# Intent Articoli collegati

When the World Cup Collides with Agents: From Web2 to Web3, How Are Wallets Evolving into Agentic Wallets?

World Cup as a Catalyst for Agentic Wallets: From Web2 to Web3 This article explores how the World Cup provides a real-world scenario for observing the evolution of digital wallets from simple asset managers towards "Agentic Wallets"—intelligent, AI-powered interfaces. Using the example of prediction markets like Polymarket, it illustrates how AI Agents can lower the barrier to Web3 interaction. Instead of navigating complex DApps, users can express intent in natural language (e.g., "I think Portugal will win") within platforms like Discord or web pages. The Agent then interprets this intent, finds the relevant market, and seamlessly guides the user through the on-chain transaction via their wallet. The core shift is from wallets as mere "function menus" for signing transactions to "intent interpreters" that understand user goals. The article highlights parallel developments in traditional finance, such as Mastercard's "Agent Pay" and WeChat Pay's AI tests, which focus on granting AI controlled, authorized, and auditable payment capabilities. This underscores a broader trend of AI entering the financial layer. However, the article emphasizes that the primary challenge for Agentic Wallets in Web3 is not automation but establishing clear security boundaries. Unlike traditional systems with chargebacks, on-chain transactions are often irreversible. Therefore, future wallets must ensure users retain ultimate control and comprehension. They need to transparently communicate an Agent's permissions, spending limits, authorized durations, and provide easy ways to pause or revoke access. The World Cup experiments represent early steps toward wallets that are not just applications but ubiquitous, intelligent interfaces that simplify Web3 while keeping users securely in control.

marsbit06/19 07:41

跨链桥主动求变，LI.FI用意图架构成为TradFi机构流动性中枢

marsbit06/03 06:35

Cross-Chain Bridges Actively Adapt, LI.FI Leverages Intent Architecture to Become the Liquidity Hub for TradFi Institutions

Cross-Chain Bridge LI.FI Transforms with Intents Architecture to Serve as Liquidity Hub for TradFi Institutions Facing declining cross-chain transaction volumes and overall crypto market liquidity, cross-chain bridge protocol LI.FI is proactively shifting its strategy. Moving beyond its role as a "liquidity transfer protocol," LI.FI is targeting new assets, clients, and operational systems. Key to this transformation is the launch of LI.FI Intents, an intent-based execution architecture. This product positions itself as a foundational layer for stablecoin payments, Real World Assets (RWA), and compliant on-chain liquidity, catering specifically to fintech companies, neobanks, wallets, and regulated financial institutions. LI.FI Intents simplifies user experience by offering a turnkey solution. It leverages a solver network for market-maker level execution, enabling precise cross-chain swaps (e.g., between USDC and USDT) without users managing gas tokens or complex blockchain steps. It lowers barriers to entry by integrating with applications like Jumper and Rabby, allowing enterprise users to bypass direct wallet interactions for transactions like payments and asset transfers. The architecture emphasizes compliance. Its network consists of verified legal entities, and enterprises can review and approve orders within their compliance frameworks before processing. All interacting wallets undergo OFAC screening. For ecosystem coverage, LI.FI Intents supports major networks including EVM chains, Solana, and Tron, mitigating risks associated with single-chain dependency. In essence, as tokenized assets like RWAs gain traction, LI.FI Intents focuses on efficiently integrating stablecoin payments and compliant liquidity into enterprise ecosystems. By automating complex execution steps—allowing users to simply declare their intent (the "destination")—it aims to enhance operational efficiency and capital utilization for institutional clients.

