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12 Mar 2026, 01:35

Quantum Computing Bitcoin Risk Analysis: Why Experts Reveal No Immediate Threat

BitcoinWorld Quantum Computing Bitcoin Risk Analysis: Why Experts Reveal No Immediate Threat Recent analysis from leading investment research firm Ark Invest provides crucial insights into quantum computing’s potential impact on Bitcoin, revealing no immediate threat to the world’s largest cryptocurrency despite growing concerns about advanced computing technologies. Quantum Computing Bitcoin Risk Assessment Ark Invest on-chain analyst David Puell recently published comprehensive research examining quantum computing’s potential effects on Bitcoin’s cryptographic foundations. His analysis presents a measured perspective that contrasts with sensationalized media reports about quantum threats. Puell emphasizes that while quantum computing represents a theoretical long-term concern, current technological limitations prevent any immediate danger to Bitcoin’s security architecture. The research methodology examines multiple dimensions of quantum computing capabilities against Bitcoin’s existing cryptographic protocols. Puell’s team analyzed current quantum system specifications, projected development timelines, and economic feasibility factors. Their findings indicate that even if quantum systems achieved sufficient power to challenge Bitcoin’s cryptography, the process would require extensive time and prohibitive financial resources. Current Quantum Computing Limitations Existing quantum systems face significant technical constraints that prevent them from threatening Bitcoin’s security. Current quantum computers operate with limited qubit counts and suffer from high error rates that make complex cryptographic attacks impractical. The technology remains in experimental stages, with researchers focusing on basic proof-of-concept applications rather than sophisticated cryptographic breaking. Several key factors contribute to quantum computing’s current limitations: Qubit stability issues preventing sustained complex calculations Error correction requirements consuming substantial computational resources Temperature control demands necessitating specialized infrastructure Algorithm development gaps in quantum attack methodologies Industry experts note that quantum computing development follows predictable technological progression patterns. Breakthroughs typically occur incrementally rather than through sudden revolutionary advances. This gradual evolution provides adequate warning time for cryptographic systems to implement necessary upgrades. Economic and Practical Considerations Beyond technical limitations, economic factors create substantial barriers to quantum attacks on Bitcoin. Puell’s analysis calculates that mounting a successful quantum attack would require resources exceeding the potential rewards. The infrastructure costs alone for maintaining quantum systems capable of breaking Bitcoin’s cryptography would reach billions of dollars, while the attack process itself might take months or years to complete. Furthermore, quantum computing advancements would likely affect general internet security systems before specifically targeting Bitcoin. This broader impact creates natural early warning systems and coordinated response mechanisms across the technology sector. The interconnected nature of digital security ensures that vulnerabilities in one system prompt protective measures across multiple platforms. Bitcoin’s Vulnerable Address Landscape Current analysis identifies specific categories of Bitcoin addresses potentially vulnerable to future quantum attacks. According to Puell’s research, approximately 1.7 million BTC resides in addresses presumed permanently lost, while another 5.2 million BTC remains in certain vulnerable address types. These figures represent theoretical exposure rather than immediate risk, as quantum systems capable of exploiting these vulnerabilities do not currently exist. Bitcoin Address Vulnerability Analysis Address Type BTC Amount Vulnerability Level Notes Presumed Lost 1.7 million High (if recoverable) Keys likely inaccessible to owners Reused P2PKH 2.4 million Medium Address reuse creates exposure Other Vulnerable 2.8 million Low-Medium Depends on specific usage patterns Quantum-Resistant Increasing Low New address types emerging The Bitcoin community actively monitors these vulnerability metrics while developing mitigation strategies. Network participants increasingly adopt best practices for address management, including avoiding address reuse and implementing newer, more secure address formats. These proactive measures reduce potential exposure even before