Venezuela Develops Blockchain System to Connect Banks with Bitcoin and Stablecoins - A Financial Revolution in the Making

BitcoinWorld Nvidia AI Ignites Revolutionary Partnerships in South Korea’s Tech Future The digital economy, fueled by rapid technological advancements, continues to reshape global industries, with artificial intelligence (AI) at its core. For those immersed in the cryptocurrency world, understanding the foundational shifts in AI development is crucial, as these innovations often precede breakthroughs in decentralized AI, blockchain scalability, and even the valuation of tech-heavy assets. A recent seismic event in the AI landscape, featuring Nvidia and South Korea’s tech giants, signals a monumental leap forward, promising to redefine not just industrial processes but potentially the very infrastructure upon which future digital economies, including crypto, will operate. Nvidia AI: Powering South Korea’s Ambitious Vision In a move that underscores South Korea’s commitment to becoming a global AI powerhouse, Nvidia CEO Jensen Huang recently embarked on his first visit to the nation in fifteen years. This visit was not merely ceremonial; it was a strategic unveiling of new plans designed to deepen collaboration with key Korean tech companies, including Hyundai Motor, Samsung, SK Group, and Naver. The timing, coinciding with the APEC Summit 2025, highlighted a significant expansion of the partnership between Nvidia and the South Korean government. This alliance aims to significantly boost the country’s AI infrastructure and enhance its physical AI capabilities. This announcement followed closely on the heels of new technology deals signed between the U.S. and both Japan and South Korea. These agreements aim to strengthen strategic ties and foster collaboration on critical emerging technologies. The focus areas include AI, semiconductors, quantum computing, biotechnology, and 6G, demonstrating a coordinated effort to advance technological leadership across allied nations. South Korea’s government officially confirmed its intention to acquire over 260,000 of Nvidia’s latest GPUs to meet the escalating demands of its AI sector. A substantial portion, approximately 50,000 GPUs, will be allocated to public initiatives. These include the development of indigenous AI foundation models and the establishment of a national AI data center, laying the groundwork for sovereign AI capabilities. The remaining 200,000+ GPUs are earmarked for major corporations such as Samsung, SK Group, Hyundai Motor Group, and Naver. This distribution is set to accelerate AI-based manufacturing innovation and the development of industry-specific AI models across various sectors. How Will Samsung AI Reshape Manufacturing and Connectivity? Samsung, a long-standing partner of Nvidia for over 25 years, announced ambitious plans to construct an AI Megafactory. This pioneering facility, developed in collaboration with Nvidia, aims to embed AI into every phase of Samsung’s manufacturing processes, spanning semiconductors, mobile devices, and robotics. The Megafactory will leverage more than 50,000 Nvidia GPUs and the Omniverse platform, creating an intelligent network capable of real-time analysis, prediction, and optimization of production workflows. This initiative is a testament to the transformative power of AI in modern industrial operations. Beyond manufacturing, the collaboration extends to next-generation memory technology. Nvidia and Samsung are jointly developing HBM4, the cutting-edge memory designed to power future AI applications, ensuring that the hardware infrastructure can keep pace with AI’s accelerating demands. Furthermore, Nvidia is partnering with Samsung and three major Korean telecom operators—SK Telecom, KT, and LG Uplus—along with ETRI (Electronics and Telecommunications Research Institute) to co-develop AI-RAN. This innovative technology combines mobile base stations with AI to significantly boost performance and reduce battery consumption. Under a new agreement, these partners will jointly develop next-generation AI-RAN and establish a global testbed, positioning South Korea at the forefront of 6G technology. Driving Future Mobility: The Role of Hyundai AI Meanwhile, Hyundai Motor Group and Nvidia are forging a powerful alliance to build advanced AI infrastructure and propel technologies in physical AI. This partnership is strategically focused on three core areas: autonomous mobility, smart factories, and robotics. Their collaboration extends to high-performance GPU supply and investment, ensuring that Hyundai has the computational muscle required for its ambitious projects. According to Nvidia, the companies will deploy 50,000 NVIDIA Blackwell GPUs. These powerful processors will be critical for integrated AI model training, validation, and deployment across Hyundai‘s initiatives. Furthermore, the partnership includes plans to establish AI research centers within South Korea, with the explicit goal of strengthening the country’s physical AI industry. Jensen Huang emphasized the profound impact of AI, stating, “AI is revolutionizing every facet of every industry, and in transportation alone — from vehicle design and manufacturing to robotics and autonomous driving — Nvidia’s AI and computing platforms are transforming how the world moves.” He added, “Together with Hyundai Motor Group — Korea’s industrial