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12 May 2026, 18:10

Report: Google and SpaceX in talks to put data centers into orbit for AI workloads

BitcoinWorld Report: Google and SpaceX in talks to put data centers into orbit for AI workloads Google and SpaceX are in discussions to deploy orbital data centers in space, according to a report from The Wall Street Journal citing sources familiar with the matter. The potential partnership would mark a significant step toward moving AI compute infrastructure off the planet, leveraging the vacuum of space for cooling and abundant solar energy. What the talks involve The discussions are still in early stages, sources said, and no final agreement has been reached. Google is also reportedly in talks with other rocket-launch companies as part of a broader push into space-based computing. The company announced Project Suncatcher late last year, an initiative to launch prototype satellites by 2027 that would serve as orbital data center testbeds. SpaceX, meanwhile, is preparing for its highly anticipated IPO later this year, valued at up to $1.75 trillion. The company has been pitching investors on the idea that orbital data centers will become the cheapest location for AI compute within the next few years, citing near-free cooling, consistent solar power, and lower latency for certain global applications. Context and background The talks follow SpaceX’s recent deal with Anthropic to use computing resources from xAI’s data center in Memphis, Tennessee. SpaceX acquired xAI in February, and the two companies have discussed collaborating on orbital data centers in the future. Google invested $900 million in SpaceX in 2015, according to regulatory filings, giving the search giant a longstanding strategic interest in the company’s infrastructure ambitions. Elon Musk has publicly promoted the idea of orbital data centers, arguing they could operate more cheaply than terrestrial facilities. Advocates also point out that space-based data centers avoid the local permitting battles and community opposition that have slowed ground-based AI data center construction across the United States. Cost realities and challenges Despite the enthusiasm, significant economic hurdles remain. A recent analysis by Bitcoin World found that today’s terrestrial data centers are substantially cheaper than orbital alternatives once satellite construction and launch costs are factored in. Launch costs, while declining, still add a premium of several hundred percent per kilowatt of compute capacity compared to ground-based facilities. Other challenges include radiation hardening of electronics, orbital debris risks, and the difficulty of performing maintenance or upgrades in space. SpaceX’s Starship, if fully operational, could dramatically reduce launch costs, but the vehicle has not yet entered regular commercial service for payload deployment. Why this matters The talks signal that major technology companies are taking space-based infrastructure seriously as a long-term option for AI compute. As demand for AI training and inference continues to grow, constraints on terrestrial data center construction — power availability, water usage, land costs, and community opposition — are becoming more acute. Orbital data centers could eventually offer an alternative path, though the timeline remains uncertain. Bitcoin World has reached out to Google and SpaceX for comment and will update this story as more information becomes available. Conclusion Google and SpaceX’s reported discussions represent a noteworthy development in the race to find sustainable, scalable locations for AI infrastructure. While orbital data centers are not yet economically viable at scale, the conversations indicate that both companies are positioning for a future where space-based compute becomes a practical reality. For now, terrestrial data centers remain the dominant solution, but the groundwork for orbital alternatives is being laid. FAQs Q1: Why would companies put data centers in space? Orbital data centers could offer near-free cooling in the vacuum of space, consistent access to solar energy, and lower latency for certain global applications. They also avoid local permitting issues and community opposition faced by ground-based facilities. Q2: When could orbital data centers become operational? Google’s Project Suncatcher aims to launch prototype satellites by 2027. Commercial-scale orbital data centers are likely still years away, pending significant reductions in launch costs and advances in space-hardened computing hardware. Q3: Are orbital data centers cheaper than ground-based ones? Currently, no. Launch and satellite construction costs make orbital data centers significantly more expensive than terrestrial alternatives. However, if launch costs continue to decline — particularly with vehicles like SpaceX’s Starship — the cost gap could narrow over the next decade. This post Report: Google and SpaceX in talks to put data centers into orbit for AI workloads first appeared on BitcoinWorld .

