30 Jun 2025, 09:40

BNB Smart Chain Unleashes Revolutionary Maxwell Upgrade: Halving Block Time for Unprecedented Performance

BitcoinWorld BNB Smart Chain Unleashes Revolutionary Maxwell Upgrade: Halving Block Time for Unprecedented Performance Are you ready for a major leap forward in the world of decentralized finance? The BNB Smart Chain , a cornerstone of the crypto ecosystem, has just completed a monumental step in its evolution: the highly anticipated Maxwell upgrade. This isn’t just another technical update; it’s a game-changer designed to significantly enhance your experience on the network. What is the BNB Smart Chain Maxwell Upgrade? The Maxwell upgrade is a pivotal hard fork implemented by the BNB Smart Chain (BSC) network. Named after the renowned physicist James Clerk Maxwell, this upgrade is engineered to push the boundaries of blockchain efficiency and performance. At its core, the Maxwell upgrade has achieved a remarkable feat: it has successfully reduced the average block time from approximately 1.5 seconds to an astonishing 0.8 seconds. This near halving of block time is a testament to BSC’s commitment to continuous improvement and its dedication to providing a robust and responsive platform for its users and developers. For those new to blockchain, a “hard fork” is a significant upgrade to a blockchain’s protocol that is not backward compatible. It requires all participants in the network (validators, node operators) to upgrade their software to the new version. The Maxwell upgrade was meticulously planned and executed, ensuring a smooth transition and minimal disruption to the active BNB Smart Chain ecosystem. The Crucial Role of Block Time: Why 0.8 Seconds Matters for BNB Smart Chain ? You might be wondering, “What’s the big deal about block time?” In simple terms, block time is the average time it takes for a new block of transactions to be created and added to the blockchain. A shorter block time means faster transaction confirmations and a more responsive network. For the BNB Smart Chain , reducing this to 0.8 seconds has profound implications: Near-Instant Transactions: Imagine sending a transaction and seeing it confirmed almost immediately. This speed is crucial for decentralized applications (DApps) that require rapid interactions, such as gaming, high-frequency trading, and real-time financial services. Enhanced User Experience: No more waiting around for your transactions to clear. Whether you’re swapping tokens on a decentralized exchange (DEX), interacting with a DeFi protocol, or minting an NFT, the experience becomes significantly smoother and more fluid. This improved responsiveness is a key factor in attracting and retaining users on the BNB Smart Chain. Reduced Slippage: In fast-moving markets, even a few seconds can make a difference. Faster block times can help reduce slippage in trades on DEXs, ensuring that users get closer to their intended execution price. This dramatic reduction in block time directly translates into a more efficient and user-friendly environment, setting a new benchmark for speed in the blockchain space. Unlocking Enhanced Blockchain Scalability and Efficiency One of the perennial challenges facing any blockchain network is scalability – the ability to handle a growing number of transactions and users without compromising performance. The Maxwell upgrade directly addresses this by significantly boosting blockchain scalability . By halving the block time, the network can process more transactions per second (TPS). While the exact TPS increase will depend on various factors, a faster block interval inherently allows for a higher throughput capacity. Consider the analogy of a highway: if cars can move through checkpoints faster, more cars can travel on the highway in the same amount of time. Similarly, with a 0.8-second block time, the BNB Smart Chain can process a greater volume of data and transactions, making it more robust and capable of supporting a larger ecosystem of DApps and users. This enhanced efficiency positions BSC strongly in the competitive landscape of Layer 1 blockchains, offering a compelling alternative for projects seeking high performance and low transaction costs. The focus on scalability isn’t just about raw speed; it’s about building a sustainable foundation for future growth. As more users enter the Web3 space and more complex applications emerge, a highly scalable infrastructure like that provided by the upgraded BNB Smart Chain will be essential. Boosting Network Performance and Validator Synchronization Beyond just transaction speed, the Maxwell upgrade has a profound impact on overall network performance and stability. The upgrade is specifically designed to improve