technical training, multilingual learning resources, and broader advocacy for financial freedom technologies. $100,000 Launch Grant Opens to Community Vote To mark the launch, the MARA foundation introduced a $100,000 contribution for one of three preselected nonprofits. According to the report, the final recipient will be chosen through a community vote, which is open through the foundation website until 3:00 p.m. PST on April 29. Attendees at Bitcoin 2026 can also vote in person at the company’s conference booth. The three candidates are SateNet, 256 Foundation, and Libreria de Satoshi. Each organization is linked to a different part of the foundation’s stated mission. SateNet, for instance, works to provide low-cost, community-run wireless internet service across communities in the Global South. Its model uses Bitcoin-powered infrastructure to support self-sustaining local connectivity. 256 Foundation is a 501(c)(3) public charity funding developers who build open-source mining hardware and software. It also provides educational tools aimed at making mining technology easier to understand. Meanwhile, Libreria de Satoshi focuses on technical education across languages and regions. Its mission is to decentralize knowledge and train the next generation of protocol developers. Thiel Frames Network Stewardship as Shared Responsibility Thiel said the MARA foundation would support researchers, developers, and educators building the next chapter of the protocol. He described Bitcoin as a decentralized system that still requires active stewardship. He also called it “a public utility that nobody owns, but everybody depends on.” In his remarks, decentralization meant responsibility is distributed, not that the system runs without support. Overall, the launch gives MARA a formal structure for funding work outside its mining operations. It also places security, education, and self-custody at the center of the company’s broader public-facing mission. For now, however, the MARA launch connects corporate mining activity with nonprofit support, technical development, and wider user access. Also Read: Solana Developers Advance Quantum-Resistant Upgrade to Secure Network
27 Apr 2026, 19:18
Solana Advances Post-Quantum Security Plan With Focus on Falcon Signatures
Solana developers are sharpening plans to defend the network against future quantum computing risks, even as practical threats remain distant. The effort reflects a broader push to ensure blockchain systems can adapt before disruptive technologies challenge existing security models. Rather than treating quantum computing as an immediate emergency, Solana contributors are approaching it as a long-term engineering problem. According to an official blog post , that strategy has centered on research, software testing, and cryptographic upgrades designed for the network’s high-speed architecture. Significantly, developers say preparation now could prevent rushed decisions later, while preserving performance and user confidence across the ecosystem. Research Focus Turns Toward Post-Quantum Signatures Two major Solana validator teams, Anza and Firedancer, have independently explored how the network could transition toward quantum-resistant security. Their work converged on the same result. Both teams identified the Falcon post-quantum signature scheme as a practical option for Solana’s demanding throughput needs. Developers focused on compact signatures because transaction-heavy networks cannot absorb large performance costs. Consequently, the Falcon approach drew attention because it balances security and efficiency. Early implementations now exist through both development teams, signaling movement beyond theory into practical readiness. Moreover, this alignment matters because independent research reached a shared conclusion without centralized direction. That consistency suggests confidence in the technical path. Developers also believe migration could happen without major disruption if risks accelerate. They expect network speed to remain largely intact under a future upgrade. However, Solana contributors stress no immediate protocol shift is necessary. Current encryption standards remain secure against today’s computing capabilities. The goal instead centers on maintaining a tested roadmap before external pressure forces urgent action. Ecosystem Tools Add Another Layer of Protection Beyond core validator work, other projects within the Solana ecosystem have pushed post-quantum experimentation further. Blueshift developed the Solana Winternitz Vault, a quantum-resistant primitive designed to protect assets under advanced threat scenarios. Additionally, the tool has operated for more than two years, giving Solana one of the few live post-quantum systems deployed on a major blockchain. That early implementation adds a practical layer to broader migration planning. Research recognition has also strengthened that effort. Google Quantum AI cited the Winternitz Vault in published work as a notable example of proactive blockchain defense. That acknowledgment elevated Solana’s role in discussions around quantum preparedness. Long-Term Readiness Becomes a Competitive Advantage Solana’s strategy suggests quantum resilience may evolve into a competitive advantage among blockchain networks. Besides protecting infrastructure, preparation may shape institutional confidence as digital assets attract larger capital pools. Developers increasingly view security upgrades as part of network scalability, not separate from it. Hence, planning for future cryptographic transitions fits alongside performance development. That approach may help Solana avoid the costly fragmentation other networks could face later.
27 Apr 2026, 17:15
Bernstein sees IREN pivoting from Bitcoin mining to $3.7B AI cloud business
As Bitcoin miner IREN shifts toward AI cloud infrastructure, leveraging a Microsoft deal and GPU expansion, analysts expect mining revenue to decline over time.