12 May 2026, 18:00

Ethereum Foundation Expands Support for Clear Signing to Combat Crypto Phishing

BitcoinWorld Ethereum Foundation Expands Support for Clear Signing to Combat Crypto Phishing The Ethereum Foundation has announced an expansion of its support for Clear Signing, a security feature designed to make transaction approvals more transparent and reduce the risk of phishing attacks. The initiative, reported by The Block, aims to replace the industry’s prevalent ‘blind signing’ method with a system that displays transaction details in a clear, human-readable format. What Is Clear Signing and Why Does It Matter? Clear Signing is a technology that translates complex transaction data into straightforward, intuitive language. Instead of blindly approving a raw data hash—a common practice that can be exploited by malicious actors—users see a clear explanation of the transaction. For example, a wallet interface might display: ‘Swap 100 USDC for ETH,’ rather than an indecipherable string of characters. This simple shift can dramatically reduce the success rate of phishing attacks, which often trick users into signing malicious transactions. The Ethereum Foundation’s expanded support includes backing a public registry and development tools to make Clear Signing more accessible to developers and wallet providers. This move is a direct response to the growing need for better user security in decentralized finance (DeFi) and other blockchain applications, where a single mistaken approval can lead to significant financial loss. The Role of ERC-7730 and Ledger A key component of this initiative is the adoption of ERC-7730, a standard proposed by hardware wallet manufacturer Ledger. ERC-7730 provides a framework for structuring transaction data in a way that wallets and hardware devices can interpret and display in a user-friendly manner. By endorsing this standard, the Ethereum Foundation is signaling a commitment to interoperability and security across the ecosystem. Ledger has been a vocal advocate for Clear Signing, arguing that it is essential for mass adoption of cryptocurrencies. The company’s own hardware wallets have long supported this feature, but broader ecosystem adoption has been slow. The Ethereum Foundation’s backing is expected to accelerate integration across popular wallets and decentralized applications (dApps). Implications for Users and Developers For everyday users, this development means a safer experience when interacting with smart contracts and DeFi protocols. The risk of accidentally approving a malicious transaction—a common vector for crypto theft—will be significantly lower. For developers, the public registry and tools provide a clear path to implement Clear Signing without having to build the infrastructure from scratch. The timing is critical. As the crypto industry faces increasing regulatory scrutiny and a rise in sophisticated phishing schemes, proactive security measures like Clear Signing can help rebuild trust. The Ethereum Foundation’s move is not just a technical update; it is a strategic effort to protect users and strengthen the network’s reputation as a secure platform for financial applications. Conclusion The Ethereum Foundation’s expanded support for Clear Signing represents a meaningful step toward a safer blockchain ecosystem. By standardizing how transaction data is presented and backing practical tools for implementation, the foundation is addressing one of the most persistent vulnerabilities in crypto: user error. While adoption will take time, this initiative lays the groundwork for a future where blind signing becomes a relic of the past. FAQs Q1: What is the difference between blind signing and Clear Signing? Blind signing requires users to approve a transaction based on an unreadable hash, leaving them vulnerable to phishing. Clear Signing displays the transaction details in plain language, such as the exact assets and amounts being swapped, allowing users to verify the action before approving. Q2: Will I need a new wallet to use Clear Signing? Not necessarily. Many existing wallets, especially those that support hardware devices like Ledger, already offer Clear Signing for certain transactions. The Ethereum Foundation’s initiative aims to make this feature more widely available through software updates and new standards. Q3: How does ERC-7730 improve security? ERC-7730 provides a standardized format for transaction data that wallets can parse and display in a human-readable way. This reduces ambiguity and ensures that users see exactly what they are approving, regardless of which wallet or dApp they are using. This post Ethereum Foundation Expands Support for Clear Signing to Combat Crypto Phishing first appeared on BitcoinWorld .

12 May 2026, 17:34

Wall Street's Clearinghouse DTCC Enlists Chainlink for Collateral Management

DTCC teams with Chainlink to enable round-the-clock collateral movement—a shift that could reshape post-trade finance.

12 May 2026, 17:04

What Is Strategy (MSTR)? The Bitcoin Treasury Company

Software firm Strategy (formerly MicroStrategy) and its co-founder Michael Saylor have become synonymous with Bitcoin. Here’s what you need to know.