quantum-resistant cryptography becomes standard. Quantum-Resistant Cryptography Implementation The transition to quantum-resistant cryptography represents Bitcoin’s primary defense against future quantum threats. Research institutions and cryptographic experts worldwide develop post-quantum cryptographic algorithms designed to withstand quantum computing attacks. These algorithms undergo rigorous testing and standardization processes before implementation in production systems. Bitcoin’s open-source development model facilitates gradual, community-driven upgrades to quantum-resistant protocols. The network’s governance structure allows for methodical testing and deployment of cryptographic improvements without disrupting existing functionality. This approach ensures backward compatibility while progressively enhancing security against emerging threats. Several post-quantum cryptographic candidates show particular promise for blockchain applications: Lattice-based cryptography offering strong security proofs Hash-based signatures with proven quantum resistance Multivariate cryptography providing efficient verification Code-based cryptography with established security history Community Response and Development Timeline The Bitcoin development community maintains active research into quantum-resistant solutions while monitoring quantum computing advancements. Regular conferences and working groups address cryptographic evolution, ensuring coordinated responses to technological developments. This proactive approach contrasts with reactive security measures common in traditional financial systems. Implementation timelines for quantum-resistant cryptography depend on multiple factors, including algorithm standardization, testing completion, and community consensus. Most experts project a 5-10 year window for comprehensive deployment, providing ample time for careful development and testing. This gradual transition minimizes disruption while maximizing security improvements. Comparative Analysis with Traditional Systems Bitcoin’s potential quantum vulnerability must be understood within the broader context of global digital infrastructure. Traditional financial systems, government databases, and corporate networks face similar quantum threats, often with less transparent upgrade pathways. Bitcoin’s open development process and incentive-aligned security model provide unique advantages in addressing cryptographic evolution. Unlike centralized systems requiring top-down security mandates, Bitcoin’s decentralized nature allows for organic adoption of improved protocols. Network participants naturally gravitate toward more secure practices as threats become apparent, creating distributed intelligence in security implementation. This bottom-up approach often proves more resilient than centralized security directives. Conclusion Current analysis clearly indicates that quantum computing presents no immediate threat to Bitcoin’s security. The gradual nature of quantum computing development provides adequate time for implementing quantum-resistant cryptographic solutions. The Bitcoin community’s proactive approach to security research and development ensures continued network resilience against emerging technological challenges. While quantum computing remains a long-term consideration for all digital systems, Bitcoin’s adaptable architecture positions it well for cryptographic evolution. FAQs Q1: When will quantum computing become a real threat to Bitcoin? Experts estimate quantum computing won’t pose practical threats for at least 5-10 years, providing ample time for implementing quantum-resistant cryptography. Q2: What makes some Bitcoin addresses more vulnerable to quantum attacks? Addresses using older cryptographic standards or those with reused public keys present higher theoretical vulnerability, though current quantum systems cannot exploit these weaknesses. Q3: How is the Bitcoin community preparing for quantum computing? Developers actively research post-quantum cryptographic algorithms while monitoring quantum computing advancements, ensuring timely implementation of necessary upgrades. Q4: Will quantum computing affect other cryptocurrencies similarly? Most blockchain systems face similar quantum considerations, though implementation details and upgrade timelines vary across different cryptocurrency projects. Q5: Can Bitcoin’s cryptography be upgraded without disrupting the network? Yes, Bitcoin’s development process allows for backward-compatible upgrades through soft forks, enabling gradual adoption of improved cryptographic standards. This post Quantum Computing Bitcoin Risk Analysis: Why Experts Reveal No Immediate Threat first appeared on BitcoinWorld .

