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26 Mar 2026, 18:46
Ripple Plans AI-Driven Overhaul For XRP Ledger Security Framework
Ripple will introduce artificial intelligence tools to upgrade XRP Ledger security controls. The company will form a red team for adversarial simulations and prioritize early threat detection. Continue Reading: Ripple Plans AI-Driven Overhaul For XRP Ledger Security Framework The post Ripple Plans AI-Driven Overhaul For XRP Ledger Security Framework appeared first on COINTURK NEWS .
26 Mar 2026, 18:45
Data Center Energy Use Under Senate Scrutiny as AI Power Demands Threaten Grid Stability
BitcoinWorld Data Center Energy Use Under Senate Scrutiny as AI Power Demands Threaten Grid Stability WASHINGTON, D.C. — In a significant move that signals growing political concern over the nation’s digital infrastructure, two U.S. Senators have launched a direct inquiry into the massive and escalating energy consumption of data centers. On Thursday, Sens. Josh Hawley (R-MO) and Elizabeth Warren (D-MA) sent a formal letter to the U.S. Energy Information Administration (EIA), demanding the establishment of a mandatory annual reporting system for these facilities. This bipartisan action highlights a critical and urgent challenge: the explosive growth of artificial intelligence and cloud computing is straining the U.S. electrical grid, prompting lawmakers to seek unprecedented transparency from one of the economy’s most power-hungry sectors. Data Center Energy Reporting Faces New Mandate The senators’ letter, viewed by Bitcoin World, urges the EIA to “establish a mandatory annual reporting requirement for data centers and other large loads.” They argue that the accelerating growth in electricity demand, after years of relative stagnation, creates significant risks for effective grid planning and oversight. Consequently, the current lack of reliable, standardized data poses a fundamental problem for utilities and regulators. This request follows a report by Wired on the legislative push. The EIA, a statistical agency within the Department of Energy, functions as a census bureau for the nation’s energy system. Established in 1977, it traditionally categorizes energy use into four broad sectors: residential, commercial, industrial, and transportation. However, data centers often fall into a blurred space between commercial and industrial classifications, obscuring their true aggregate impact. Bipartisan Push for Granular Power Data Hawley and Warren are requesting highly specific data points that go far beyond total consumption. Their demands include: • Hourly, annual, and peak energy loads for individual facilities. • The specific electricity rates paid by data center operators. • Details on required grid upgrades and their funding mechanisms. • Participation in demand response programs , where utilities pay users to reduce consumption during peak periods. Furthermore, the senators explicitly ask the EIA to distinguish between energy used for AI computing tasks and that used for general cloud services . This distinction is crucial, as AI model training and inference are notoriously energy-intensive compared to standard server operations. The letter calls on EIA Administrator Tristan Abbey, who in December 2024 stated the agency would be an “essential player” in tracking data center energy demand. The senators requested a reply by April 9. A Regulatory Trend Gains Momentum This letter is not an isolated event but part of a rapidly expanding regulatory front. Just one day prior, Sen. Bernie Sanders (I-VT) and Rep. Alexandria Ocasio-Cortez (D-NY) announced plans to introduce legislation that would halt new data center construction until Congress agrees on a regulatory framework for AI. These parallel efforts, from both progressive and conservative lawmakers, underscore the bipartisan nature of concerns linking technological growth, infrastructure resilience, and environmental sustainability. The underlying driver is an undeniable surge in energy use. For instance, Google reported that its data center electricity consumption doubled between 2020 and 2024. Industry projections suggest planned new data centers could nearly triple the sector’s total energy demand by 2035, a growth trajectory that existing grid planning models may not adequately capture. The Complex Path to New Energy Surveys Implementing a new mandatory survey is a complex, multi-year process. Administrator Abbey noted in December that launching a new survey from scratch “takes probably about two years.” The process must navigate the Office of Management and Budget’s review, which includes