12 May 2026, 14:55

Peaq Integrates Its Operating System Into LG’s Robot Simulation Platform for Autonomous Payments

BitcoinWorld Peaq Integrates Its Operating System Into LG’s Robot Simulation Platform for Autonomous Payments Peaq (PEAQ), a Layer 1 blockchain network dedicated to Decentralized Physical Infrastructure (DePIN), has integrated its peaqOS into LG’s ‘CLOiSim’ robot simulation environment, according to an announcement made via X. This integration enables robots operating within the simulation to autonomously handle service coordination and transaction settlements, with payments processed in USDT using peaqOS and the Tether Wallet Development Kit (WDK). What the Integration Means for Robot Autonomy The integration of peaqOS into LG’s CLOiSim platform represents a practical step toward embedding decentralized payment and coordination capabilities into robotic systems. CLOiSim is LG’s simulation environment for testing and developing robot behaviors without requiring physical hardware. By adding peaqOS, robots in the simulation can now simulate real-world service interactions, such as coordinating tasks and settling payments automatically. This development is particularly relevant for the DePIN sector, which focuses on using blockchain to manage physical infrastructure in a decentralized manner. Peaq’s Layer 1 network is designed to support such applications, and this partnership with LG, a major consumer electronics and robotics company, lends credibility to the concept of autonomous machine-to-machine economies. Payment Infrastructure and USDT Integration A key component of this integration is the use of USDT, a stablecoin issued by Tether, for transaction settlements. The Tether Wallet Development Kit (WDK) provides the necessary tools for peaqOS to handle these payments within the simulation environment. This choice of stablecoin minimizes volatility risk, making it suitable for service-based transactions where value stability is important. The use of USDT also highlights a growing trend of blockchain networks integrating stablecoins for practical, everyday transactions rather than relying solely on native tokens. For Peaq, this approach could lower the barrier to adoption for enterprises and developers interested in DePIN applications. Implications for the DePIN and Robotics Sectors This integration is significant for several reasons. First, it demonstrates a real-world use case for blockchain in robotics beyond simple token transfers. Second, it positions Peaq as a key infrastructure provider for the emerging field of autonomous service robots. Third, it could encourage other simulation platforms to adopt similar decentralized payment systems. For LG, integrating blockchain capabilities into CLOiSim may attract developers building decentralized applications for robotics, potentially expanding the platform’s ecosystem. The move also aligns with broader industry trends toward machine-to-machine payments and autonomous economic agents. Conclusion Peaq’s integration of its operating system into LG’s CLOiSim platform is a concrete step toward enabling autonomous service coordination and payment settlements in robotics. By leveraging USDT for stable transactions, the partnership addresses practical concerns around value stability in machine-to-machine economies. While still in the simulation phase, this development could lay the groundwork for real-world DePIN applications in robotics and automated services. FAQs Q1: What is peaqOS? PeaqOS is an operating system built on the Peaq Layer 1 blockchain, designed to support Decentralized Physical Infrastructure (DePIN) applications. It provides tools for managing devices, coordinating services, and handling transactions in a decentralized manner. Q2: What is LG’s CLOiSim platform? CLOiSim is LG’s robot simulation environment used for testing and developing robot behaviors and interactions without requiring physical robots. It allows developers to simulate real-world scenarios and integrate various software components. Q3: Why is USDT used for payments in this integration? USDT is a stablecoin pegged to the US dollar, which minimizes price volatility. This makes it suitable for service-based transactions where stable value is important, such as autonomous robot service payments. This post Peaq Integrates Its Operating System Into LG’s Robot Simulation Platform for Autonomous Payments first appeared on BitcoinWorld .

12 May 2026, 14:30

Kraken and Franklin Templeton team up for tokenized funds

🚀 Kraken and Franklin Templeton will launch new tokenized investment products for institutions. The collaboration targets blockchain-based funds and digital assets, including money market funds in $BTC technology. 🔑 Key point: Tokenized funds offer 24/7 management and faster settlement than traditional finance. Continue Reading: Kraken and Franklin Templeton team up for tokenized funds The post Kraken and Franklin Templeton team up for tokenized funds appeared first on COINTURK NEWS .