Artículos Relacionados con Interoperability

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Putting Markets On-Chain: Canton Network Quietly Becoming the New Backbone for Institutional Finance

Canton Network: A New Institutional Financial Infrastructure Emerges Visa's rapid three-day approval as a super-validator on Canton Network in March 2026 marks a significant institutional endorsement. Unlike public blockchains like Ethereum, which prioritize transparency, Canton is designed for regulated financial institutions. Its core innovation is built-in data visibility control, where transaction details are only visible to direct participants. This enables institutions like Goldman Sachs, JPMorgan, and DTCC to conduct private, secure business on-chain without exposing sensitive strategies or positions. Canton, developed by Wall Street-focused Digital Asset, emphasizes slow, methodical development to meet stringent institutional requirements. Current on-chain activity, exceeding $9 trillion monthly, involves real balance-sheet operations like tokenized repos, treasury settlements, and collateral movement—not retail speculation. Key applications include JPMorgan's deposit token (JPM Coin), DTCC's U.S. Treasury tokenization, and Visa-enabled atomic settlement, aiming to synchronize asset delivery and payment instantly. The network's CC token is a utility asset, with value tied to real financial activity volume. It features no pre-mine or VC allocations, aligning with institutional preferences for transparency. Canton's 3–5 year vision is to become an "invisible" foundational layer for global finance—facilitating real-time cross-border capital flows, institutional stablecoin settlement, and native on-chain operations for major asset classes. While regulatory harmonization and legacy system integration remain challenges, Canton represents a pragmatic shift towards embedding markets themselves into blockchain infrastructure.

Odaily星球日报05/21 17:50

Putting Markets On-Chain: Canton Network Quietly Becoming the New Backbone for Institutional Finance

Odaily星球日报05/21 17:50

From Gas Limit to Keyed Nonces: How to Understand the Next Stage of Ethereum's Scalability?

From Gas Limits to Keyed Nonces: Understanding the Next Phase of Ethereum Scalability This article explores how recent Ethereum developments focus on moving complexity away from end-users, wallets, and DApps to the protocol layer. It discusses the consensus around significantly increasing the Gas Limit to 200 million, a change aimed at reducing fees and improving network capacity. However, it emphasizes that this increase is part of a holistic approach that includes mechanisms like enshrined Proposer-Builder Separation (ePBS) and Block-Level Access Lists to manage state growth and maintain node decentralization. The piece also delves into Keyed Nonces (EIP-8250), a proposed upgrade to Ethereum's transaction ordering. It explains how moving from a single, linear nonce queue per account to multiple independent nonce domains ("channels") can enable parallel transaction streams for different use cases. This is particularly crucial for privacy protocols and smart wallets, reducing transaction conflicts and unlocking new design possibilities. Ultimately, the article argues that these technical upgrades—alongside native account abstraction and cross-L2 interoperability—are converging towards a singular goal: enhancing the overall user experience. This means making on-chain interactions smoother, safer, and more cohesive, with wallets serving as the critical interface translating complex protocol improvements into intuitive user actions.

marsbit05/14 13:43

From Gas Limit to Keyed Nonces: How to Understand the Next Stage of Ethereum's Scalability?

marsbit05/14 13:43

From Gas Limit to 'Keyed Nonces', How to Understand the Next Step in Ethereum Scalability?

Ethereum’s scalability efforts are shifting toward a user-centric approach—focusing not only on higher TPS, but on translating technical upgrades into lower costs, smoother operations, and better wallet experiences. Two recent developments highlight this direction: - **Raising the Gas Limit to 200 million**: Following the Fusaka upgrade that increased it to 60 million, a consensus has formed around a potential future increase to 200 million. This would boost Ethereum’s execution capacity, but it is planned alongside other upgrades—such as ePBS, Block-Level Access Lists (BAL), and EIP-8037—to manage state growth and keep node operation viable for average participants. - **Keyed Nonces (EIP-8250)**: This proposal aims to improve how transactions are queued. Instead of a single linear nonce per account, it introduces multiple independent nonce domains. This prevents different types of transactions—such as private payments, session keys, or batch operations—from blocking each other. Vitalik Buterin views this as a foundational step toward better privacy support and more flexible state scalability. Together, these upgrades are part of a broader move to push complexity from wallets, DApps, and relays back into the protocol layer. For everyday users, this means future Ethereum interactions could become less congested, more intuitive, and safer—especially as core improvements in account abstraction, cross-L2 interoperability, and node decentralization continue to progress. Ultimately, Ethereum is evolving to handle not just more transactions, but more varied and complex on-chain use cases while preserving its decentralized foundation.

marsbit05/13 09:17

From Gas Limit to 'Keyed Nonces', How to Understand the Next Step in Ethereum Scalability?

marsbit05/13 09:17

Supported by 20+ Institutions: How Does Sui's New Primitive Hashi Rewrite the Rules of Bitcoin Financial Trust?

Sui has introduced Hashi, a new decentralized Bitcoin (BTC)抵押原语 (primitive) designed to enable trust-minimized and secure use of native BTC in DeFi on the Sui blockchain, backed by over 20 major institutions. Hashi allows users to抵押 Bitcoin without transferring custody to centralized entities. BTC remains on the Bitcoin network in a dedicated address, while a抵押凭证 is generated on Sui. This凭证, representing the locked BTC, can be used in Sui's smart contracts for lending, borrowing, and other DeFi activities. The system relies on Sui validators for security, with a Guardian Layer for additional protection against risks like validator collusion. Key to Hashi is its role as a "primitive"—a foundational building block for developers. It provides a standardized interface to integrate native BTC抵押 capabilities into applications like lending protocols, structured products, and RWA strategies, reducing development barriers. Institutional support spans custody (e.g., BitGo, Cobo), trading (e.g., FalconX, Bullish), security (e.g., OtterSec, Certora), and protocols (e.g., Suilend, Scallop). This ecosystem support aims to facilitate large-scale institutional BTC adoption into DeFi upon mainnet launch. Hashi addresses core trust issues in Bitcoin金融 by prioritizing non-custodial security, transparency, and composability, potentially unlocking Bitcoin's $1.4 trillion market cap for decentralized finance without sacrificing user control.

marsbit04/15 06:33

Supported by 20+ Institutions: How Does Sui's New Primitive Hashi Rewrite the Rules of Bitcoin Financial Trust?

marsbit04/15 06:33

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