powerhouse and one of the world’s top mobility solutions providers — we’re building intelligent cars and factories that will shape the future of the multitrillion-dollar mobility industry.” Building Robust Korean AI Infrastructure with SK and Naver SK Group, the parent company of SK Hynix, is joining forces with Nvidia to establish Asia’s first enterprise-led manufacturing AI cloud. This groundbreaking initiative will leverage Nvidia’s advanced simulation and digital twin platforms, providing unprecedented access to the government, public institutions, and domestic startups. This move is designed to democratize access to powerful AI tools, fostering innovation and accelerating the adoption of AI across South Korea’s industrial landscape. Naver Cloud, the cloud computing division of the Korean search engine Naver, is also deepening its collaboration with NVIDIA. Their focus is on developing a next-generation “Physical AI” platform, designed to seamlessly bridge the gap between the physical and digital worlds. Naver Cloud plans to deploy this cutting-edge AI infrastructure across vital industries, including semiconductors, shipbuilding, energy, and biotechnology. The overarching goal is to accelerate the integration of AI solutions specifically optimized for real-world industrial environments. Hae-jin Lee, founder of Naver, articulated this vision, stating, “Just as the automotive industry is transitioning to SDVs, the era of ‘Physical AI,’ where AI operates directly within real industrial sites and systems, is unfolding.” The Strategic Importance of High-Performance AI GPUs The sheer number of AI GPUs being secured by South Korea—over 260,000 in total—underscores their critical role in the current technological arms race. GPUs are the workhorses of modern AI, providing the parallel processing power necessary to train complex neural networks and run sophisticated AI models. This massive influx of computational power will not only fuel the ambitious projects of Samsung, Hyundai, SK Group, and Naver but also establish South Korea as a leading hub for AI research and development. The strategic allocation of these GPUs, both for public initiatives and private enterprise, ensures a comprehensive national effort to harness AI’s potential. This aggressive investment in AI GPUs positions South Korea to drive innovation across diverse sectors, from advanced manufacturing and autonomous systems to telecommunications and cloud services. The partnerships highlight a broader trend: the seamless fusion of AI and hardware across industries. These collaborations demonstrate how global tech leaders are joining forces to engineer the next generation of intelligent systems, creating an ecosystem where AI can thrive and deliver tangible benefits. FAQs on Nvidia’s South Korea AI Expansion Who is Jensen Huang?Jensen Huang is the co-founder, president, and CEO of Nvidia, a leading technology company known for its graphics processing units (GPUs) and AI computing platforms. Which South Korean companies are partnering with Nvidia?Key partners include Hyundai Motor, Samsung, SK Group (including SK Telecom), and Naver (Naver Cloud). What is the significance of Nvidia’s visit to South Korea?It marks a major expansion of Nvidia‘s AI collaborations in South Korea, involving significant GPU commitments and joint development projects for advanced AI infrastructure and applications. What is the AI Megafactory being built by Samsung and Nvidia?It’s a facility designed to integrate AI into every stage of Samsung’s manufacturing processes for semiconductors, mobile devices, and robotics, using over 50,000 Nvidia GPUs and the Omniverse platform. What is AI-RAN?AI-RAN (Artificial Intelligence-Radio Access Network) combines mobile base stations with AI to improve network performance and reduce power consumption, crucial for 6G development. How many GPUs will South Korea secure from Nvidia?Over 260,000 of Nvidia’s latest GPUs, with 50,000 for public initiatives and over 200,000 for companies. What is “Physical AI”?Physical AI refers to AI systems that operate directly within real-world industrial sites and physical systems, connecting the physical and digital worlds for enhanced automation and optimization. Naver Cloud is collaborating with Nvidia on this. Conclusion: A New Era for South Korea AI The extensive collaborations between Nvidia and South Korea’s technology giants—from Samsung‘s AI network initiatives and Hyundai‘s software-defined vehicles to SK Group‘s industrial AI applications and Naver‘s cloud and AI services—mark a pivotal moment. These partnerships exemplify the profound fusion of AI and hardware across diverse industries, signaling a new era of intelligent systems. This strategic alignment not only solidifies South Korea’s position as a global leader in AI innovation but also demonstrates how major tech players are proactively shaping the future of technology. For the crypto community, these advancements in core AI infrastructure and applications lay the groundwork for more sophisticated decentralized AI solutions and could significantly impact the broader digital landscape, making these developments critical to watch. To learn more about the latest AI market trends, explore our article on key developments shaping AI features. This post Nvidia AI Ignites Revolutionary Partnerships in South Korea’s Tech Future first appeared on BitcoinWorld.

