BTC $76,938.10 +6.26%
ETH $2,385.29 +2.46%
BNB $678.35 +4.14%
XRP $1.40 +10.93%
SOL $90.95 +4.19%
TRX $0.3399 +0.08%
DOGE $0.0837 +4.61%
ADA $0.2184 +10.80%
BCH $287.14 +28.99%
LINK $11.49 +7.30%
HYPE $76.08 +3.92%
AAVE $110.43 +13.79%
SUI $0.8127 +9.94%
XLM $0.1908 +4.75%
ZEC $653.15 +14.13%
BTC $76,938.10 +6.26%
ETH $2,385.29 +2.46%
BNB $678.35 +4.14%
XRP $1.40 +10.93%
SOL $90.95 +4.19%
TRX $0.3399 +0.08%
DOGE $0.0837 +4.61%
ADA $0.2184 +10.80%
BCH $287.14 +28.99%
LINK $11.49 +7.30%
HYPE $76.08 +3.92%
AAVE $110.43 +13.79%
SUI $0.8127 +9.94%
XLM $0.1908 +4.75%
ZEC $653.15 +14.13%

cati

All
Article
Flash

first_img FASB seeks public comment on the classification of stablecoins and other digital assets as cash equivalents

On August 18, 2026, the Financial Accounting Standards Board (FASB) issued a proposed Accounting Standards Update (ASU) aimed at clarifying how the current definition of "cash equivalents" applies to certain digital assets, such as stablecoins, and enhancing the transparency of disclosures regarding important components of cash equivalents. Stakeholders are encouraged to submit comments by November 19, 2026.In the 2025 FASB agenda consultation project and other feedback, stakeholders pointed out that there is uncertainty regarding whether certain digital assets, including stablecoins, meet the definition of cash equivalents under current Generally Accepted Accounting Principles (GAAP), leading to differences in practical treatment. The proposed ASU will provide illustrative examples to promote a more consistent application of this definition and enhance comparability among entities choosing to report qualifying digital assets as cash equivalents, but it will not change the current definition of "cash equivalents."At the same time, the proposed rules require all entities reporting assets as cash equivalents, regardless of whether they include digital assets, to enhance disclosures regarding the important components of cash equivalents and related amounts, so that investors and other financial statement users can obtain more transparent information. The relevant proposed ASU and methods for submitting comments can be found on the FASB website.

Vitalik releases research on "local mixing" cryptography: exploring next-generation obfuscation techniques, which may become a new foundational primitive in cryptography

Ethereum co-founder Vitalik Buterin published a new article titled "Obfuscation (Part 3): Local Mixing," which delves into a cryptographic obfuscation technique being explored—"Local Mixing." He claims it may become a new foundational cryptographic tool following elliptic curves, RSA, and lattice-based cryptography.Vitalik states that current mainstream obfuscation techniques mainly rely on complex mathematical assumptions, often resulting in extremely high computational overhead. In contrast, Local Mixing adopts a completely different approach, not relying on elliptic curves, large integer factorization, or lattice cryptography. Instead, it draws on experiences from symmetric cryptography and hash function design, continuously shuffling, reconstructing, and hiding circuit structures to eliminate information leakage while maintaining functionality.The Local Mixing technique primarily includes steps such as reversibility, hardening, mixing, splitting, crossing walk, and "gadgetization." By introducing random structures into the circuit, rearranging logic gates, and employing nonlinear hiding mechanisms, it makes it difficult for attackers to recover the original computational logic.Vitalik points out that this technology is still in its early stages, with security not yet validated over the long term and facing challenges such as random attacks and linear analysis. However, he believes that Local Mixing represents a completely new path for cryptographic exploration, aiming to construct more efficient indistinguishable obfuscation (iO) schemes.If breakthroughs in Local Mixing technology are achieved, it could lead to new quantum-resistant public key encryption schemes and promote the development of general obfuscation techniques. The field still requires years of cryptanalysis and optimization validation, but AI-assisted research may significantly accelerate this maturation process. Vitalik states that obfuscation technology is seen as the "final frontier" of cryptography because, theoretically, other cryptographic primitives can be constructed based on obfuscation and one-way functions. Local Mixing may not only reduce the costs of traditional obfuscation schemes but could also become an important direction for future cryptographic infrastructure.

KuCoin has obtained ISO/IEC 42001 Artificial Intelligence Management System certification

KuCoin today announced that its Artificial Intelligence Management System (AIMS) has officially obtained the ISO/IEC 42001:2023 international certification, further strengthening the company's systematic capabilities in the responsible deployment, governance, and continuous improvement of artificial intelligence.This certification is the world's first international standard for artificial intelligence management systems, providing an internationally recognized management framework for enterprises to establish, implement, maintain, and continuously improve their artificial intelligence management systems. This certification covers KuCoin's artificial intelligence management system and related support functions, further promoting the transparent, secure, and responsible application of AI in platform operations.As AI increasingly penetrates digital financial scenarios such as risk control, anti-money laundering, fraud detection, market monitoring, intelligent customer service, and platform operations, KuCoin continues to advance AI innovation alongside trustworthy governance. This certification further enhances KuCoin's trust framework, building a reliable infrastructure that covers information security, operational reliability, business continuity, and artificial intelligence governance, alongside ISO/IEC 27001, SOC 2 Type II, and ISO 22301.

first_img Samsung Electronics accelerates the advancement of the second phase of the Mattel wafer factory, requiring equipment suppliers to obtain SEMI certification in advance

According to ZDNet Korea, Samsung Electronics is accelerating the expansion of its advanced wafer foundry capacity in the United States. The company plans to start the second phase of construction at the Taylor wafer plant in Texas by the end of this year, aiming for mass production by 2030, and has requested major equipment partners to obtain SEMI certification in advance for subsequent equipment import and export. SEMI certification is a standard for assessing the safety of semiconductor equipment and is usually a necessary procedure before equipment leaves the country.The Taylor wafer plant is responsible for Samsung's most advanced foundry mass production tasks. The first phase is currently undergoing equipment entry and installation, with a target to start production by the end of this year, focusing on a 2-nanometer mass production process, with Tesla seen as a core customer. Samsung stated in last month's second-quarter earnings call that to respond promptly to the growing customer demand, the second phase of Taylor will commence by the end of this year. Industry insiders say that although the specific specifications for the second phase have not yet been finalized, Samsung's foundry business has already pushed forward relevant preparations in advance.Previously, Samsung had postponed the investment in the first phase of Taylor multiple times due to insufficient customers and a sluggish market, until Tesla signed a foundry agreement worth approximately 22.76 trillion won in the third quarter of last year, which accelerated construction. The actual pace of mass production in the second phase will still depend on the expansion of supply to Tesla and the progress of new major customers. Additionally, there are reports that Samsung E&A is considering dispatching dozens of construction personnel locally.
app_icon
ChainCatcher Building the Web3 world with innovations.