validator synchronization, which is critical for the health and security of a proof-of-stake (PoS) blockchain like BNB Smart Chain. Validators are responsible for proposing and validating new blocks, and efficient synchronization among them ensures that the network operates smoothly and securely. Here’s how improved validator synchronization contributes to a better network: Reduced Orphaned Blocks: When validators are out of sync, it can lead to “orphaned blocks” – blocks that are created but not added to the main chain because another validator’s block was accepted first. Improved synchronization minimizes these occurrences, leading to a more consistent and stable blockchain history. Enhanced Network Consensus: A well-synchronized validator set can reach consensus on the state of the blockchain more quickly and reliably. This strengthens the network’s security and reduces the potential for forks or disruptions. Optimized Resource Utilization: Better synchronization means validators can operate more efficiently, utilizing their resources optimally and contributing to the overall cost-effectiveness of the network. The enhancements to network performance ensure that the BNB Smart Chain remains a reliable and robust platform for all its participants, from individual users to large-scale enterprises. Implications for Users and Developers: A Smoother Experience For you, the user, the Maxwell upgrade means a noticeably snappier and more enjoyable experience on the BNB Smart Chain . Whether you’re: Trading on PancakeSwap or other DEXs: Experience faster order execution and reduced latency. Engaging with DeFi protocols: Enjoy more responsive interactions with lending, borrowing, and staking platforms. Playing blockchain games: Witness real-time updates and seamless in-game transactions. Minting or trading NFTs: Quicker confirmation times for your digital collectibles. For developers, the implications are equally exciting. The enhanced performance and reliability open up new possibilities for building more sophisticated and real-time applications. Developers can now design DApps that demand higher throughput and lower latency, pushing the boundaries of what’s possible on a decentralized network. This could lead to a new wave of innovation on the BNB Smart Chain, attracting even more talented builders to its ecosystem. The upgrade fosters an environment where innovation can thrive, encouraging the creation of next-generation decentralized applications that are faster, more efficient, and more user-friendly. The Future Ahead: What’s Next for the Maxwell Upgrade and BSC? The successful implementation of the Maxwell upgrade is a significant milestone, but it’s important to remember that blockchain development is an ongoing journey. This upgrade lays a strong foundation for future advancements on the BNB Smart Chain. While specific future plans post-Maxwell are always evolving, the general direction points towards: Continued Optimization: BSC will likely continue to explore further optimizations to enhance transaction processing and network stability. Ecosystem Growth: With improved performance, BSC aims to attract even more projects, developers, and users, further solidifying its position as a leading blockchain for DApps and DeFi. Cross-Chain Interoperability: Efforts to enhance seamless communication and asset transfer between BSC and other blockchain networks will likely continue to be a priority. The Maxwell upgrade underscores BNB Smart Chain’s commitment to maintaining its competitive edge and evolving to meet the demands of a rapidly expanding Web3 landscape. It’s a clear signal that the network is not resting on its laurels but is actively pursuing advancements to serve its community better. In conclusion, the BNB Smart Chain’s Maxwell upgrade is a monumental achievement that dramatically cuts block times, boosting blockchain scalability , improving validator synchronization, and optimizing overall network performance . This enhancement translates directly into a faster, smoother, and more efficient experience for every user and developer interacting with the network. As the crypto space continues to evolve, BSC’s proactive approach to innovation ensures it remains at the forefront, ready to power the next generation of decentralized applications. The future of decentralized finance on BNB Smart Chain looks brighter and faster than ever before. To learn more about the latest BNB Smart Chain trends, explore our article on key developments shaping BNB Smart Chain network evolution. This post BNB Smart Chain Unleashes Revolutionary Maxwell Upgrade: Halving Block Time for Unprecedented Performance first appeared on BitcoinWorld and is written by Editorial Team