12 Mar 2026, 01:33

Solana’s Price Charts Signal New Downside Phase As Institutional Holdings Hold Steady

Solana’s technical patterns reflect new bearish momentum and critical price targets. Institutions continue to hold sizable SOL ETF positions during this weaker price trend. Continue Reading: Solana’s Price Charts Signal New Downside Phase As Institutional Holdings Hold Steady The post Solana’s Price Charts Signal New Downside Phase As Institutional Holdings Hold Steady appeared first on COINTURK NEWS .

12 Mar 2026, 01:30

Institutional Conviction Fuels Bullish Ethereum Outlook Despite Brutal Crypto Selloff

Institutional investors appear unfazed by ethereum’s sharp slide from its 2025 peak, as resilient ETP holdings, rising staking participation, and steady accumulation signal that major capital may still be positioning for a longer-term rebound. Ethereum Bear Market May Mask Massive Repricing Setup as Institutions Accumulate Institutional investors continue to maintain exposure to ethereum despite significant

12 Mar 2026, 01:30

VanEck Crypto ETFs Transform US 401(k) Retirement Plans with Revolutionary Access

BitcoinWorld VanEck Crypto ETFs Transform US 401(k) Retirement Plans with Revolutionary Access NEW YORK, March 2025 – Asset management giant VanEck has announced a groundbreaking move to integrate cryptocurrency exchange-traded funds into mainstream American retirement planning, fundamentally changing how millions of workers approach long-term investment strategies through their employer-sponsored 401(k) plans. VanEck Crypto ETFs Enter Retirement Mainstream VanEck revealed its strategic partnership with fintech firm Basic Capital this week. Consequently, this collaboration will make VanEck’s cryptocurrency ETF products available within U.S. 401(k) retirement plans. The initiative represents a significant milestone for digital asset adoption. Moreover, it provides retirement plan participants with their first regulated, indirect exposure to cryptocurrencies through familiar investment vehicles. Traditional retirement accounts have historically excluded direct cryptocurrency investments. However, this development bridges that gap effectively. Retirement investors can now potentially allocate portions of their portfolios to crypto assets. Furthermore, they achieve this exposure without navigating complex cryptocurrency exchanges or managing private keys directly. The Mechanics of 401(k) Crypto Integration Basic Capital’s technology platform enables this integration seamlessly. The fintech company specializes in retirement plan administration solutions. Additionally, it provides the necessary infrastructure for plan sponsors to offer alternative investments. VanEck will leverage this existing framework to introduce its cryptocurrency ETF products. The implementation follows a structured approach. First, plan sponsors must opt to include these investment options. Then, participants can allocate funds according to their risk tolerance. Finally, the ETFs trade on traditional exchanges like any other fund. This process maintains familiar retirement account mechanics while expanding available choices. Key implementation features include: Standard 401(k) contribution mechanisms remain unchanged Participants access crypto exposure through traditional brokerage windows Employer matching contributions can apply to these allocations Tax advantages of retirement accounts extend to crypto ETF investments Potential ETF Offerings and Specifications While VanEck has not disclosed specific product details officially, industry analysts anticipate certain offerings. The VanEck Bitcoin Trust (HODL) represents one likely candidate. This spot Bitcoin ETF tracks the price of Bitcoin directly. Similarly, the VanEck Ethereum Strategy ETF (ETHV) could provide Ethereum exposure. These products differ from earlier cryptocurrency investment vehicles significantly. Spot ETFs hold the actual underlying assets. Therefore, they provide more direct price correlation. Additionally, they offer greater transparency through regular reporting requirements. Potential VanEck Crypto ETF Offerings for 401(k) Plans ETF Ticker Underlying Asset Launch Date Current AUM HODL Bitcoin January 2024 $450 million ETHV Ethereum Potential 2025 Not launched Regulatory Landscape and Compliance Considerations The Department of Labor has monitored cryptocurrency in retirement plans carefully. In 2022, the agency issued compliance assistance guidance. This guidance emphasized fiduciary responsibilities for plan sponsors. However, it did not prohibit cryptocurrency investments entirely. VanEck’s approach addresses regulatory concerns proactively. The ETF structure provides several advantages. First, it offers daily liquidity and transparent pricing. Second, it undergoes regular audits and reporting. Third, it operates within existing securities regulations. These factors reduce fiduciary concerns for plan sponsors substantially. ERISA guidelines require prudent investment selection processes. Plan sponsors must conduct due diligence accordingly. They must evaluate investment options based on established criteria. VanEck’s established track record in ETF management helps satisfy these requirements. Historical Context and Market Evolution Cryptocurrency access in retirement accounts has evolved gradually. Initially, only self-directed IRAs offered crypto exposure. These required specialized custodians and complex setups. Then, public companies began adding Bitcoin to corporate treasuries. This development increased institutional acceptance significantly. The Securities and Exchange Commission approved spot Bitcoin ETFs in January 2024. This regulatory milestone created the foundation for current developments. Subsequently, traditional investment firms began exploring retirement plan integration. VanEck’s announcement represents the logical next step in this progression. Basic Capital previously focused on alternative assets in retirement plans. The company has experience with private equity and real estate investments. Therefore, cryptocurrency ETFs represent a natural expansion of their existing capabilities. Investment Implications and Portfolio Considerations Financial advisors approach cryptocurrency