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11 Mar 2026, 13:45

Ontology’s Ambitious 2026 Roadmap: Building a Sovereign Data and AI Ecosystem

BitcoinWorld Ontology’s Ambitious 2026 Roadmap: Building a Sovereign Data and AI Ecosystem Singapore, April 2025 – The decentralized identity and data infrastructure project Ontology (ONT) has formally unveiled a comprehensive strategic roadmap extending into 2026. This pivotal announcement, made through its official channels, signals a significant evolution for the network. Consequently, the plan shifts focus from foundational infrastructure to product integration and tangible value creation. The core strategy ambitiously aims to fuse data sovereignty with artificial intelligence (AI), positioning Ontology at a critical intersection of two defining technological trends. Ontology’s 2026 Roadmap: A Strategic Pivot Ontology’s newly published 2026 blueprint represents a maturation of its original vision. Initially launched to provide high-speed, low-cost infrastructure for decentralized identity and data sharing, the network now seeks deeper market integration. The roadmap outlines a clear transition from building tools to deploying solutions. This shift is a direct response to growing market demand for practical blockchain applications. Furthermore, the strategy leverages last year’s major tokenomics overhaul as a stable foundation for growth. The project will consolidate its diverse product suite into the flagship ONTO Wallet . This move aims to create a unified user experience and a central hub for digital identity and asset management. Simultaneously, Ontology is upgrading its core identity infrastructure. The upgrade specifically targets the burgeoning market for real-world assets (RWA) . Tokenizing physical assets requires robust, verifiable, and compliant digital identities—a need Ontology’s technology is designed to meet. The Convergence of Blockchain and Artificial Intelligence A central pillar of the 2026 vision is the deliberate integration of blockchain with AI. This convergence is not merely theoretical. Ontology plans to use AI to enhance its decentralized data protocols. For instance, AI algorithms could help manage, verify, and grant granular permissions for data sharing on the network. This approach expands the utility of the native ONT and ONG tokens beyond simple transaction fees. Industry analysts note this aligns with a broader trend. “Projects that successfully bridge decentralized data control with AI’s analytical power will unlock immense value,” observes a recent report from a leading crypto research firm. The report highlights how users can maintain ownership of their data while allowing AI models to learn from it securely. Ontology’s infrastructure could provide the trust layer for such interactions. Technical Foundations and Network Optimization The ambitious product and AI goals rest on continued technical refinement. The roadmap commits to further optimizing its EVM-compatible chain . This ensures seamless interoperability with the vast Ethereum ecosystem of developers and applications. Network performance remains a priority, as evidenced by a key community decision earlier this year. In January 2025, Ontology governance voted to implement a protocol update that slashed on-chain gas fees by 80%. This decisive action demonstrates the project’s operational responsiveness to user needs. Lower fees reduce barriers to entry and encourage more frequent use of the network’s data and identity services. This optimization is critical for supporting high-volume, real-world applications. Reinforcing Data Sovereignty as a Core Principle At the heart of Ontology’s mission is the principle of data sovereignty —the idea that individuals and enterprises should have complete control over their digital information. The 2026 roadmap strengthens this commitment. In an era of frequent data breaches and centralized platform dominance, this focus has significant relevance. The upgraded identity tools will give users more precise control over what data they share, with whom, and for how long. This principle extends to the AI ecosystem Ontology aims to foster. The network could enable “sovereign AI” models