# Сопутствующие статьи по теме Agents

Новостной центр HTX предлагает последние статьи и углубленный анализ по "Agents", охватывающие рыночные тренды, новости проектов, развитие технологий и политику регулирования в криптоиндустрии.

Messari 2026 Crypto Thesis: Why Speculation Is No Longer Enough (Part 1)

Messari's 2026 Crypto Thesis argues that the market is shifting from pure speculation to systemic integration. The report highlights several key trends: First, it identifies a valuation trap in new Layer 1 blockchains. Many VC-backed L1s with high fully diluted valuations lack fundamental revenue, as token issuance far exceeds gas fee income. The market is expected to strip away the "monetary premium" of these tokens, with only a few ecosystems like Solana and Base maintaining real traction. Second, chain abstraction is emerging as a critical strategy, where blockchains become backend infrastructure. Users interact without needing to know which chain they're on, shifting competitive advantage from execution speed to control over user flow and liquidity. Third, the rise of an agent economy is predicted, with AI agents potentially driving up to 80% of on-chain transactions by 2026. This emphasizes the importance of APIs and machine-readable financial primitives over user-facing interfaces. Fourth, equity perpetuals (e.g., on Hyperliquid) are gaining traction as synthetic derivatives for global stock exposure, offering a more scalable alternative to tokenized stocks. Finally, DePIN is highlighted as the sector most likely to generate hundreds of millions in verifiable revenue by 2026, driven by real demand for AI compute resources rather than speculative hardware deployment. The report underscores that while fundamentals are becoming more critical, market narratives and liquidity flows remain key drivers of returns.

marsbit01/02 13:41

Messari 2026 Crypto Thesis: Why Speculation Is No Longer Enough (Part 1)

marsbit01/02 13:41

Written at the End of 2025: Code, Power, and Stablecoins

"Stablecoins have firmly established themselves as the foundational infrastructure for the next decade of financial services, with the market surpassing $300 billion in 2025. This growth is driven by a fundamental shift in trust: relying on transparent, verifiable code and math rather than opaque promises from centralized intermediaries, as starkly illustrated by the Synapse bankruptcy. Self-custody models change risk dynamics, eliminating intermediary risk (though not issuer risk) and reducing the necessity for traditional insurance like FDIC. Stablecoins offer inherent global reach, with the main bottleneck being local fiat on/off-ramps rather than rebuilding entire banking stacks per country. The emergence of payment-specific blockchains like Tempo and Arc faces the challenge of building trust from scratch, competing with the established security of networks like Solana and Ethereum. The real potential of 'agentic finance' lies in automating mundane financial tasks through smart contracts with enforced permission boundaries, providing security that traditional systems cannot. However, the rapid growth attracts teams with inadequate security practices, a critical misstep for financial infrastructure. Furthermore, as real business activity moves on-chain, solving for privacy through selective disclosure—not full anonymity—becomes crucial to prevent competitive intelligence leaks. The true opportunity lies not just in rebuilding existing fintech more efficiently but in leveraging programmable money and internet-native capital markets to reimagine financial services entirely."

marsbit12/29 01:35

Written at the End of 2025: Code, Power, and Stablecoins

marsbit12/29 01:35

What Should the New Financial Infrastructure of the AI Era Look Like?

The article explores the limitations of current prediction markets, which, despite their success in aggregating information through risk-sharing (e.g., accurately predicting election outcomes), suffer from a flawed economic model: their most valuable output—information—becomes a free public good once generated. This restricts their viability to entertainment-driven domains like elections and sports, while critical areas (geopolitical risk, regulatory outcomes, etc.) remain unaddressed. The author proposes "Cognitive Finance," a new infrastructure designed from first principles for the AI and crypto era. Key components include: - **Private Markets**: Using trusted execution environments (TEEs) to keep prices confidential, enabling entities (e.g., hedge funds, corporations) to pay for exclusive signals without leakage to competitors. - **Combinatorial Markets**: Moving beyond isolated events to maintain a joint probability distribution, where trades update correlated outcomes simultaneously, akin to a neural network. - **Agent Ecosystems**: AI-native markets where specialized agents (trading, evaluation, information acquisition) operate with strict isolation between price access and information sourcing to prevent self-cannibalization. - **Human Intelligence**: Interfaces allowing humans to contribute knowledge via natural language without seeing prices, compensated based on predictive accuracy. The vision is a decentralized, composable infrastructure where AI systems and humans collaboratively build a continuously updated, probabilistic world model. This transcends today’s prediction markets, aiming to transform decision-making in finance, supply chains, geopolitics, and beyond by making uncertainty tradable and knowledge liquid.

marsbit12/26 11:06

What Should the New Financial Infrastructure of the AI Era Look Like?