27 Apr 2026, 16:03
Tether expands into Bitcoin mining infrastructure with launch of open-source MDK framework
Tether's new MDK framework aims to standardize and automate Bitcoin mining, expanding its role beyond stablecoins.
27 Apr 2026, 15:31
Egrag Crypto Unveils XRP Monthly EMA and Wave 3 Setup
Crypto analyst Egrag Crypto has outlined a detailed technical outlook for XRP in a recent post on X, emphasizing a combination of exponential moving averages and Elliott Wave theory to support a bullish scenario. His analysis focuses on the monthly timeframe, where he identifies the 50 EMA as a key level currently holding price structure. According to the post, XRP’s previous market cycle saw price action wick down to the 100 EMA, which he describes as a final accumulation zone before a major upward move. In contrast, the current cycle appears to show reduced selling pressure and a more stable structure. He states that the market is maturing, which may result in less aggressive downward movements compared to prior cycles. Egrag Crypto suggests that the 50 EMA is now acting as a base, reinforcing the idea that XRP may not revisit deeper levels. While he does not completely rule out a move toward the 100 EMA, he indicates that such a scenario would likely be brief and represent a limited opportunity rather than a prolonged correction. #XRP – Monthly EMA + Wave 3⃣ Setup: 1⃣ EMA Signal: Holding 50 EMA (Monthly) Last cycle wicked to 100 EMA → final buy zone Now: selling pressure fading, structure stronger 2⃣ Key Hypothesis: No deep repeat this time 50 EMA = base Possible shallow wick to 100 EMA… pic.twitter.com/pcBunmg1Rn — EGRAG CRYPTO (@egragcrypto) April 25, 2026 Wave 3 Projection Supports Higher Price Targets A central component of the analysis is the identification of an ongoing Elliott Wave pattern. Egrag Crypto outlines that XRP has already completed Wave 1, defined as the breakout phase, followed by Wave 2, which involved a corrective movement. He now asserts that the asset has entered Wave 3, typically considered the strongest phase in an Elliott Wave cycle. He highlights that Wave 3 often extends to at least 1.618 times the length of Wave 1, which forms the basis for his projected price range. In this case, he estimates a potential move toward levels between $15 and $31 . This projection aligns with the visual chart he shared, which includes an upward price channel and Fibonacci extensions supporting these targets. The chart also integrates the 50 EMA and 100 EMA as dynamic support levels, reinforcing the structural argument. Egrag Crypto presents this alignment of indicators as evidence that XRP is transitioning from an accumulation phase into an expansion phase. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 Strategy and Market Positioning In terms of strategy, Egrag Crypto states that the 50 EMA should be viewed as an accumulation zone under current conditions. He adds that any dip toward the 100 EMA would represent a rare entry opportunity within the broader trend. His approach emphasizes gradual accumulation, suggesting that market participants consider dollar-cost averaging while adding more positions during periods of weakness. He also addresses risk and reward, noting that waiting for lower prices could result in missed positioning if the anticipated expansion phase continues without significant pullbacks. He indicates that early positioning aligns with how more experienced market participants approach such setups. Egrag Crypto concludes that XRP’s current structure favors strength as long as the 50 EMA holds. 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 Egrag Crypto Unveils XRP Monthly EMA and Wave 3 Setup appeared first on Times Tabloid .