Odaily星球日报06/03 06:07

Vitalik Buterin is trying to fix crypto’s biggest blind spot: ‘The goal is to…’

Vitalik Buterin, co-founder of Ethereum, is shifting the focus of crypto conversations from price and performance to a more fundamental issue: the gap between user intent and a system's actual behavior. He argues that true security is about minimizing this divergence, as even simple actions involve complex human assumptions that are difficult to encode. Buterin extends this concern to the broader internet and AI, noting that the core challenge is not the ability to generate content or execute code, but the need for quality, judgment, and context. He envisions Ethereum evolving into a neutral coordination layer where AI agents can transact, prove actions, and build verifiable trust on-chain. This framework aims to create systems that don't just execute commands blindly but safely interpret human intent, making trustless and private interactions possible in an increasingly automated world.

ambcrypto02/23 19:03

Vitalik Buterin Says Perfect Crypto Security Remains Impossible

Vitalik Buterin, the founder of Ethereum, argues that perfect security in the cryptocurrency sector is unattainable due to the complexity of human intent. He explains that blockchain networks cannot perfectly interpret user intentions and hard-code them into inflexible code. Buterin defines security as an alignment problem, where the goal is to ensure the protocol's actions match user expectations. Even basic transactions involve assumptions about identity, network, and interface accuracy that cannot be fully programmed. Instead of pursuing perfect security, Buterin advocates for layered security mechanisms. These include redundancy through multiple independent checks, transaction simulations, spending limits, and address verification. He also suggests that AI could complement, but not replace, cryptographic security by modeling human judgment patterns. However, no technological system can fully emulate human reasoning. Buterin concludes that crypto security is a continuous alignment process rather than a final endpoint, requiring ongoing improvements as technology evolves.

TheNewsCrypto02/23 06:58

2026 Chinese New Year: Why Are Giants Splurging 4.5 Billion in Frenzied Subsidies for AI Payments?

The 2026 Chinese New Year saw tech giants spending over 4.5 billion yuan in subsidies to promote AI-powered voice transactions—a figure surpassing historical spending peaks in past tech wars. Despite the efficiency of existing payment methods like QR codes, companies are aggressively pushing voice-based AI payment systems. This shift stems from a deeper battle over controlling user "intent" rather than mere transactions. The article contrasts two approaches: vertical integration, exemplified by Alibaba’s Qwen, which operates within its own closed ecosystem (e-commerce, payments, logistics), and horizontal standardization, as attempted by ByteDance’s Doubao phone, which aimed to interoperate across platforms but was blocked by major players like Tencent and Alibaba. The core conflict is about who captures and fulfills user intent—the next frontier in reducing decision-making friction and dominating future commercial gateways. While vertical integration strengthens existing ecosystems, horizontal models face resistance due to entrenched interests. The massive subsidies are investments in payment technology but in securing priority access to user intentions, shaping the next decade of digital commerce.

marsbit02/19 03:58

Stop Saying ‘We Need Privacy’

Title: Stop Saying ‘We Need Privacy’ The article argues that "privacy" is not a single concept but rather five distinct problems in the context of blockchain and cryptocurrency. When people demand privacy, they are often referring to one of the following: 1. **Intent Privacy:** Hiding transaction details from observers before execution to prevent front-running by MEV bots. Solutions include private transaction delivery (e.g., Flashbots Protect) and encrypted mempools (e.g., Shutter Network). 2. **Value Privacy:** Concealing the amounts transferred. This is achieved through shielded systems (e.g., Zcash, Penumbra) that use cryptographic proofs to verify transactions without revealing values. Privacy can still be compromised by user behavior patterns. 3. **Graph Privacy:** Protecting the relationships and patterns of who transacts with whom. Techniques include pooled unlinkability (e.g., Tornado Cash mixers) and stealth addresses (e.g., ERC-5564) to break direct on-chain links between transactions. 4. **State Privacy:** Keeping DeFi positions, balances, and liquidation thresholds hidden. This requires storing state as private records and using zero-knowledge proofs (ZK-proofs) to validate state changes without revealing underlying data (e.g., Aztec). Composability and edge interactions remain challenges. 5. **Execution Privacy:** Hiding the computation logic itself, crucial for strategies like auctions or liquidations. Methods include using Trusted Execution Environments (TEEs) (e.g., Secret Network) or ZK-proofs for private execution. The article concludes that privacy often fails at the edges, such as at the RPC (Remote Procedure Call) layer, where providers can collect IP addresses and wallet information. The key is to ask which surface is being protected and where information might leak when users interact with the real world, rather than seeking a single winning privacy model.

比推02/13 00:39