30 Jun 2025, 09:35

BNB Smart Chain’s Maxwell Upgrade Cuts Block Times in Half

BNB Smart Chain has successfully implemented its Maxwell upgrade, slashing average block times to 0.8 seconds from 1.5 seconds earlier this week, marking a significant stride in the network’s speed and efficiency. The Maxwell hard fork officially went live on June 30 at 2:30 am UTC, following weeks of preparation after its testnet launch on May 26. “This isn’t just another upgrade—it’s a technical leap forward for faster blocks, better validator coordination, and smoother network performance,” the BNB Chain team stated , highlighting that the upgrade aims to boost scalability, improve validator synchronization, and enhance the user experience for decentralized applications (DApps) on the network. The upgrade has been designed to reduce latency for decentralized finance (DeFi) users, making transactions faster and enabling developers to build more responsive DApps without the friction of slower confirmation times. Key Proposals Target Messaging and Validator Sync The Maxwell hard fork integrates three proposals — BEP-524, BEP-563, and BEP-564 — to strengthen the chain’s core speed and reliability. BEP-563 focuses on improving peer-to-peer messaging between validators, allowing faster block proposal communication and minimizing the risk of missed votes or synchronization delays. “This reduces the risk of missed votes or delayed proposals — key for hitting that 0.75s target,” the BNB Chain team noted . BEP-564 adds two new message types to the protocol, GetBlocksByRangeMsg and RangeBlocksMsg, enabling validators to request and receive multiple blocks in a single call, which is expected to significantly improve synchronization speeds across the network. Meanwhile, BEP-524 directly reduces block times, building on the Lorentz upgrade in April that previously reduced block times from three seconds to 1.5 seconds. BNB Chain Developers and Validators Gear Up for Faster Blocks Ahead of the upgrade, the BNB Chain team urged developers to test their DApps under the new, faster block timing and adjust any time-based logic within their applications to align with the 0.8-second block intervals. “If something breaks, it’s probably your code — not the chain,” the team added, emphasizing the importance of preparation. Validators have also been advised to ensure their systems are equipped to handle faster message throughput and quicker consensus cycles. Meanwhile, the BNB token has shown strength ahead of the upgrade , rising 6.5% over the past week, trading around $655 while remaining 17% below its all-time high of $788. The post BNB Smart Chain’s Maxwell Upgrade Cuts Block Times in Half appeared first on TheCoinrise.com .