marsbit12/26 11:06

a16z: 11 Intersection Scenarios of AI and Cryptocurrency

The intersection of AI and crypto is reshaping the internet’s economic and structural foundations. As AI drives centralization, crypto offers decentralized, user-owned, and trust-minimized countermeasures. Key convergence areas include: 1. **Persistent Data & Context**: Blockchain enables AI to store and share user context across platforms, improving personalization and interoperability. 2. **Universal Agent Identity**: A portable, blockchain-based identity system allows AI agents to operate across ecosystems with built-in payment and reputation mechanisms. 3. **Proof of Personhood**: Decentralized identity protocols (e.g., Worldcoin) help distinguish humans from AI bots, ensuring authentic interactions. 4. **DePIN for AI**: Decentralized physical infrastructure networks democratize access to compute and energy resources for AI development. 5. **Agent-to-Agent Infrastructure**: Blockchain enables secure, interoperable interactions and payments between AI agents. 6. **Synchronizing “Vibe-Coded” Software**: Crypto provides a shared, incentivized layer to maintain compatibility across AI-generated software. 7. **Micro-Payments & Revenue Sharing**: Blockchain facilitates tiny, automated payments to content creators when AI uses their data. 8. **IP Registration & Provenance**: On-chain systems enable transparent IP ownership, licensing, and derivative use for AI-generated content. 9. **Compensated Web Crawling**: Crypto allows AI crawlers to pay websites for data access, while humans retain free access. 10. **Privacy-Preserving Ads**: Zero-knowledge proofs and micro-payments enable relevant, consensual advertising where users are compensated. 11. **User-Owned AI Companions**: Blockchain ensures users retain control and ownership over personalized AI relationships, avoiding platform dependency. Together, these intersections promise a more open, resilient, and user-centric digital future.

marsbit12/17 03:20

a16z: 11 Intersection Scenarios of AI and Cryptocurrency

marsbit12/17 03:20

Roundup: 11 Intersections of Artificial Intelligence and Cryptocurrency

The intersection of AI and crypto is reshaping the internet’s economic and structural foundations. This article explores 11 key areas where blockchain and AI converge to create more open, decentralized, and user-centric systems: 1. **Persistent Data & Context**: Blockchain enables AI to store and share user context across platforms, improving personalization and interoperability. 2. **Universal Agent Identity**: A portable, blockchain-based identity system allows AI agents to operate across ecosystems without platform lock-in. 3. **Proof of Personhood (PoP)**: Decentralized PoP (e.g., World ID) helps distinguish humans from AI, enhancing trust and reducing bot activity. 4. **DePIN for AI**: Decentralized physical infrastructure networks democratize access to compute and energy resources for AI development. 5. **Agent Interaction Infrastructure**: Blockchain protocols enable secure, autonomous interactions and payments between AI agents. 6. **Synchronizing “Vibe Coding”**: Crypto ensures compatibility and incentivizes maintenance of AI-generated software across evolving systems. 7. **Micro-payments & Revenue Sharing**: Blockchain facilitates tiny, automated payments to content creators based on AI-driven attribution. 8. **IP Registration & Provenance**: On-chain IP systems enable transparent ownership and new licensing models for AI-generated content. 9. **Compensated Web Crawling**: Crypto allows AI crawlers to pay websites for data access, preserving free access for humans. 10. **Privacy-Preserving Ads**: Zero-knowledge proofs and micro-payments enable relevant, consensual advertising without violating privacy. 11. **User-Owned AI Companions**: Blockchain ensures user control and censorship-resistant relationships with personalized AI agents. Together, these intersections aim to balance AI’s centralizing tendencies with crypto’s decentralized, user-owned ethos.

深潮12/17 02:19

Roundup: 11 Intersections of Artificial Intelligence and Cryptocurrency

深潮12/17 02:19

x402 V2 Launch: When AI Agents Get "Credit Cards," Which Projects Will Be Revalued?

x402 V2 Launch: AI Agents Gain "Credit Cards" – Which Projects Will Be Revalued? Coinbase’s x402 protocol has released its V2 upgrade, shifting from a single-chain payment tool for AI agents to a multi-chain, credit-enabled infrastructure. While V1 allowed AI to make on-chain payments via API calls, it was inefficient and costly due to per-transaction gas fees. V2 introduces three major enhancements: 1. **Delayed Payments**: AI agents can now use services first and pay later, enabling session-based or subscription billing. This effectively gives AI "credit," reducing friction and enabling high-frequency transactions. 2. **Multi-Chain Support**: The protocol is no longer limited to Base chain, allowing AI to transact across Ethereum, Solana, and other networks. 3. **Hybrid Payment Rails**: Supports both crypto (e.g., USDC) and fiat payments, bridging Web3 and traditional finance. This upgrade positions x402 as a foundational layer for the "machine economy," potentially revaluing projects in: - **AI Credit & Identity**: Protocols like Spectral (credit scoring), Bond Credit (agent lending), and CARV (decentralized identity) may see demand as AI requires trust and verification for deferred payments. - **Compute & Verification**: DePIN projects (e.g., Akash Network for decentralized compute) and ZKML protocols (e.g., Giza for verifiable AI inference) could benefit from seamless, high-frequency payment channels. - **Agent Execution Platforms**: Projects like Virtuals Protocol (AI agent issuance) and Brahma (on-chain execution) may leverage x402 for cross-chain agent operations and automated DeFi strategies. The update signals a shift from investing in "smarter" AI models to financing AI economies—where credit, identity, and execution layers become critical. Early-stage infrastructure projects in these areas could capture value as AI agents evolve into independent economic entities.

深潮12/12 06:53

x402 V2 Launch: When AI Agents Get "Credit Cards," Which Projects Will Be Revalued?

深潮12/12 06:53

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