PANews reported on October 31 that, according to Tether's official website, Tether International released its Q3 2025 audit report: net profit exceeded $10 billion for the year, USD₮ increased by $17 billion this quarter, and the circulating supply reached $174 billion; the company's holdings of US Treasury bonds were approximately $135 billion, ranking 17th globally. As of September 30, reserve assets were $1,812.231 billion, liabilities were $1,744.454 billion, and excess reserves were $6.778 billion; holdings of gold were $12.9 billion and Bitcoin were $9.9 billion (approximately 13% of reserves). Tether completed a settlement in the Celsius lawsuit using its own funds and applied for a private alternative investment fund license in El Salvador.

The decentralized finance (DeFi) ecosystem on Solana is heating up. There are over $11 billion worth of assets locked across various protocols, presenting numerous opportunities for investors.  In this guide, we examine Project 0, a DeFi protocol that identifies itself as a “prime broker.” First, we aim to explain in simple terms what the project does, and then we examine the various strategies you can deploy on the platform. The goal is to amplify your DeFi yield while reducing risk. Note, however, that just like every other form of investing, it is best to manage risk effectively and put in only what you can afford to lose. What is Project 0? Project 0 is a DeFi protocol built on the Solana network. If you are familiar with Aave, Compound, or Kamino (on Solana), you already have a basic understanding of how Project 0 works. However, the platform is much more than a place where you can deposit cryptocurrency to earn interest or use it as collateral to borrow. It offers many more capabilities, which we will learn about later in this article. Project 0 labels itself a “prime broker.” In the traditional world, a prime broker offers a straightforward interface for experienced investors and traders to capitalize on market opportunities. They can buy, sell, use leverage, and manage risks all from a single platform.  To get started with Project 0, set up a Solana wallet such as Phantom or Jupiter. Fund it with some SOL and head over to the Project 0 website. You can then deposit SOL on the platform to earn yield. Alternatively, you can assess all the assets supported on the platform, convert some SOL to your preferred asset, and then come back to deposit them on Project 0.  Strategies to Use On Project 0 Earning Yield The simplest thing to do on Project 0 is deposit assets to earn yield. At the time of writing, the platform supports a wide range of Solana-based assets, including Blue Chips, Stablecoins, Bitcoin, Governance Tokens, and Memecoins.  For each asset, you will find the annual percentage yield (APY), weight (the percentage of your deposit you can borrow), and the total deposits in the pool. To begin, connect your Solana wallet, select an asset, and click the SUPPLY button on the lending venue of your choice. Complete the deposit, and your crypto will automatically begin accruing yield. You can view the total amount of your deposits directly from the Portfolio tab. Borrow Against Your Assets Most of the support assets on Project 0 have collateral value. This means that you can borrow against them. For instance, if you deposit $100 worth of SOL on the platform, you can borrow USDC or any other stablecoin. Go to the Unified Borrow tab after depositing your asset, and pick the asset you want to borrow. Borrowing against your assets is a basic form of crypto lending that comes in handy if you hold some crypto and need a cash flow to meet everyday needs, without wanting to sell your coins because you believe the price will increase further. This strategy can also be used to improve your leverage on an asset, as we’d discuss in the next step. Going Leverage Long  Building on the last step, going long involves using the stablecoin (or any asset) that you have borrowed to purchase additional cryptocurrency. In this case, you assume that the price of the cryptocurrency, for example, SOL, will keep going up within your expected timeframe.  Hence, you can take the following steps (amounts used in the examples are simply for the purpose of examples; you can use any amount you can afford): Deposit $1,000 worth of SOL, and then borrow $500 worth of $CASH (Phantom-backed stablecoin).  Use the $CASH to buy $50 worth of SOL on Jupiter or any other Solana-based DEX. Add the purchased amount back to your SOL deposit on Project 0. Doing so increases your borrowing capacity, and you can borrow an additional amount and repeat the step (adding leverage)  until you have as much SOL as your position can safely accommodate. Of course, several factors must also be taken into account. Remember that you will pay interest on the borrowed $CASH. Hence, you must be confident that Solana (SOL) will rise enough to cover your interest rate and earn you a good profit. Also, keep an eye on your Account Health while borrowing.  