that learn from user data without ever taking custody of it. This contrasts sharply with the current paradigm where large tech companies aggregate and control vast datasets. By providing the decentralized infrastructure for this shift, Ontology is betting on a more user-centric future for the internet. The Tokenomics Foundation: ONG Supply Cap and Burn The strategic shift follows a major tokenomic restructuring completed in 2024. Ontology permanently capped the total supply of its utility token, Ontology Gas (ONG), at 800 million. The project achieved this cap by burning 200 million ONG, permanently removing them from circulation. This deflationary mechanism is designed to create a more predictable economic model for network usage. The ONG token is used to pay for transaction fees, smart contract execution, and other network services. Capping its supply links the token’s value more directly to the utility and demand for the Ontology network itself. As the roadmap drives more product integration and real-world use, demand for ONG to power these activities could increase. This establishes a clear economic alignment between network growth and tokenholder interest. Market Context and Competitive Landscape Ontology’s roadmap arrives during a period of intense competition in the decentralized identity and data space. Rivals range from other dedicated identity blockchains to modular data availability layers on ecosystems like Ethereum and Cosmos. Ontology’s differentiated bet is on the specific combination of sovereign identity, compliant data exchange, and now, AI integration. Its focus on RWAs also places it in a high-growth sector. Financial institutions and traditional enterprises exploring asset tokenization prioritize regulatory compliance and identity verification. Ontology’s upgraded infrastructure aims to meet these stringent requirements. Success in this arena would provide a powerful validation of its technology and a substantial source of real-world usage. Conclusion Ontology’s 2026 roadmap outlines a decisive pivot from infrastructure builder to ecosystem facilitator. By consolidating products, upgrading for real-world assets, and boldly integrating AI, the project is positioning for the next phase of web3 adoption. The plan’s foundation—a streamlined tokenomics model and an optimized, low-fee network—provides a stable platform for execution. Ultimately, the success of this Ontology roadmap will hinge on its ability to deliver tangible tools that empower data sovereignty in an increasingly AI-driven world. The coming years will test its vision of a decentralized future where users control both their identity and the value derived from their data. FAQs Q1: What is the main goal of Ontology’s 2026 roadmap? The primary goal is to transition from infrastructure development to product integration and real-world value creation, specifically by building an ecosystem that combines data sovereignty with artificial intelligence. Q2: How does Ontology plan to integrate AI with its blockchain? Ontology aims to use AI to enhance its decentralized data protocols, potentially for managing data permissions and verification. This integration seeks to expand token utility and enable new models where AI can learn from user data without centrally storing it. Q3: What changes were made to Ontology Gas (ONG) tokenomics? In 2024, Ontology capped the total supply of ONG at 800 million tokens by burning 200 million ONG. This deflationary move aims to create a more predictable economic model tied directly to network usage and demand. Q4: Why is Ontology upgrading its identity infrastructure? The upgrade is specifically targeted to meet the growing demand for real-world asset (RWA) tokenization, which requires robust, verifiable, and compliant digital identity solutions that Ontology’s technology can provide. Q5: What was the result of the January 2025 community governance vote? The Ontology community voted to implement a protocol update that successfully reduced on-chain gas fees by 80%, significantly lowering the cost of using the network’s services. This post Ontology’s Ambitious 2026 Roadmap: Building a Sovereign Data and AI Ecosystem first appeared on BitcoinWorld .

