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2028

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hot_img NVIDIA's Feynman platform is expected to go into mass production in 2028, with TSMC's A16 and SoIC expanding production simultaneously

According to DIGITIMES, NVIDIA's next-generation AI platform Feynman aims for mass production in the second half of 2028, utilizing TSMC's A16 process and incorporating SoIC 3D stacking and CPO technology. The Rubin generation focuses on integrating multiple small chips with HBM, while Feynman further develops towards 3D small chips, SoIC, and CPO. The report indicates that TSMC is accelerating the construction of related production capacity, with the original plan for SoIC monthly capacity to reach 20,000 pieces by the end of 2026, now updated to a target of 50,000 pieces by the end of 2027.The construction progress of TSMC's Chiayi AP7 and Tainan AP8 is also accelerating, with AP7 planned in 8 phases. P1 and P2 have entered installation, P3 and P4 have obtained construction permits, and P5 to P8 are still in planning. In addition to mass-producing Apple-specific WMCM, the factory will configure SoIC, CoPoS, and CPO production lines according to customer demand. NVIDIA has rapidly shifted its R&D and supply chain resources to the Feynman platform, and the spillover effect of TSMC's advanced packaging orders continues to expand, with Siliconware becoming the main testing and packaging factory for NVIDIA's CoWoS and CPO orders. The NVLink interconnect bandwidth of NVIDIA's Feynman platform is expected to exceed 1 PB/s, further improving from Rubin Ultra's 520 TB/s. TSMC's COUPE technology integrates EIC and PIC in 3D through SoIC to form a light engine, advancing optoelectronic conversion from traditional circuit boards to the internal packaging structure. Since 2026, NVIDIA has invested over $40 billion in building the AI ecosystem, covering areas such as models, wafer manufacturing, data centers, and optical communications.

Bithumb plans to complete its IPO by 2028 and is advancing multiple reforms, including internal control and the transition to K-IFRS accounting standards

The South Korean cryptocurrency exchange Bithumb has published an update on its IPO preparation progress. Bithumb stated that it is collaborating with leading domestic accounting firms to advance the construction of its risk management system, converting accounting standards from K-GAAP to internationally accepted K-IFRS, and strengthening internal compliance and internal control processes. The company is also restructuring its business by spinning off Bithumb Asset and clarifying the responsibilities and boundaries of each business segment; at the same time, it is promoting business model diversification and liquidity asset reserves to enhance financial stability.Bithumb claims it will maintain transparent operations by regularly disclosing financial status, operational matters, and cryptocurrency asset holdings, and will collaborate with large domestic and international securities firms, law firms, and accounting firms to assess corporate value and legal risks, as well as to formulate strategies for the pre-listing review.Regarding the timeline, Bithumb plans to complete the upgrade of its internal control system and K-IFRS conversion preparations by 2026, submit the pre-listing review and undergo audits in 2027, and complete the IPO in 2028, with specific timelines potentially adjusted based on market conditions and regulatory review progress.

Standard Chartered Bank: It is expected that by the end of 2028, the scale of on-chain tokenized assets will reach $4 trillion, with DeFi protocols being the biggest beneficiaries

According to The Block, Geoffrey Kendrick, the global head of digital asset research at Standard Chartered Bank, stated that the total scale of on-chain tokenized assets is expected to reach $4 trillion by the end of 2028, with stablecoins and real-world assets (RWA) each accounting for $2 trillion. Standard Chartered believes that DeFi protocols with mature risk control systems and scalability will be the main beneficiaries of this trend, while the advancement of the U.S. Clarity Act may become an important catalyst for accelerating the on-chain transition of traditional finance.Kendrick pointed out that the core advantage of DeFi lies in "composability." In an on-chain environment, the same asset can simultaneously earn yields, serve as collateral, and maintain liquidity, which the traditional financial system cannot achieve with similar efficiency. He stated that this structural advantage means "1+1=3." Standard Chartered cited BlackRock's tokenized U.S. Treasury fund BUIDL as an example, noting that the product not only yields about 4% from U.S. Treasuries but can also be converted into sBUIDL for use in lending protocol collateral and serves as a reserve asset for products like Ethena USDtb and Ondo OUSG.The report also noted that the current scale of off-chain assets is still about 1,000 times that of on-chain assets, and the tokenization of institutional-grade assets may become the core source of growth for the next phase of the industry. Regarding institutional adoption, Standard Chartered mentioned that Aave's asset scale once matched that of the 38th largest bank in the U.S., and the current daily trading volume of on-chain stablecoin lending has reached $1.5 billion to $2 billion.At the same time, the Bitcoin lending product developed in collaboration between Coinbase and Morpho currently has a loan scale of about $1.75 billion, covering approximately 22,000 borrowers, indicating that traditional financial institutions are gradually using DeFi as underlying infrastructure.

