# Smart Contracts Articoli collegati

Il Centro Notizie HTX fornisce gli articoli più recenti e le analisi più approfondite su "Smart Contracts", coprendo tendenze di mercato, aggiornamenti sui progetti, sviluppi tecnologici e politiche normative nel settore crypto.

Why is Crypto the Key Infrastructure for the Large-Scale Adoption of AI Agents?

Why Crypto is Key Infrastructure for AI Agent Mass Adoption For AI Agents to become widely deployable autonomous software, they require two core capabilities: composability and verifiability. These are inherently lacking in traditional Web2 systems but are natively provided by cryptocurrency networks. AI's future lies not in isolated models but in agents that automatically call services, compose with other agents, write code, test, and execute decisions involving financial actions. This agent composability depends on verifiability—knowing another agent executed as promised. Web2 infrastructure (APIs and SaaS) fails here due to black-box operations, mutable data, unprovable results, centralized audits, and manual settlements. Cryptocurrency provides the missing verified base layer through: 1. Verifiable Execution: Smart contracts and ZK proofs enable transparent, provable on/off-chain actions. 2. Verifiable Identity: DIDs and signed agent code ensure trust and integrity. 3. Verifiable Value Transfer: Automated payments, revenue sharing, collateralization, and penalties enable direct fund management without intermediaries. As AI evolves from code generation to full-cycle automation (writing, testing, running, fixing), especially with real-world financial impact, crypto becomes essential. It enables automatic penalties for failures, rewards for contributions, multi-agent settlements, and trustless coordination—making AI economically viable beyond demos. In short: AI enables autonomy; crypto makes autonomy trustworthy. Without crypto's verifiability, AI agents cannot operate reliably at scale in the real economy.

深潮12/09 03:58

Why is Crypto the Key Infrastructure for the Large-Scale Adoption of AI Agents?

深潮12/09 03:58

Financial On-Chain Transformation: A Blueprint for the Overhaul of the U.S. Capital Market

The article "Financial On-Chaining: A Blueprint for the Transformation of U.S. Capital Markets" explores the potential systemic overhaul if the U.S. financial system migrates to blockchain technology, as suggested by SEC Chair Paul Atkins. It outlines seven key structural shifts: 1. Market Dynamics: Transition to T+0 settlement, enabling 24/7 trading and real-time regulatory oversight by the SEC, increasing capital velocity but eliminating traditional market buffers. 2. Banking Sector: Banks would operate with near-transparent balance sheets, reducing risks like asset-liability mismatches but potentially accelerating bank runs. Programmable collateral could unlock new financing efficiency. 3. Real Economy: Democratization of assets through fractional ownership and "micro-IPOs" for SMEs, injecting liquidity premium into U.S. assets. 4. Geopolitics: Digital reinforcement of dollar dominance via tokenized Treasuries and money market funds, attracting global capital through efficiency and transparency. 5. Risk Evolution: Systemic risks would shift from human-driven panics to technical failures (e.g., smart contract bugs, oracle manipulation), making crises faster and more technical. 6. Winners and Losers: Infrastructure builders, new asset managers, and hybrid talent would thrive; traditional intermediaries and opaque industries would decline. 7. Realistic Timeline: Full adoption in two years is unlikely due to technical, legal, and political hurdles, but gradual implementation (e.g., in Treasuries, repos) is inevitable as efficiency drives change.

比推12/09 08:30

Financial On-Chain Transformation: A Blueprint for the Overhaul of the U.S. Capital Market

比推12/09 08:30

Ethereum Is Becoming the New Global Financial Backend

Ethereum is emerging as a global financial backend, reducing the complexity and cost of building financial services while increasing speed and security. It embeds core financial operations—such as ownership recording, value transfer, and obligation enforcement—into software, executed via a distributed validator set. This shared infrastructure eliminates the need for redundant internal systems, transforming capital-intensive processes into software-driven activities. The platform addresses key economic frictions: triangulation (discovery and agreement), transfer (value movement), and trust (enforcement). By providing a transparent, programmable, and cryptographically secured environment, Ethereum enables real-time settlement, automated compliance, and global interoperability. This reduces operational risks and costs, particularly for new entrants and markets with fragile financial systems. Ethereum’s impact is most significant in emerging economies, where it offers immediate functional improvements, while in developed markets, benefits accumulate gradually as more processes become programmable. It shifts institutional focus from infrastructure maintenance to innovation and product design, promoting leaner, more efficient financial services. As a resilient, open, and verifiable system, Ethereum is positioned to serve as the foundational layer for future financial infrastructure, driven by economic incentives favoring transparency and reliability.

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Ethereum Is Becoming the New Global Financial Backend

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