11 Mar 2026, 12:55

Mastercard Taps Binance, PayPal & Ripple to Supercharge Blockchain Payments

Mastercard, Binance, PayPal, and Ripple Team Up to Revolutionize Crypto Payments Taking on X, formerly Twitter, Solid Intel, an independent outlet covering finance, macro, geopolitics, and crypto, has reported that Binance, PayPal, and Ripple have joined Mastercard’s new push into blockchain payments. If confirmed, the collaboration could mark a pivotal shift in global finance, bringing together, for the first time, the key layers of the crypto payments ecosystem on a single platform and potentially accelerating the mainstream adoption of blockchain-powered transactions. Notably, the collaboration carries major strategic weight. Binance, the world’s largest centralized exchange, contributes deep liquidity, enabling fast access to and conversion between a broad range of digital assets. PayPal, with over 430 million active accounts, provides a powerful consumer on-ramp that bridges traditional finance and crypto, accelerating mainstream adoption. Meanwhile, Ripple delivers the cross-border settlement layer, already known for enabling fast and efficient international value transfers. Together with Mastercard, this combination links liquidity, global users, and real-time settlement into a unified blockchain payments stack. Mastercard CEO Michael Miebach previously signaled this direction, noting the company is moving from pilot programs to real-world execution with Ripple, expanding blockchain-based settlement capabilities at scale. By integrating these three pillars, Mastercard could potentially build a next-generation payment rail capable of sub-second cross-border settlements at fees below 1%. That would represent a major leap from the legacy SWIFT system, where transfers typically take 1–5 days and cost 3–5% in fees. If realized, such infrastructure could dramatically accelerate global commerce, lower payment friction for businesses and consumers, and strengthen blockchain’s role as a viable alternative to traditional banking rails. Crypto Giants Join Mastercard to Build the Future of Global Blockchain Payments What are the implications? Well, they extend far beyond faster and cheaper payments. The collaboration between Binance, PayPal, and Ripple on Mastercard’s blockchain payment initiative signals rising institutional confidence in regulated crypto infrastructure. By bringing together liquidity, consumer access, and cross-border settlement technology, the partnership could accelerate the mainstream integration of digital assets into the global financial system. Momentum is already building. MetaMask recently launched a Mastercard-powered crypto card in the United States, allowing users to spend digital assets seamlessly in everyday transactions. Moves like this highlight a broader shift, bridging on-chain assets with traditional payment networks and bringing crypto one step closer to real-world utility. Therefore, this integration could ignite a new wave of financial innovation, accelerating the development of stablecoins, tokenized assets, and real-time cross-border payroll systems. For global businesses, the ability to move money across borders in seconds, at a fraction of traditional banking costs, would be transformative. Consumers could also benefit from seamless crypto-enabled payments in everyday life, from e-commerce and travel bookings to international remittances. While regulatory, technical, and operational hurdles still exist, bringing together the liquidity of Binance, the massive consumer reach of PayPal, and the cross-border settlement infrastructure of Ripple under the global payments network of Mastercard represents a significant leap toward mainstream crypto adoption. If executed successfully, this collaboration could mark a turning point, shifting blockchain payments from experimental technology to a credible alternative to legacy banking rails. In essence, the combined force of Mastercard, Binance, PayPal, and Ripple could be the catalyst that finally pushes crypto payments into the global financial mainstream. Meanwhile, institutional momentum is building elsewhere in the ecosystem. Wall Street heavyweights such as BlackRock, Mastercard, and Franklin Templeton have increasingly signaled interest in the capabilities of the XRP Ledger, further underscoring how traditional finance is steadily moving toward blockchain-powered infrastructure. Conclusion If the reported collaboration comes to fruition, it could mark a pivotal moment in the evolution of global digital payments. By combining Mastercard’s vast payment infrastructure with Binance’s deep crypto liquidity, PayPal’s massive consumer network, and Ripple’s high-speed cross-border settlement technology, the initiative could create one of the most powerful blockchain payment rails ever assembled. The result could be faster, cheaper, and more seamless global transactions, potentially reducing costs, shrinking settlement times from days to seconds, and making cross-border payments far more efficient for businesses and consumers alike.

11 Mar 2026, 12:05

Software Dev Thanks Ripple and XRP Based On This Coinbase CEO’s Major Announcement