27 Apr 2026, 14:55
Hut 8 Bond Sale Powers Google AI Data Center Expansion: A Strategic Shift
BitcoinWorld Hut 8 Bond Sale Powers Google AI Data Center Expansion: A Strategic Shift Nasdaq-listed Bitcoin miner Hut 8 (HUT) is pursuing a bond issuance to finance a new data center linked to Google that will support artificial intelligence, Bloomberg reported. The company is raising funds by issuing secured bonds maturing in 2042, with a target of at least $3 billion. This move marks a significant pivot from Bitcoin mining to energy and digital infrastructure. Hut 8 Bond Sale Details and Key Players The offering is being managed by investment banks including Goldman Sachs, JPMorgan, and Morgan Stanley. Google will reportedly support the project financially, including making rent payments for the data center under a lease agreement. The secured bonds are designed to attract institutional investors seeking long-term, stable returns tied to a major technology partner. Hut 8’s decision to issue secured bonds maturing in 2042 reflects a strategic shift toward infrastructure assets with predictable cash flows. The company aims to leverage its existing energy assets and land holdings to build a facility optimized for AI workloads, which require high-density computing and reliable power. From Bitcoin Mining to AI Infrastructure This move comes as Hut 8 shifts its business focus from Bitcoin mining to energy and digital infrastructure. The company has been repositioning itself as a provider of data center services, capitalizing on the growing demand for AI computing power. By partnering with Google, Hut 8 gains a credible anchor tenant and access to a stable revenue stream. Hut 8’s transition mirrors a broader trend among Bitcoin miners. Many are repurposing their facilities for AI and high-performance computing (HPC) due to the energy-intensive nature of both industries. This diversification reduces reliance on volatile cryptocurrency markets and positions miners for long-term growth. Financial Structure and Investor Appeal The secured bonds offer investors a claim on specific assets, reducing risk compared to unsecured debt. The involvement of top-tier investment banks signals confidence in the project’s viability. Google’s financial backing, including rent payments, provides additional security for bondholders. Analysts note that the 2042 maturity date aligns with long-term infrastructure investments, offering predictable returns over two decades. This structure appeals to pension funds, insurance companies, and other institutional investors seeking stable, inflation-adjusted yields. Google’s Role and AI Data Center Demand Google’s involvement extends beyond a simple lease agreement. The tech giant is actively seeking to expand its AI infrastructure capacity, driven by the rapid adoption of generative AI and cloud services. Partnering with Hut 8 allows Google to secure dedicated computing resources without the capital expenditure of building its own facilities. The data center will be designed to support AI workloads, including training large language models and running inference tasks. These operations require specialized hardware, such as GPUs and TPUs, and significant cooling infrastructure. Hut 8’s experience in managing energy-intensive Bitcoin mining operations provides a natural advantage. Market Context and Competitive Landscape Hut 8 is not alone in this pivot. Other Bitcoin miners, including Riot Platforms and Marathon Digital, have announced plans to diversify into AI and HPC. However, Hut 8’s partnership with Google sets it apart, providing a direct link to one of the world’s largest cloud providers. The AI data center market is projected to grow at a compound annual growth rate (CAGR) of over 30% through 2030, according to industry reports. This growth is fueled by increasing enterprise adoption of AI, edge computing, and the expansion of 5G networks. Hut 8’s early move positions it to capture a share of this expanding market. Timeline and Next Steps The bond issuance is expected to close in the coming months, subject to market conditions and regulatory approvals. Proceeds will be used to fund construction, purchase equipment, and cover operational expenses. Hut 8 has not disclosed the exact location of the new data center, but it is expected to be in North America, leveraging the company’s existing power infrastructure. Construction timelines for large-scale data centers typically range from 18 to 36 months. Hut 8 aims to begin operations by late 2026 or early 2027, aligning with Google’s projected AI capacity needs. The company will need to secure additional permits and grid connections, which could introduce delays. Risks and Challenges Despite the promising outlook, Hut 8 faces several risks. The bond market may be volatile, and interest rate changes could affect investor demand. Construction delays, supply chain disruptions, or regulatory hurdles could push back the timeline. Additionally, the AI industry is competitive, and technological shifts could render some infrastructure obsolete. However, the partnership with Google mitigates some of these risks. Google’s financial strength and long-term commitment provide a stable foundation. Hut 8’s management has experience in navigating complex energy and infrastructure projects, which should help address challenges. Conclusion Hut 8’s bond sale for a Google-linked AI data center represents a strategic pivot from Bitcoin mining to digital infrastructure. The $3 billion secured bond offering, managed by top investment banks, signals confidence in the project’s viability. With Google’s financial backing and the growing demand for AI computing, Hut 8 is well-positioned to capitalize on this trend. Investors should monitor the bond issuance and construction progress for further developments. FAQs Q1: What is Hut 8’s bond sale for? Hut 8 is issuing secured bonds to raise at least $3 billion to finance a new data center linked to Google that will support artificial intelligence workloads. Q2: Why is Hut 8 shifting from Bitcoin mining to AI infrastructure? Hut 8 is diversifying to reduce reliance on volatile cryptocurrency markets and capitalize on the growing demand for AI computing power, which offers stable, long-term revenue. Q3: How is Google involved in this project? Google will support the project financially, including making rent payments for the data center under a lease agreement, providing a stable revenue stream for Hut 8. Q4: What are the risks associated with this bond sale? Risks include market volatility, construction delays, supply chain disruptions, regulatory hurdles, and technological obsolescence in the fast-moving AI industry. Q5: When will the new data center be operational? Hut 8 aims to begin operations by late 2026 or early 2027, with construction expected to take 18 to 36 months. This post Hut 8 Bond Sale Powers Google AI Data Center Expansion: A Strategic Shift first appeared on BitcoinWorld .