a mandatory public comment period. However, Abbey also indicated that authorities exist for faster, more targeted surveys that could provide a “sharper signal” in a shorter timeframe. The EIA currently lacks the formal authority to compel specific industries to report data without a mandate or revised survey approval. Therefore, the senators’ letter serves as both a formal request and a political signal to accelerate administrative action. The agency’s response will be closely watched by utility companies, technology firms, and environmental groups alike. Historical Context and Future Grid Planning The U.S. grid is undergoing its most significant transformation in decades. The rise of intermittent renewable energy, the electrification of transportation and heating, and now the soaring demand from data centers create a perfect storm for grid planners. Historically, load growth was predictable and slow. Today, utilities face the prospect of large, concentrated, and immediate demand from single facilities that can consume as much power as a medium-sized city. Without accurate, timely data on where and how quickly these loads are coming online, long-term investments in transmission lines, substations, and generation capacity become high-risk guesses. This data gap threatens both grid reliability and consumer electricity costs , as the expense of emergency upgrades or generation is often socialized across ratepayers. Conclusion The bipartisan Senate letter to the EIA marks a pivotal moment in the recognition of data centers as critical national infrastructure with profound energy implications. The push for mandatory, granular energy reporting reflects a fundamental shift from viewing these facilities as mere commercial tenants to treating them as primary actors in national energy security and climate policy. As AI continues its rapid expansion, the tension between technological innovation and physical infrastructure limits will only intensify. The outcome of this regulatory push will shape not only the future of the tech industry but also the resilience, cost, and environmental footprint of the American electrical grid for decades to come. FAQs Q1: What exactly are Senators Hawley and Warren asking the EIA to do? They have requested that the U.S. Energy Information Administration create and implement a mandatory annual reporting requirement specifically for data centers. This would force these facilities to disclose detailed information on their electricity consumption, costs, and impact on the local grid. Q2: Why is data center energy use such a concern now? Energy consumption by data centers has exploded recently, primarily driven by the intensive computational needs of artificial intelligence. This growth is sudden, massive, and concentrated in specific regions, posing unprecedented challenges for grid planning and stability that existing data collection methods cannot adequately track. Q3: How does AI computing differ from traditional data center workloads in terms of energy? AI model training and inference require immense, sustained processing power from specialized chips (like GPUs) that draw significantly more electricity and generate more heat than standard servers handling cloud storage or web hosting. This makes AI workloads far more energy-intensive per rack. Q4: What is the EIA, and what is its role? The U.S. Energy Information Administration is a federal statistical agency under the Department of Energy. It collects, analyzes, and disseminates independent data on the entire energy system, from production and prices to consumption and efficiency, serving as a primary source for policymakers, markets, and the public. Q5: What happens if the EIA establishes this mandatory reporting? If implemented, it would provide regulators, utilities, and the public with the first comprehensive, standardized, and reliable dataset on data center energy use. This data would be crucial for making informed decisions about grid investments, energy policy, and understanding the environmental footprint of the digital economy. This post Data Center Energy Use Under Senate Scrutiny as AI Power Demands Threaten Grid Stability first appeared on BitcoinWorld .
26 Mar 2026, 18:42
Bitcoin ETFs See Sharp Rebound In March As Net Outflows Narrow
Bitcoin ETFs saw their largest monthly inflows in March 2026 amid renewed demand. CryptoQuant reported funds added 38,000 BTC, narrowing the net outflow to 4,000 BTC. Continue Reading: Bitcoin ETFs See Sharp Rebound In March As Net Outflows Narrow The post Bitcoin ETFs See Sharp Rebound In March As Net Outflows Narrow appeared first on COINTURK NEWS .