The global payments industry is evolving at a pace few could have imagined just a decade ago. For years, sending money across continents required a maze of intermediary banks, delayed settlements, and high transaction fees. Today, blockchain technology is steadily dismantling those barriers and replacing them with near-instant financial rails that move value across borders in seconds. Amid this transformation, software developer Vincent Van Code highlighted a striking moment on social media following a post by Brian Armstrong, the CEO of Coinbase . After Armstrong described how quickly and cheaply cryptocurrency can move funds internationally, Vincent Van Code publicly thanked Ripple and XRP, crediting the technology for helping make such a financial breakthrough possible. Brian Armstrong Highlights Crypto’s Payment Efficiency Armstrong’s message captured the core promise of blockchain-based payments. The Coinbase CEO remarked that someone can send money from the United States to Australia faster than it takes to write a tweet—and do so for less than a cent in fees. His statement stands in stark contrast to the legacy financial system. Traditional international bank transfers often take several days to settle because banks rely on correspondent networks and multiple intermediaries. Each step introduces additional costs and delays, particularly when payments are sent between different countries or regions. Thanks Ripple and XRP https://t.co/Rs7LIJygMB — Vincent Van Code (@vincent_vancode) March 10, 2026 Blockchain technology removes many of these intermediaries. Distributed networks validate and settle transactions directly, enabling faster and significantly cheaper transfers between participants anywhere in the world. Why Ripple and XRP Entered the Conversation In response to Armstrong’s comment, Vincent Van Code pointed to Ripple and XRP as technologies that helped pioneer fast and affordable cross-border payments . Ripple has spent more than a decade building enterprise blockchain solutions designed specifically for global financial institutions and payment providers. Its technology allows banks and fintech companies to move funds internationally with minimal friction while maintaining transparency and security. At the center of this ecosystem lies the XRP Ledger, a decentralized blockchain built to process financial transactions at high speed. The network typically settles transactions within three to five seconds while maintaining extremely low fees. These characteristics make XRP one of the earliest digital assets designed for real-time global liquidity. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 The XRP Ledger’s Role in Cross-Border Finance The XRP Ledger enables users to transfer value quickly across currencies and borders without relying on centralized intermediaries. It also includes a built-in decentralized exchange that allows seamless asset conversions within the network. Financial institutions and payment providers across regions such as Asia-Pacific and Latin America have adopted Ripple’s infrastructure to streamline international transfers. These integrations allow businesses to settle payments far more efficiently than traditional banking rails. Ripple has also expanded its ecosystem with new institutional tools, including digital asset custody services and the U.S. dollar-backed stablecoin RLUSD, which enhances liquidity for blockchain-based payment flows. A Broader Shift Toward Blockchain Payments Armstrong’s observation highlights a broader industry shift: blockchain networks now function as practical financial infrastructure rather than experimental technology. For developers like Vincent Van Code, the efficiency described by the Coinbase CEO represents years of innovation finally reaching mainstream recognition. His response underscores a growing belief within the crypto community that platforms such as Ripple and the XRP Ledger helped lay the groundwork for a future where sending money globally becomes as fast and effortless as sending a message online. Disclaimer : This content is meant to inform and should not be considered financial advice. The views expressed in this article may include the author’s personal opinions and do not represent Times Tabloid’s opinion. Readers are urged to do in-depth research before making any investment decisions. Any action taken by the reader is strictly at their own risk. Times Tabloid is not responsible for any financial losses. Follow us on Twitter , Facebook , Telegram , and Google News The post Software Dev Thanks Ripple and XRP Based On This Coinbase CEO’s Major Announcement appeared first on Times Tabloid .

11 Mar 2026, 11:15

Australian regulators argue to regulate crypto by financial function, unlike US, UK rules