allocations cautiously within retirement portfolios. Most recommend limited exposure percentages. Typically, suggestions range from 1% to 5% of total portfolio value. This conservative approach reflects cryptocurrency’s volatility characteristics. Retirement investors should consider several factors carefully. Time horizon represents the most important consideration. Younger workers can potentially tolerate more volatility. Conversely, those nearing retirement should exercise greater caution. Asset correlation provides another crucial factor. Cryptocurrencies sometimes move independently of traditional markets. Portfolio construction guidelines include: Determine appropriate allocation based on risk tolerance Consider cryptocurrency as part of alternative investment bucket Rebalance portfolio regularly to maintain target allocations Monitor regulatory developments affecting cryptocurrency investments Industry Response and Competitive Landscape Other asset managers monitor this development closely. Firms like BlackRock and Fidelity offer similar cryptocurrency products. However, they have not announced retirement plan integration yet. VanEck’s first-mover advantage could prove significant strategically. Retirement plan providers face increasing pressure to modernize investment menus. Younger workers particularly seek cryptocurrency exposure. A recent survey indicated strong interest among millennials and Generation Z. Consequently, plan sponsors must balance innovation with fiduciary responsibilities carefully. The 401(k) market represents substantial assets under management. Total U.S. retirement assets exceed $35 trillion currently. Even small percentage allocations to cryptocurrency could translate to billions in investment flows. This potential scale explains asset managers’ strategic interest clearly. Technological Infrastructure Requirements Basic Capital’s platform must handle several technical challenges. Cryptocurrency ETFs require real-time pricing data. Settlement processes differ from traditional securities slightly. Additionally, reporting requirements include unique cryptocurrency-specific metrics. The company has invested in system upgrades accordingly. These enhancements ensure seamless participant experience. They also maintain regulatory compliance across all jurisdictions. The technological infrastructure supports both daily trading and long-term holding strategies effectively. Risk Management and Participant Education VanEck and Basic Capital emphasize participant education strongly. Cryptocurrency investments carry unique risks. Volatility represents the most obvious concern. Regulatory uncertainty presents another consideration. Technological risks include potential security vulnerabilities. The companies plan comprehensive educational materials. These resources will explain cryptocurrency fundamentals clearly. They will also illustrate portfolio construction principles. Additionally, they will address common misconceptions about digital assets. This educational component addresses fiduciary concerns about informed decision-making. Retirement plan participants should understand several key points. Cryptocurrency values can fluctuate dramatically. Past performance never guarantees future results. Diversification remains essential for risk management. Professional guidance can help determine appropriate allocations. Conclusion VanEck’s initiative to offer cryptocurrency ETFs in US 401(k) retirement plans marks a transformative moment for both the digital asset industry and retirement investing. This development provides millions of American workers with regulated, accessible exposure to cryptocurrency markets through familiar retirement account structures. The partnership with Basic Capital leverages existing retirement plan infrastructure while introducing innovative investment options. As cryptocurrency continues evolving from alternative investment to mainstream asset class, such integrations represent logical progression in portfolio construction. Retirement investors now face expanded choices, while plan sponsors must balance innovation with fiduciary responsibilities carefully. The success of this initiative will likely influence broader industry adoption patterns significantly. FAQs Q1: When will VanEck crypto ETFs become available in 401(k) plans? The specific timeline depends on individual plan sponsor adoption. VanEck and Basic Capital have established the infrastructure, but each employer must decide whether to include these options in their plan menu. Implementation could begin as early as the second quarter of 2025 for early adopters. Q2: What are the main advantages of accessing crypto through 401(k) ETFs? This approach provides several benefits: familiar retirement account mechanics, tax advantages, employer matching potential, regulated investment vehicles, daily liquidity, and professional fund management. Participants avoid the complexities of direct cryptocurrency ownership while gaining exposure. Q3: How much cryptocurrency exposure is appropriate in a retirement portfolio? Financial advisors typically recommend limited allocations, often between 1% and 5% of total portfolio value, depending on individual risk tolerance, time horizon, and overall financial situation. Cryptocurrency should generally represent a small portion of a diversified retirement portfolio. Q4: Are there additional fees for investing in crypto ETFs within a 401(k)? VanEck’s ETFs carry management fees similar to other specialized investment products. These fees are typically lower than actively managed funds but higher than broad index funds. Participants should review each fund’s expense ratio and consider how fees affect long-term returns. Q5: How does this differ from previous cryptocurrency retirement options? Earlier options required self-directed IRAs with specialized custodians, involved direct cryptocurrency ownership, and presented greater complexity. The ETF approach integrates seamlessly with existing 401(k) plans, uses regulated securities, and maintains familiar investment processes while providing crypto exposure. This post VanEck Crypto ETFs Transform US 401(k) Retirement Plans with Revolutionary Access first appeared on BitcoinWorld .