30 Jun 2025, 09:30

Bifrost Elevates Web3 Innovation with AI Fusion Capital Partnership

BitcoinWorld Bifrost Elevates Web3 Innovation with AI Fusion Capital Partnership In the rapidly evolving landscape of decentralized technology, strategic alliances are the bedrock of progress. A recent announcement has sent ripples of excitement across the multi-chain ecosystem: Bifrost , the pioneering multi-chain middleware platform, has officially forged a powerful blockchain partnership with AI Fusion Capital (AIF), a prominent Japanese investment firm specializing in artificial intelligence. This collaboration is not just another headline; it signals a significant step forward in integrating cutting-edge AI capabilities into the robust infrastructure of Web3, promising enhanced network stability and exciting new possibilities for Web3 innovation . Understanding Bifrost: A Cornerstone for Multi-Chain Interoperability Before diving into the intricacies of this new alliance, it’s essential to grasp what Bifrost brings to the table. In a world where countless blockchains operate independently, the need for seamless communication and interoperability is paramount. Bifrost positions itself as a crucial middleware layer, designed to facilitate smooth interactions across diverse blockchain networks. What makes Bifrost unique? Multi-Chain Middleware: Bifrost acts as a bridge, enabling assets and data to flow freely between different blockchains, overcoming the inherent fragmentation of the crypto space. Enhanced Scalability: By abstracting away the complexities of cross-chain communication, Bifrost helps dApps and protocols achieve greater scalability and reach a wider user base. Developer-Friendly Environment: It provides a suite of tools and SDKs that empower developers to build multi-chain applications with ease, fostering a more interconnected decentralized ecosystem. Focus on DeFi and NFTs: While broad in its application, Bifrost has a strong emphasis on supporting cross-chain functionalities for decentralized finance (DeFi) protocols and Non-Fungible Tokens (NFTs). The platform’s commitment to creating a more unified and accessible blockchain environment makes it an attractive partner for firms looking to leverage the full potential of decentralized technologies. Who is AI Fusion Capital and Why This Partnership Matters? The other half of this compelling equation is AI Fusion Capital (AIF). Based in Japan, AIF is an investment firm with a keen focus on the burgeoning field of artificial intelligence. Their expertise spans various AI applications, from machine learning to data analytics, and their foray into the blockchain space underscores a growing trend of traditional tech and finance intersecting with Web3. The Strategic Role of AI Fusion Capital AIF’s involvement goes beyond mere investment. Critically, the firm is already operating a Validator Node on the Bifrost network. This hands-on participation is a strong indicator of their long-term commitment and belief in Bifrost’s vision. Operating a validator node means AIF is directly contributing to the security, decentralization, and operational integrity of the Bifrost network. Table: Key Contributions of a Validator Node Aspect Description Benefit to Network Transaction Validation Verifies and confirms blockchain transactions. Ensures data integrity and prevents double-spending. Block Production Creates new blocks to add to the blockchain. Maintains the continuous flow and growth of the network. Network Security Participates in consensus mechanisms to secure the chain. Protects against malicious attacks and ensures trust. Decentralization Distributes power and control across multiple entities. Reduces single points of failure and enhances censorship resistance. AIF’s expertise in AI can potentially bring advanced analytical capabilities to their validator operations, optimizing performance and potentially identifying network vulnerabilities or efficiencies that human operators might miss. This synergy between AI and blockchain infrastructure is a powerful catalyst for future Web3 innovation . The Significance of this Blockchain Partnership: What Does it Mean for Web3? This collaboration between Bifrost and AI Fusion Capital is more than just a business deal; it’s a testament to the evolving nature of the decentralized web. It highlights a growing trend where specialized firms are not just investing in crypto projects but actively participating in their core operations. Mutual Benefits of the Alliance Enhanced Network Robustness: With AIF operating a Validator Node , Bifrost’s network gains another layer of security and decentralization, making it more resilient and trustworthy. Strategic Capital and Expertise: AIF brings not only financial backing but also invaluable insights from the AI sector, which can inform Bifrost’s future development and strategic direction. Bridging AI and Blockchain: This partnership exemplifies the potential for AI to enhance blockchain infrastructure, from predictive analytics for network health to automated security protocols. This intersection is crucial for pushing the boundaries of Web3 innovation . Market Expansion: AIF’s strong presence in Japan can open new doors for Bifrost in the Asian market, fostering adoption and growth in a key region for technological advancement. The collaboration is a clear signal that the future of Web3 is interconnected, drawing strength from diverse fields like AI, traditional finance, and cutting-edge blockchain development. It reinforces the idea that the most impactful advancements will