Regulators in Australia say crypto should be subject to the same regulations as traditional financial products because they perform the same functions. An official at the Australian Securities and Investments Commission said regulators should focus on what a digital asset does, not the technology used to build it. ASIC advocates for rules that regulate crypto based on the financial job Regulators have noted major similarities between crypto and traditional financial systems , even though the technology for digital assets is new. For example, some crypto projects raise capital by issuing tokens to investors, just as companies do in traditional markets through shares and bonds. Similarly, people use stablecoins like other payment instruments to trade and transfer funds. Some crypto companies even offer financial contracts that allow traders to hedge price movements or manage risk. Regulators will use this approach to classify different digital assets by case under securities laws or payment service regulation, or to decide whether they fall entirely outside financial regulation. Using a functional approach could reduce the risk of regulatory loopholes and create better expectations for businesses and investors. Policymakers in Australia believe the existing legal framework may already cover most activities involving digital assets, but lawmakers in other regions think otherwise. For example, the EU created a specific rulebook for digital assets through the Markets in Crypto-Assets Regulation (MiCA ), which outlines laws for different crypto assets and their companies. In the U.S., regulators like the U.S. Securities and Exchange Commission rely on enforcement actions and court decisions to regulate crypto. Lawmakers have also proposed new laws , like the Digital Asset Market Clarity Act, to define and classify digital assets. Policymakers in Australia want to create oversight without rebuilding the entire financial regulatory framework, so they are gradually integrating regulation for digital assets into the existing financial services system. One significant part of such a strategy is providing information on how current laws apply to digital assets. An example is the extensive regulatory guidelines provided by ASIC through ASIC Information Sheet 225. In such a document, there is clarification on how digital asset activities may be included in the definition of financial products and financial services. Regulators focus on platform and investor risks The guidance also indicates how crypto setups are regulated, given the services around them, and many risks to consumers with crypto are inherent to the middlemen, not the technology. For example, it is common for crypto platforms to hold customer assets, manage digital wallets, and offer services such as lending and yield generation. There may be associated risks of custody, governance, and operational stability. There is always a possibility of losing access to funds if the crypto platform mismanages assets or goes out of business. Therefore, it is of particular concern for regulators how crypto platforms operate and whether they adhere to proper regulations. Australia is also planning to update its laws in a similar fashion. Lawmakers proposed the Corporations Amendment (Digital Assets Framework) Bill 2025, an addition to current financial laws. Instead of completely changing the old laws, it is introducing new laws for digital asset platforms and those that hold tokens for users. This means, in practice, that companies providing trading platforms or custody services may be required to comply with licensing, conduct, and asset protection requirements similar to those applicable in the rest of the financial industry. However, the overall framework of Australia’s financial services regulatory regime would remain the same. While this system is still developing, regulators say there are still some issues to address. For example, digital asset networks can operate across many countries simultaneously. This can make it difficult to enforce regulations. Some digital asset networks claim to be decentralized and have no operator. In this case, it is necessary to examine closely who is actually controlling and benefiting from this system to determine where it should be regulated. Despite the challenges facing Australia’s financial regulations, it is apparent that their direction aligns with a broader ideology that holds that financial regulations can evolve gradually in response to new technologies. This means that instead of having to change all of the regulations in place every time a new financial system is created, it is better to apply existing principles in new contexts. If this process continues to develop well, it may serve as a model for other jurisdictions that are still trying to determine the best course for regulating digital asset markets. Many jurisdictions are still trying to determine the best course for balancing innovation and oversight. In that regard, Australia’s evolving model is just one potential approach for integrating emerging financial technologies into traditional regulatory regimes. If you're reading this, you’re already ahead. Stay there with our newsletter .

11 Mar 2026, 11:15

Ethereum Native Rollup Prototype Unveiled: A Revolutionary Leap for Layer 2 Scaling