12 Mar 2026, 01:11

Binance Faces Notable Bitcoin Outflows as Liquidity Waits on the Sidelines

Binance has seen steady Bitcoin outflows over the past year, CryptoQuant data shows. Large Tether reserves on Binance have not yet translated into active buying pressure. Continue Reading: Binance Faces Notable Bitcoin Outflows as Liquidity Waits on the Sidelines The post Binance Faces Notable Bitcoin Outflows as Liquidity Waits on the Sidelines appeared first on COINTURK NEWS .

12 Mar 2026, 01:10

Ethereum Whale Withdraws $131M from Kraken in Stunning 24-Hour Move

BitcoinWorld Ethereum Whale Withdraws $131M from Kraken in Stunning 24-Hour Move In a significant 24-hour development that captured the attention of the global cryptocurrency market, an anonymous entity executed a massive withdrawal of Ethereum from the Kraken exchange. This substantial movement of 63,324 ETH, valued at approximately $131 million, represents one of the most notable single-entity transactions observed in recent weeks. The event, first reported by blockchain analytics platform EmberCN, provides a compelling case study in high-net-worth investor behavior and its potential implications for the broader digital asset ecosystem. Market analysts immediately began scrutinizing the timing and scale of the transfer, which occurred against a backdrop of ongoing regulatory discussions and evolving institutional adoption of digital assets. Analyzing the $131 Million Ethereum Whale Withdrawal The whale executed the cumulative withdrawal through two distinct transactions, a strategy that often helps manage slippage and market impact. The first transaction involved 44,888 ETH, followed by a second transfer of 18,436 ETH worth $38.26 million. Consequently, the average acquisition price for the entire position settled at $2,072 per ETH. Furthermore, the entity distributed the withdrawn assets across four separate blockchain addresses. This multi-address strategy is a common practice among sophisticated holders for security and organizational purposes. Typically, large-scale withdrawals from centralized exchanges like Kraken signal a shift from trading or liquidity provision to direct custody and potential long-term holding. Blockchain analysts emphasize that such movements are transparent and verifiable on the public ledger. The Ethereum blockchain provides an immutable record of these transactions, allowing for real-time tracking of major wallet activities. This transparency is a foundational element of the cryptocurrency market’s infrastructure. However, it also requires careful interpretation, as motives behind large transfers can vary widely. The movement from an exchange to private wallets generally reduces immediate sell-side pressure on the market, which can be interpreted as a bullish signal for the asset’s price stability. Understanding Whale Behavior and Market Context Whale entities, defined as wallets holding extraordinarily large amounts of a cryptocurrency, exert considerable influence on market sentiment and liquidity. Their actions are closely monitored by retail investors, institutions, and analytics firms. The decision to move assets off-exchange, often called an ‘exchange outflow,’ is a key metric in on-chain analysis. Historically, sustained periods of high exchange outflows have preceded phases of price appreciation, as supply available for immediate sale on order books diminishes. Conversely, large deposits to exchanges can indicate preparation for selling. The current macroeconomic environment adds another layer of context. With traditional finance experiencing volatility in interest rates and geopolitical tensions, digital assets like Ethereum continue to attract attention as alternative stores of value and technological platforms. Ethereum’s ongoing transition to a proof-of-stake consensus mechanism and its central role in decentralized finance (DeFi) and non-fungible tokens (NFTs) provide fundamental utility beyond mere speculation. Therefore, a whale accumulating ETH may be positioning for the network’s long-term growth, not just short-term price movements. Expert Analysis of Custody and Security Implications Moving $131 million in assets necessitates a paramount focus on security. By withdrawing from Kraken, the whale assumes full responsibility for private key management and asset protection. This shift from a third-party custodian (the exchange) to self-custody involves significant technical considerations. Industry experts note that large holders often employ a combination of: Hardware Wallets: Physical devices that store private keys offline. Multi-Signature Schemes: Requiring multiple private keys to authorize a transaction. Geographically Distributed Storage: Splitting key shards across secure locations. Smart Contract Vaults: Using time-locks or other programmable security features on-chain. The distribution across four addresses, as seen in this case, likely reflects a sophisticated security and operational strategy. It may separate funds for different purposes, such as staking, DeFi participation, or simple cold storage. This approach also mitigates risk; a