26 Mar 2026, 18:40
XRP Ledger Goes on the Offensive, Leveraging AI to Stop Security Threats Before They Hit
Strengthening XRP Ledger Security with AI for the Next Phase of Growth The XRP Ledger (XRPL) is entering a new era of security, harnessing AI to proactively safeguard its infrastructure as it scales globally. Since 2012, XRPL has processed over 100 million ledgers and three billion transactions, enabling billions in value transfers. As it supports global payments, tokenized assets, and institutional applications, maintaining robust security remains a top priority. Reece Merrick, Ripple’s Senior Executive Officer for the Middle East and Africa, stated : “We're taking AI to the front line of XRPL security.” Therefore, XRPL’s initiative leverages artificial intelligence to identify and resolve vulnerabilities before they reach production, ensuring the ledger’s reliability scales with its growth. By moving from reactive fixes to proactive defense, the XRP Ledger positions AI as the cornerstone of its blockchain resilience. How is the XRPL elevating its security with AI-driven measures? Well, it intends to incorporate strategies, such as intelligent testing in the development lifecycle, a dedicated AI-assisted red team hunting vulnerabilities, and a modernized codebase aligned with best practices. Given that hidden edge cases and complex code risks are being unearthed, these efforts minimize unforeseen failures, boosting confidence for developers, institutions, and users alike. XRPL Harnesses AI to Power Secure, Next-Gen Payments and Stablecoin Growth Building on its security upgrades, XRPL is launching Agent Commerce, AI-powered autonomous agents that streamline on-chain payments. By executing transactions faster and smarter, these agents showcase how AI can simultaneously boost efficiency and strengthen the ledger’s security. XRPL’s growth is clear because payments now drive over 50% of all ledger activity, with RLUSD leading volumes, and stablecoin supply has more than doubled since December, nearing $570 million , demonstrating both adoption and the need for resilient infrastructure. As blockchain matures, AI is becoming essential for testing and security, and the transformation is real from proactive debugging to AI-driven inspection. As a result, XRPL is not just upgrading technology, it’s investing in long-term reliability, ensuring the ledger can support the next wave of digital assets, institutional transactions, and global payment innovation. Conclusion By placing AI at the core of its security framework, the XRP Ledger is proactively safeguarding its ecosystem while preparing for its next phase of growth. This strategy enhances reliability, accelerates innovation, and builds trust for developers, institutions, and users. As XRPL scales to power global payments, tokenized assets, and autonomous on-chain agents, its AI-driven approach positions the ledger as a resilient, forward-looking leader in digital finance.
26 Mar 2026, 18:40
Anchorage Digital’s Strategic Tron Network Integration Unlocks Crucial Institutional Access
BitcoinWorld Anchorage Digital’s Strategic Tron Network Integration Unlocks Crucial Institutional Access San Francisco, March 2025 – Anchorage Digital announces groundbreaking institutional support for the Tron network, marking a significant expansion of compliant cryptocurrency custody services for major financial players. This strategic integration provides regulated institutions with secure infrastructure for managing TRX tokens and participating in the Tron ecosystem. The move represents a pivotal development for institutional cryptocurrency adoption in 2025, bridging traditional finance with blockchain networks through enterprise-grade security frameworks. Anchorage Digital’s Tron Network Integration Explained Anchorage Digital now offers comprehensive institutional support for the Tron blockchain network. The cryptocurrency custody and banking firm provides regulated financial entities with secure infrastructure for TRX token management. This integration follows extensive technical development and regulatory compliance verification. Institutions can now access Tron network assets through Anchorage’s federally-chartered digital asset bank platform. The initial phase delivers core custody services for TRX, the native cryptocurrency of the Tron network. Anchorage’s platform ensures secure storage with institutional-grade security protocols. These include multi-party computation (MPC) technology and geographically distributed key management. The firm maintains its position as the first federally-chartered digital asset bank in the United States. Future integration phases will expand functionality significantly. Anchorage plans to add support for TRC-20 standard tokens and TRX staking capabilities. This roadmap enables institutions to engage with Tron’s validator infrastructure directly. The phased approach ensures technical stability and regulatory compliance at each implementation stage. Institutional Cryptocurrency Custody Evolution The cryptocurrency custody landscape has evolved dramatically since 2020. Institutional demand for secure digital