BitcoinWorld Ethereum Native Rollup Prototype Unveiled: A Revolutionary Leap for Layer 2 Scaling In a significant development for blockchain scalability, Ethereum ecosystem developers have unveiled an early prototype for a novel concept known as native rollups. This announcement, first reported by The Block, represents a potential paradigm shift in Layer 2 scaling architecture. The native rollup approach fundamentally rethinks how transaction validity is confirmed, aiming to simplify the complex landscape of scaling solutions. Consequently, this design could allow Layer 2 networks to inherit Ethereum’s security more directly than ever before. Understanding the Ethereum Native Rollup Prototype Ethereum developers have introduced a prototype that reimagines the core mechanics of rollup technology. Unlike existing Optimistic or Zero-Knowledge (ZK) rollups, which rely on separate cryptographic verification systems, the native rollup design confirms validity through direct recalculation. Specifically, this method involves re-executing Layer 2 transaction blocks directly on the Ethereum base chain, also known as Layer 1. This process eliminates the need for external fraud proof or validity proof systems that current rollups employ. Therefore, transactions on a native rollup would share Ethereum’s security framework intrinsically, much like transactions executed directly on the mainnet. The concept emerged from ongoing discussions within the Ethereum research community about streamlining scaling. Developers have long sought methods to reduce the complexity and trust assumptions associated with bridging assets between layers. The native rollup prototype addresses this by conceptually merging the execution and settlement layers more tightly. For instance, a simplified comparison of rollup types highlights the key differences: Rollup Type Validity Mechanism Security Source Withdrawal Delay Optimistic Rollup Fraud proofs (challenge period) Economic incentives & watchers ~7 days ZK-Rollup Zero-Knowledge validity proofs Cryptographic guarantees Minutes to hours Native Rollup (Prototype) Direct re-execution on L1 Ethereum consensus directly Potentially minimal The Technical Architecture and Its Implications The proposed architecture hinges on Ethereum’s ability to recalculate the state transitions of a Layer 2 chain. In practice, this means the base layer validators would not merely store compressed data; they would actively verify it by re-running the computations. This design presents both significant advantages and notable challenges for the network’s future. Potential Impact on Security and Developer Experience From a security perspective, native rollups could offer the strongest possible guarantee. Layer 2 transactions would be secured by the full consensus power of Ethereum, not a secondary system. This eliminates bridge risks and the need for complex multi-signature setups. For developers, the model promises a more unified environment. Building a scalable application would not require deep expertise in cryptographic proof systems like zk-SNARKs. Instead, developers could write smart contracts in familiar languages, knowing execution is ultimately validated by Ethereum itself. However, the technical hurdles are substantial. Re-executing blocks on Layer 1 requires significant computational resources from Ethereum validators. This could increase the base layer’s workload, potentially impacting decentralization if hardware requirements rise too high. The research community is actively exploring optimizations, such as: State Differentials: Only submitting the parts of the state that changed. Parallel Execution: Leveraging Ethereum’s roadmap for parallel transaction processing. Proof-of-Correctness: Using lightweight proofs to attest that re-execution was done faithfully. These innovations are part of a broader Ethereum evolution often called “The Surge,” which focuses squarely on scaling. The native rollup concept dovetails with other upgrades like proto-danksharding (EIP-4844), which provides cheap data storage for rollups. Together, these technologies could create a more cohesive and efficient scaling stack. Context Within the Broader Scaling Landscape The unveiling of this prototype occurs amidst intense competition in the blockchain scaling sector. Rival networks often tout simpler, monolithic architectures as an advantage over Ethereum’s layered approach. Native rollups represent Ethereum’s response—an attempt to capture the security benefits of a monolithic chain while preserving the scalability of a modular design. This development follows years of real-world deployment and stress-testing of existing rollups like Arbitrum, Optimism, and zkSync. Industry observers note that the concept is still in a very early research phase. It will likely face years of testing, debate, and iteration before any potential mainnet implementation. The timeline aligns with Ethereum’s methodical, research-driven development culture. Furthermore, the existence of this prototype signals that Ethereum’s scaling roadmap is not static. It continues to evolve in response to new cryptographic discoveries and engineering insights. The economic implications are also profound. A successful native rollup could reduce fees for end-users by optimizing the entire data and execution pipeline. More importantly, it could solidify Ethereum’s position as the foundational security layer for the entire Web3 ecosystem. If other chains or Layer 2s can plug into Ethereum’s security via native rollups, it strengthens the network’s long-term value proposition. Conclusion The unveiling of the Ethereum native rollup prototype marks a fascinating new direction in the quest for scalable blockchain technology. By proposing a design where Layer 2 blocks are directly recalculated on the base chain, developers aim to create a simpler, more secure scaling paradigm. While significant technical challenges remain, the concept underscores Ethereum’s continued commitment to innovation through rigorous research. Ultimately, the evolution of the native rollup will be a critical storyline to watch, as it could fundamentally reshape how developers and users interact with the world’s leading smart contract platform. FAQs Q1: What is a native rollup on Ethereum? A native rollup is a proposed Layer 2 scaling design where transaction validity is confirmed by having the Ethereum mainnet directly re-execute the Layer 2 blocks, instead of relying on separate proof systems like fraud proofs or ZK-proofs. Q2: How does a native rollup differ from an Optimistic rollup? An Optimistic rollup assumes transactions are valid and uses a fraud-proof challenge period for security. A native rollup has no challenge period; Ethereum validators actively re-run the computations to verify every block, offering more direct security. Q3: Is the Ethereum native rollup live on the mainnet? No. The native rollup is currently an early-stage research prototype and conceptual design. It is not a deployed product and will require extensive further development, testing, and community consensus before any potential launch. Q4: What problem does the native rollup prototype aim to solve? It aims to simplify Layer 2 architecture and provide stronger security guarantees by eliminating the need for complex, external verification systems. The goal is to let Layer 2s share Ethereum’s security as directly as possible. Q5: Could native rollups make other scaling solutions obsolete? Not necessarily. Different scaling solutions (ZK-rollups, Optimistic rollups, sidechains) offer various trade-offs in speed, cost, and compatibility. Native rollups, if successfully developed, would likely become another option in a diverse ecosystem, each suited for different use cases. This post Ethereum Native Rollup Prototype Unveiled: A Revolutionary Leap for Layer 2 Scaling first appeared on BitcoinWorld .