compromise of one address does not necessarily endanger the entire holdings. Comparative Data on Recent Major Crypto Movements To contextualize this withdrawal, it is useful to examine other significant whale movements in the recent past. The table below summarizes several notable transactions from the first quarter of 2025, illustrating the active role of large holders in the market. Date Asset Amount (USD) From To Interpretation Early March 2025 Bitcoin (BTC) $95M Coinbase Private Wallet Accumulation Mid-Feb 2025 Ethereum (ETH) $75M Binance Private Wallet Staking Preparation Late Jan 2025 Solana (SOL) $42M FTX Estate Various Exchanges Liquidation Distribution This Event Ethereum (ETH) $131M Kraken 4 Private Wallets Major Accumulation/Holding As the data shows, the Kraken withdrawal stands out for its sheer magnitude within the Ethereum ecosystem this quarter. This movement surpasses other observed ETH accumulations in scale, potentially indicating strong conviction from the entity involved. Moreover, the choice of Kraken as the source exchange is notable. Kraken is recognized for its regulatory compliance and security standards, often attracting institutional and high-net-worth clients. A withdrawal of this size from such a platform may reflect a strategic decision specific to the holder’s operational requirements. The Broader Impact on Ethereum’s Market Dynamics Transactions of this caliber have tangible effects on market structure. Firstly, they directly reduce the liquid supply of ETH on the Kraken order book. This reduction can increase the asset’s volatility, as large market buy orders will find less depth to execute against without moving the price. Secondly, they serve as a powerful sentiment indicator. While a single data point does not define a trend, it contributes to the overall narrative of holder confidence. Retail and institutional participants often view sustained whale accumulation as a validation of the asset’s underlying value proposition. Finally, the movement highlights the evolving nature of cryptocurrency custody. The trend toward self-custody, especially among large holders, underscores a maturation of the industry. Participants are increasingly comfortable managing their own security, moving beyond the early phase of total reliance on exchanges. This decentralization of custody aligns with the core ethos of blockchain technology and contributes to a more resilient and distributed financial system. It also places greater emphasis on education and the development of robust security tools for all market participants. Conclusion The withdrawal of $131 million in Ethereum from Kraken by an anonymous whale is a significant on-chain event with multiple layers of interpretation. Primarily, it signals a strong intention to hold the assets in self-custody, potentially for the long term. This action reduces immediate selling pressure and reflects confidence in Ethereum’s fundamental value. The sophisticated execution, using two transactions and four destination addresses, points to a highly experienced entity with a clear strategic plan. For the broader market, this event reinforces the importance of monitoring whale behavior and exchange flow metrics as key indicators of supply dynamics and holder sentiment. As the cryptocurrency landscape continues to mature, such transparent, large-scale movements will remain critical data points for analysts and investors seeking to understand the complex forces shaping digital asset markets. FAQs Q1: What does it mean when a whale withdraws crypto from an exchange? It typically indicates the holder is moving assets into personal custody for long-term storage (HODLing), staking, or use in decentralized applications, rather than keeping them on an exchange for active trading or sale. Q2: Why would a whale use multiple addresses for one withdrawal? Using multiple addresses enhances security through compartmentalization, organizes funds for different purposes (e.g., staking, DeFi, savings), and can provide greater privacy by obscuring the total holding size in a single wallet. Q3: How does a large withdrawal affect the price of Ethereum? It can have a supportive or bullish effect by reducing the immediately available supply for sale on the exchange’s order book, potentially leading to less selling pressure and increased price stability or upward momentum if demand remains constant. Q4: Is the identity of the whale known? No, the entity is anonymous. Blockchain transactions reveal wallet addresses and amounts, but not the personal identity of the owner, unless they choose to publicly associate themselves with an address. Q5: What is the difference between an exchange withdrawal and a transfer between private wallets? An exchange withdrawal moves assets from a custodial account (controlled by the exchange) to a non-custodial wallet (controlled by the user). A transfer between private wallets moves assets between two user-controlled addresses, with no involvement from a third-party custodian. This post Ethereum Whale Withdraws $131M from Kraken in Stunning 24-Hour Move first appeared on BitcoinWorld .