come from interdisciplinary efforts. Deep Dive into Validator Node Operations: Why AIF’s Role is Key The operation of a Validator Node is a critical function within proof-of-stake (PoS) blockchain networks like Bifrost. Validators are the backbone of these systems, responsible for maintaining network integrity, processing transactions, and ensuring consensus. When a firm like AI Fusion Capital takes on this role, it signifies a deep level of commitment and trust in the underlying technology. The Impact of a Professional Validator Increased Uptime and Reliability: Professional validators typically employ robust infrastructure and monitoring systems, leading to higher uptime and more reliable network performance. Expertise in Network Maintenance: AIF, with its tech-savvy background, is likely to bring sophisticated operational practices to its validator node, optimizing its performance and contributing to the overall health of the Bifrost network. Security Best Practices: Operating a validator node involves significant security responsibilities. A firm like AIF would implement stringent security measures to protect its node from attacks, thereby safeguarding the entire network. Active Participation in Governance: Validators often play a role in network governance, voting on protocol upgrades and changes. AIF’s participation could bring a valuable, AI-informed perspective to Bifrost’s future development. This direct operational involvement by AI Fusion Capital ensures that the partnership is not merely superficial but deeply integrated into Bifrost’s core infrastructure, promising long-term benefits for the platform and its users. Broader Implications for Web3 Innovation: A Fusion of AI and Blockchain The synergy between Bifrost ‘s multi-chain capabilities and AI Fusion Capital ‘s AI expertise is a microcosm of a larger trend: the convergence of artificial intelligence and blockchain technology. This convergence is poised to unlock unprecedented levels of Web3 innovation . How AI Can Supercharge Blockchain Imagine a future where: AI-Powered Security: AI algorithms could analyze blockchain transaction patterns in real-time to detect and prevent fraudulent activities or anomalous behaviors more effectively than traditional methods. Optimized Network Performance: AI could predict network congestion, optimize routing for cross-chain transactions, and dynamically adjust parameters for improved efficiency and lower costs. Smarter Smart Contracts: AI could be integrated into smart contracts to enable more complex decision-making, automated risk assessment, or even self-evolving decentralized autonomous organizations (DAOs). Enhanced Data Analytics: AI can process vast amounts of on-chain data to provide deeper insights into market trends, user behavior, and network health, benefiting developers and investors alike. This blockchain partnership serves as an early example of how such integrations can begin at the infrastructure level, with AI firms actively participating in the operational aspects of decentralized networks. It sets a precedent for how specialized technology firms can contribute beyond just capital, bringing their core competencies to strengthen the Web3 ecosystem. The Path Forward: What’s Next for Bifrost and AI Fusion Capital? While the initial announcement on X (formerly Twitter) was concise, the implications are far-reaching. This partnership is likely the beginning of a deeper collaboration that could see AI Fusion Capital not just as a Validator Node operator but as a strategic advisor or even a development partner for Bifrost . Potential Future Synergies Joint Research & Development: Exploring AI-driven solutions for cross-chain liquidity, oracle services, or decentralized identity. Educational Initiatives: Collaborating on content or events to educate the broader market on the benefits of AI-blockchain convergence. Expansion into New Verticals: Leveraging AIF’s network to explore new use cases for Bifrost’s multi-chain technology in sectors heavily reliant on AI, such as supply chain management or healthcare. The success of this blockchain partnership will undoubtedly serve as a blueprint for future collaborations between AI and Web3 entities, accelerating the pace of innovation across both domains. It underscores the growing maturity of the decentralized space, attracting sophisticated players from diverse technological backgrounds. Conclusion: A Powerful Alliance for the Future of Web3 The strategic alliance between Bifrost and AI Fusion Capital marks a significant milestone for both entities and for the broader Web3 ecosystem. By combining Bifrost’s robust multi-chain middleware capabilities with AIF’s specialized expertise in artificial intelligence and its direct involvement as a Validator Node operator, this partnership is poised to drive substantial Web3 innovation . It highlights a future where interoperability, enhanced security, and intelligent automation are not just aspirations but tangible realities, built upon strong, collaborative foundations. As the digital landscape continues to evolve, such strategic alliances will be crucial in unlocking the full potential of decentralized technologies and shaping a more connected, efficient, and intelligent Web3. To learn more about the latest crypto market trends and the intersection of AI and blockchain, explore our article on key developments shaping Web3 innovation and institutional adoption. This post Bifrost Elevates Web3 Innovation with AI Fusion Capital Partnership first appeared on BitcoinWorld and is written by Editorial Team