Do not borrow so much that your portfolio comes under risk when the price of SOL drops slightly. The higher your account health figure, the safer your position; therefore, aim to maintain a healthy position by using leverage sensibly. Going Leverage Short Going short involves depositing a stablecoin or any other supported asset as collateral on Project 0. Stablecoins are preferred since they lower your chances of liquidation. Let’s take, for example, that you’ve made a deposit of $500 worth of USDC, and you think the price of BTC will go down.  Here are the steps to take. Borrow $300 worth of WBTC or any other wrapped Bitcoin version supported by Project 0. Assuming a Bitcoin price of $100,000, $300 worth of WBTC would be equivalent to 0.003 WBTC. Next, you go to Jupiter or any DEX of your choice and sell the borrowed WBTC  for USDC. You can then add the USDC back to your Project 0 USDC deposit to boost your yield while waiting for your prediction to play out.  Note that the borrowed bitcoin loan is denominated in bitcoin. So, let’s assume your prediction comes true, and BTC drops to $90,000; you can then buy back 0.003 WBTC on the open market for $270. Use the WBTC to repay your loan on Project 0 and pocket the extra $30 profit (minus trading fees). Note that you can repeat step 2 above to increase your leverage, i.e., depositing USDC to borrow additional BTC for market sell, with the hope that the price will decrease.  However, suppose the price of BTC goes against your prediction. In that case, you will need to buy BTC at a higher price to repay your loan, or risk being liquidated when the value of your borrowed amount equals the deposited USDC collateral. Hence, practice good risk management and always maintain good Account Health. Looping Stablecoins  You can amplify your stablecoin or SOL yield by using the Loop feature on Project. The idea behind looping is that you can borrow more coins than you initially deposited on the platform and then earn interest on the borrowed amount as well.  For example, if you deposit $100 worth of USDC, you can open a loop investment that uses a 2x leverage on another stablecoin, such as $CASH. What happens is that Project 0 would lend you $200 worth of CASH and use it to buy more USDC for you. For the sake of simplification, that would be an additional $200 USDC deposited in the protocol.  The result is that you now have $300 worth of USDC deposits earning interest, even though you originally had $100. You earn more interest this way, and can exit the loop at any time by withdrawing USDC from Project 0, swapping back to CASH via Jupiter, and then repaying your loan.  If you allow this strategy to run for some time, you would earn more interest than you initially would have if you simply deposited $100. Note that the interest rate being paid on the asset you are borrowing for the looped position should be less than what is being earned on your deposit. If at any time the interest rate you are paying exceeds the earned amount, it is best to close the loop and explore another opportunity. Looping SOL If you understand the concept of looping stablecoins, then applying the same concept to SOL is similar. Project 0 supports a wide range of liquid-staked SOL, including LST, MSOL, BSOL, and JitoSOL.  You can choose to deposit MSOL and then use it as collateral to loop SOL with a 2x leverage, for example. What happens is that Project 0 converts the borrowed SOL to MSOL and adds it to your deposited position. So, you earn more than you would have if you simply deposited MSOL or even SOL. Meanwhile, since MSOL has a higher APY than the amount paid on the borrowed SOL, your yield then becomes the difference between the interest paid and what you earn on the MSOL deposit. At the time of writing, MSOL offers a 9.7% yield while SOL borrowing costs 6.80%. The same applies to most of the SOL LSTs on the platform, making it a low-hanging fruit for investors.  Cross-Platform Lending Cross-platform lending would be the primary feature that distinguishes Project 0 from other lending venues on Solana and other networks. This feature (currently available to a select group of power users) enables you to deposit assets into various Solana-based protocols from a single interface.  For example, you can have deposits in Kamino, Jupiter Lend, and Drift Protocol, and manage them all from a single interface.  At the same time, you can use your combined deposits as collateral to borrow funds, as opposed to going on each platform to manage your positions individually. Such an approach gives investors access to more liquidity and unlocks easier management, just as using a “prime broker.”  Please note that to maximize the cross-lending feature, you must make the deposit directly on Project 0. If you deposit the asset directly on Jupiter Lend or any other platform, it will not be counted toward your portfolio balance on Project 0. Conclusion Project 0 brings a unique offering to the fast-growing world of DeFi. While the platform is in its early years, the promise of delivering tools and functionalities that were previously only available to sophisticated users is noteworthy. There are currently a range of strategies for users to explore, with many more to come in the near future. Still, only time will reveal whether the product finds market fit and provides the expected experience to Solana investors. The post Project 0 Guide: How to Earn Enhanced Yield from the Solana-based Protocol appeared first on CoinTab News.