11 Mar 2026, 09:33

Iran oil continues to flow through Strait of Hormuz to China since Feb. 28 conflict

Iran kept sending crude oil to China through the Strait of Hormuz after the war began on Feb. 28, even as the fighting put the waterway under pressure and raised fears over wider supply losses. At least 11.7 million barrels of crude from Iran passed through the strait after the war started, and all of those barrels were headed to China, Samir Madani of TankerTrackers said on Tuesday. TankerTrackers uses satellite imagery to follow ships at sea, which matters more now because many vessels have gone dark. Their tracking systems were switched off after Tehran threatened to attack any ship trying to pass through the waterway. Kpler put the volume at around 12 million barrels over the same period. Nhway Khin Soe of Kpler said, “Given that China has been the primary buyer of Iranian crude in recent years, a significant share of these barrels could ultimately head there,” while adding that it has become harder to confirm where those ships end up. American forces sink Iranian vessels as mine fears hit the Strait of Hormuz The military situation got worse on Tuesday. U.S. Central Command said American forces sank several Iranian ships near the Strait of Hormuz , including 16 minelayers, after reports said Tehran was trying to place mines in the waterway. That strait matters far beyond the region because it is one of the main routes for global energy supply. The U.S. statement came after Donald Trump posted a warning online. He wrote that if Iran had placed mines in the strait, “we want them removed, IMMEDIATELY!” He then raised the threat further in another Truth Social post. Trump said :- “If for any reason mines were placed, and they are not removed forthwith, the Military consequences to Iran will be at a level never seen before. If, on the other hand, they remove what may have been placed, it will be a giant step in the right direction!” Later, Trump claimed that 10 inactive minelaying ships had already been sunk, with “more to come.” That left the oil route in an ugly spot. Ships were still crossing, but the pressure around the channel kept building. Some tankers were harder to trace. Military action was already underway. Public threats from Washington were getting stronger by the hour. Yet crude from Iran still kept moving toward China. China builds oil buffers while its economy still depends on steady energy supply For Xi Jinping, reducing the risk of an energy shock has been a long-running goal. China has pushed harder on electric vehicles to cut fuel use, increased crude production at home, and built deeper energy ties with Russia to reduce dependence on the Middle East . At the same time, Beijing has built huge oil reserves. Those stockpiles likely total more than 1.2 billion barrels, enough to cover roughly 100 days or more of imports. China was also buying heavily before the war around Iran blew up. Customs data released Tuesday showed that China’s crude imports rose nearly 16% in the first two months of 2026 from a year earlier. The International Energy Agency expects China’s oil demand to peak in the next few years, but not collapse. Demand is more likely to flatten out through the rest of the decade, which means China will still face exposure to the Middle East. That keeps Tehran important for Beijing. China has spent decades building ties there, and now it will need to deal with the new leadership in Iran. China’s foreign minister has criticized the attacks on Iran and called for a cease-fire, but Beijing has not shown that it plans to do much more than speak. A Chinese Foreign Ministry spokesman said on Monday that China would take steps to protect its energy security, but did not say if reserves would be released to calm the oil market. All of this lands as China tries to revive a slower economy by getting people to spend more. At this year’s Two Sessions in Beijing, officials set a 4.5% to 5% growth target, the lowest since 1991. They also rolled out measures meant to boost household spending, a sign that the old growth model is losing strength. At the same time, the coming 15th Five-Year Plan still backs advanced manufacturing, technology, and wider use of AI across the economy. Beijing wants stronger industry, but exports alone are looking less reliable as protectionism grows and demand weakens. The smartest crypto minds already read our newsletter. Want in? Join them .