asset storage has increased exponentially. Traditional financial institutions require regulatory-compliant solutions for blockchain participation. Anchorage Digital addresses this need through its banking charter and security infrastructure. Several key factors drive institutional cryptocurrency adoption: Regulatory clarity – Clearer frameworks in major financial markets Security advancements – Improved custody technology and insurance options Market maturity – Established networks with proven track records Yield opportunities – Staking and decentralized finance participation Tron network integration represents a strategic expansion for Anchorage. The platform already supports multiple blockchain networks including Bitcoin, Ethereum, and Solana. Each integration undergoes rigorous security assessment and compliance verification. This systematic approach ensures consistent quality across supported networks. Tron Network’s Institutional Readiness The Tron blockchain has demonstrated substantial growth since its 2017 launch. Network statistics reveal impressive adoption metrics. Daily transaction volumes regularly exceed other major blockchain networks. The ecosystem supports diverse decentralized applications and stablecoin transactions. Tron Network Key Statistics (2024-2025) Metric Value Significance Total Accounts Over 200 million Massive user adoption Daily Transactions 5-7 million High network utilization TRC-20 Tokens 50,000+ Ecosystem diversity Total Value Locked $22 billion Substantial economic activity Institutional interest in Tron has grown proportionally with network metrics. Major stablecoin issuers utilize the network for cost-efficient transactions. The TRC-20 standard supports tokenized assets across multiple sectors. These factors create compelling opportunities for regulated financial institutions. Compliance Framework and Regulatory Considerations Anchorage Digital operates under strict regulatory oversight as a federally-chartered bank. This status requires compliance with multiple financial regulations. The Office of the Comptroller of the Currency (OCC) provides primary supervision. Additional regulations include Bank Secrecy Act requirements and anti-money laundering protocols. Tron network integration required extensive regulatory review. Anchorage conducted thorough due diligence on network operations and governance. The firm evaluated Tron’s consensus mechanism and validator distribution. Security assessments examined potential vulnerabilities and mitigation strategies. Institutional clients benefit from this compliance infrastructure. They can participate in cryptocurrency markets within existing regulatory frameworks. This reduces legal uncertainty and operational risk. The approach aligns with increasing institutional cryptocurrency adoption trends. Market Impact and Industry Implications The cryptocurrency custody sector continues expanding rapidly. Multiple firms now offer institutional-grade storage solutions. Differentiation occurs through security features, supported networks, and compliance frameworks. Anchorage’s banking charter provides distinct regulatory advantages. Tron network integration addresses specific market demands. Institutional investors seek exposure to high-throughput blockchain networks. They require compliant access to staking rewards and ecosystem participation. Anchorage’s solution meets these requirements through integrated platform features. The broader cryptocurrency industry observes several implications: Network validation – Institutional support signals network maturity Liquidity enhancement – Increased institutional participation improves market depth Regulatory precedent – Compliant integration establishes frameworks for other networks Innovation acceleration – Institutional capital supports ecosystem development Technical Implementation and Security Architecture Anchorage Digital employs sophisticated security technology for asset protection. The platform utilizes multi-party computation for private key management. This approach eliminates single points of failure. Geographic distribution of key shards provides additional security layers. Tron network integration required specific technical adaptations. The implementation supports TRX token transactions and smart contract interactions. Future phases will incorporate staking functionality and TRC-20 token management. Each feature undergoes rigorous testing before deployment. Institutional clients access Tron assets through Anchorage’s web interface and APIs. The platform provides comprehensive reporting and audit capabilities. Integration with existing financial systems facilitates operational efficiency. These features address institutional requirements for transparency and control. Future Development Roadmap Anchorage Digital outlines clear development milestones for Tron integration. The immediate focus remains on core custody functionality for TRX tokens. Subsequent quarters will introduce additional features based on client demand and technical readiness. Key upcoming developments include: TRC-20 token support – Expanding beyond native TRX tokens Staking functionality – Enabling institutional participation in network validation DeFi integration – Access to decentralized finance protocols on Tron Cross-chain capabilities – Interoperability with other supported networks This phased approach ensures system stability and security. Each development phase includes extensive testing and security audits. Client feedback influences prioritization of specific features. The roadmap reflects Anchorage’s commitment to comprehensive institutional solutions. Conclusion Anchorage Digital’s Tron network integration represents a significant advancement for institutional cryptocurrency access. The platform provides regulated financial entities with secure, compliant infrastructure for TRX management and Tron ecosystem participation. This development supports broader institutional adoption of blockchain technology while maintaining rigorous security and compliance standards. As cryptocurrency markets mature in 2025, such integrations bridge traditional finance with innovative blockchain networks, creating new opportunities for institutional investors within regulated frameworks. FAQs Q1: What specific services does Anchorage Digital provide for the Tron network? Anchorage Digital offers institutional-grade custody for TRX tokens, with planned support for TRC-20 assets and TRX staking functionality in future development phases. Q2: How does Anchorage Digital’s banking charter affect Tron network integration? The federal banking charter requires strict regulatory compliance, providing institutional clients with legally compliant access to Tron network assets within existing financial frameworks. Q3: What security measures protect Tron assets on Anchorage’s platform? The platform utilizes multi-party computation technology, geographically distributed key management, and institutional-grade security protocols validated through regular audits and regulatory oversight. Q4: When will TRC-20 token support become available? Anchorage plans TRC-20 integration in a future phase, following technical development and security assessment, with specific timelines dependent on testing outcomes. Q5: How does this integration impact institutional cryptocurrency adoption? The integration reduces barriers for regulated institutions seeking Tron network exposure, providing compliant infrastructure that addresses security, regulatory, and operational requirements simultaneously. This post Anchorage Digital’s Strategic Tron Network Integration Unlocks Crucial Institutional Access first appeared on BitcoinWorld .
26 Mar 2026, 18:35
Bittensor (TAO) Is Up 140% in 6 Weeks, But Data Shows Retail Is Missing the Big AI Rally
Bittensor has recorded a 140% price increase over the past six weeks, including a 105% rise since March 8. The latest price action has pushed it to the 26th-largest cryptocurrency by market capitalization, according to new data from Santiment. AI Tokens Heat Up The rally comes at a time when market focus on decentralized artificial intelligence is growing, as capital rotates into blockchain-based machine learning ecosystems. Bittensor operates as a decentralized marketplace for machine intelligence, where AI models compete and receive rewards based on performance, effectively assigning tradable value to computational output. Its subnet architecture enables multiple specialized AI markets covering functions such as large language model training, compute services, and prediction to operate independently while remaining economically linked through the TAO token. This creates a system of “real competition and measurable output rather than a single monolithic model.” Social data indicates that discussion levels surrounding the asset across platforms such as X, Reddit, and Telegram have reached their second-highest point on record, trailing only the peak observed during its previous price top in November. Despite the surge in attention and price, sentiment metrics reveal a relatively balanced outlook, with approximately 1.5 positive comments for every 1 negative comment. This means that retail participation has not reached the high levels typically associated with intense speculative activity seen in other altcoin rallies, based on Santiment’s analysis of crowd behavior across major social channels. TAO’s $600 Target Against this backdrop, pseudonymous analyst ‘ANBESSA’ pointed to a two-year price channel structure in Bittensor, and said that a move toward the $600 level is a matter of timing rather than possibility. The analyst’s projection aligns with a broader narrative shift driven by developments within Bittensor’s subnet ecosystem, particularly Templar (Subnet 3), which recently completed Covenant-72B, described as the largest decentralized large language model pretraining run to date. While it doesn’t match top centralized AI labs on its own, it still demonstrates the viability of decentralized machine learning infrastructure operating at scale. “That is a strong narrative for TAO in the coming months. A good hype could make it happen.” The post Bittensor (TAO) Is Up 140% in 6 Weeks, But Data Shows Retail Is Missing the Big AI Rally appeared first on CryptoPotato .