Ripple announced a quantum resistance roadmap, aiming to make XRP Ledger quantum-resistant by 2028

Ripple officially announced its quantum resistance roadmap, with the core goal of making the XRP Ledger (XRPL) quantum-resistant by 2028. The roadmap primarily addresses the potential attack mode of "harvest now, decrypt later," where attackers collect encrypted data now and wait for future quantum computers to mature before cracking it.The entire plan will be implemented in four phases:Phase 1: Q-Day Emergency Preparedness (Already Started). Establish a Q-Day emergency response mechanism. If the existing classical encryption system is suddenly compromised, the network will immediately stop accepting traditional public key signatures, forcing a migration to quantum-safe accounts. At the same time, explore asset ownership verification solutions based on Post-Quantum ZK-proofs, allowing existing account holders to safely recover funds in emergencies without exposing vulnerable keys.Phase 2: Risk Assessment and Algorithm Testing (First Half of 2026). Conduct a comprehensive assessment of the impact of post-quantum cryptography on the performance, storage, and bandwidth of the XRP Ledger network. Collaborate with Project Eleven to conduct validator-level testing and Devnet benchmarking, deploy NIST standardized ML-DSA quantum-safe signature schemes, and develop prototypes for post-quantum custodial wallets. Core engineer Denis Angell has already deployed ML-DSA signatures on XRPL's AlphaNet.Phase 3: Devnet Hybrid Integration (Second Half of 2026). Parallel integration of candidate post-quantum signature schemes with existing elliptic curve signatures on the developer network (Devnet), allowing developers to test performance and system impacts without affecting the mainnet. At the same time, explore post-quantum zero-knowledge proof primitives and homomorphic encryption technologies for Confidential Transfers to enhance the privacy and compliance capabilities of tokenized real-world assets on XRPL.Phase 4: Full Mainnet Upgrade (Target 2028). Submit a formal protocol amendment, which will be fully enabled on the mainnet after being approved by validator votes, to implement native post-quantum cryptography. Focus on production-ready optimization: throughput tuning, validator reliability assurance, and coordinated migration of the ecosystem, ensuring a complete transition without affecting network speed and settlement finality.

first_img Vitalik Buterin: Ethereum does not pursue speed but aims to become the safest chain, achieving ZKVM dominant verification before 2028

ChainCatcher reports live from the 2026 Hong Kong Web3 Carnival, where Ethereum co-founder Vitalik Buterin delivered a keynote speech. He defined Ethereum by two core functions: first, as a public bulletin board for applications to publish messages and data; second, as shared digital objects controlled by code, encompassing assets, NFTs, ENS, and DAOs. He emphasized that Ethereum's goal is not to compete with high-frequency trading platforms on speed, but to become the most secure, decentralized, and always-online trusted chain.Regarding the short-term roadmap, he introduced the account abstraction proposal EIP-8141, which natively supports smart contract wallets, quantum-resistant signature algorithms, and privacy protocols; in terms of quantum resistance, there are currently two signature schemes based on hash and lattice, and the team is significantly enhancing their efficiency through EVM vectorization.He revealed that ZKVM is fast enough to prove real-time EVM execution, with this year's goal being to ensure its security, planning to start deployment from a small proportion of the network, aiming to become the primary method of validation by 2028, allowing Ethereum to scale significantly without sacrificing decentralization. In terms of long-term vision, Ethereum is actively utilizing AI to generate mathematical proofs to formalize software security verification, pursuing complete quantum safety and maximum simplicity to ensure platform security does not rely on the continuous existence of any single team.
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