30 Jun 2025, 09:27

BNB Chain Maxwell Upgrade Goes Live Today, Slashes Block Times to 0.75 Seconds

BNB Chain’s Maxwell upgrade has activated today, dramatically reducing block times from 1.5 seconds to 0.75 seconds in the network’s most aggressive speed optimization yet. The upgrade positions BNB Smart Chain as the fastest major blockchain, achieving sub-second finality while maintaining the $0.04 average transaction fees that helped capture the #1 ranking in daily DEX volume. Less than 5 days until Maxwell. Sub-second blocks, smarter networking, and a faster BNB Smart Chain. Here’s what you need to know before mainnet https://t.co/Qjnh6pp9E9 pic.twitter.com/dS0EoqopEE — BNB Chain Developers (@BNBChainDevs) June 25, 2025 The Maxwell upgrade implements three critical proposals. First is the BEP-524, which establishes 0.75-second block intervals, BEP-563 enhances validator network communication, and BEP-564 introduces smarter block fetching protocols. These technical improvements build upon the successful Lorentz hardfork that previously reduced block times from 3 seconds to 1.5 seconds, while also decreasing network reorganizations from five daily to two. This timing coincides with BNB Chain’s explosive growth trajectory, with Q1 2025 revenue surging 58.1% to $70.8 million , despite the BNB token facing a 14.8% decline in market cap. The network processed 4.9 million daily transactions, representing 20.9% quarterly growth, while daily active addresses increased 26.4% to 1.2 million users. Technical Revolution Transforms Network Performance Standards The Maxwell upgrade represents BNB Chain’s most ambitious performance enhancement, implementing consensus mechanisms that enable block production in 0.75 seconds without compromising network stability. BEP-524 serves as the foundation, halving previous block intervals while maintaining validator coordination through enhanced peer-to-peer messaging protocols established in BEP-563. Source: GitHub / bnb-chain Advanced block synchronization is also enabled through BEP-564’s introduction of the GetBlocksByRangeMsg and RangeBlocksMsg protocols, allowing validators to request and receive multiple blocks simultaneously. This innovation significantly accelerates sync speeds across the network, enabling faster validator consensus despite reduced time windows. The speed is reflected in DEX volume BNB processes compared to other chains. Source: Dune Consensus parameter adjustments support the acceleration, with the epoch length increasing from 500 to 1000 blocks while the TurnLength doubles from 8 to 16 blocks. Fast Finality achieves confirmation in approximately 1.875 seconds, significantly improving transaction certainty for DeFi applications that require rapid settlement. Notably, the upgrade also creates challenges for MEV searchers who must adapt strategies to sub-second block windows. MEV builders face compressed bidding timeframes under one second per block, potentially eliminating specific arbitrage strategies while creating opportunities for more sophisticated algorithms. Testnet validation required meeting strict exit criteria, including stable 0.75-second block production, maintained reorganization frequencies, validator consensus without sync delays, and confirmed compatibility across explorers, RPCs, and indexers. These requirements ensure that mainnet deployment maintains the network’s reputation for reliability. Ecosystem Momentum Accelerates Amid Performance Gains BNB Chain’s technical achievements coincide with a remarkable ecosystem expansion, with stablecoin transfers and wallet-to-wallet transactions comprising 74.4% of network activity during the Q1 growth surge . Stablecoin usage alone rose 28% to 1.2 million daily transactions while wallet transfers surged 50.9% to 835,000 per day. DeFi engagement remains robust despite broader market volatility, with Total Value Locked growing 14.7% in BNB terms to claim fourth position in TVL rankings. Notably, PancakeSwap maintains its dominance with 91.8% of DEX activity, supported by a 95.2% increase in trading volume, which contributed to an average daily DEX volume of $2.3 billion. Revenue diversification also grows as wallet-to-wallet transaction fees surge 122.6%, overtaking DeFi as the primary revenue contributor. This shift shows BNB is maturing beyond speculative trading toward genuine utility adoption, supported by ecosystem developments, including Venus Finance’s stability and Kernel’s 655.6% TVL increase to over $500 million. Furthermore, strategic initiatives, including the $100 million liquidity program, extended zero-gas-fee campaigns, and AI HACK hackathons, drive developer engagement. Security-wise, the BNB Good Will Alliance also achieved over 90% reduction in sandwich attacks. Meanwhile, the Pascal hardfork introduced Ethereum-compatible features, including EIP-7702 smart contract wallets and BLS12-381 cryptography. Security improvements contributed to a 67% reduction in financial losses, from $162 million in 2023 to $53 million in 2024, while the number of security incidents decreased by 66%. These factors have propelled BNB past $650, surpassing Solana’s market position, with analysts even targeting breakout levels of $800 . The post BNB Chain Maxwell Upgrade Goes Live Today, Slashes Block Times to 0.75 Seconds appeared first on Cryptonews .

30 Jun 2025, 08:51

Bitcoin Exchange Binance Announced That It Will Fully Support This Altcoin's Network Upgrade and Hard Fork Process! Here Are the Details

Binance, one of the world's largest cryptocurrency exchanges, announced that it will fully support the network upgrade and hard fork process that will take place on the Polygon (POL) network. Binance to Support Polygon (POL) Network Upgrade and Hard Fork According to the statement made by the company, as of July 1, 2025 at 11:10 UTC, all token deposits and withdrawals on the Polygon network will be temporarily suspended. This step is being taken to ensure that users have the best experience and the technical process runs smoothly. The network upgrade and hard fork is expected to occur at block height 73,440,256, approximately July 1, 2025 at 12:10 UTC. Binance stated that trading of tokens on the POL network will not be affected during the upgrade process. Users will be able to continue trading without interruption. Additionally, all aspects of the technical process will be handled automatically by Binance on behalf of users, meaning there is no need for users to take any action. After the successful completion of the network upgrade, deposits and withdrawals will be automatically reopened after the network is confirmed to be stable. Binance stated that it will not be making any new announcements regarding this process. This development aims to implement improvements to the Polygon network with minimal impact on Binance users. *This is not investment advice. Continue Reading: Bitcoin Exchange Binance Announced That It Will Fully Support This Altcoin's Network Upgrade and Hard Fork Process! Here Are the Details

30 Jun 2025, 08:16

Binance to Suspend Polygon (MATIC) Deposits and Withdrawals on July 1, 2025, for Network Upgrade and Hard Fork

Binance has officially announced the suspension of Polygon (POL) token deposits and withdrawals starting July 1, 2025, at 16:10 (UTC+8). This temporary halt is implemented to facilitate a critical network