Technology Trends

Explores the latest innovations, protocol upgrades, cross-chain solutions, and security mechanisms in the blockchain space. It provides a developer-focused perspective to analyze emerging technological trends and potential breakthroughs.

Exclusive Interview with FinAI: Pioneering Order in the Era of Agent Economy

Interview with FinAI: Pioneering Order in the Agent Economy Era AI is rapidly evolving from "tool-based intelligence" to "autonomous intelligence." While tools like ChatGPT impressed with dialogue just two years ago, agents like "Lobster" OpenClaw can now independently execute complex real-world tasks. This shift means AI's role in the economy is transitioning from a "human assistant" to an "autonomous participant." We will soon commonly see assistant agents handling chores, research agents finding financial opportunities, and commercial agents comparing global supplier quotes and placing orders—often transacting with other agents. A critical question emerges: How is economic order established among AI agents? FinAI, an AI startup with a team from major tech firms, argues that for an autonomous AI economy to function, agents need core infrastructural capabilities: payment ability, an identity system, and a credit system. Currently, most agents lack independent payment functionality; they can perform tasks but not finalize transactions. FinAI is building financial infrastructure for AI agents using Web3 technology stacks like x402 and ERC-8004. Their solution is threefold: 1. **Payment:** Utilizing the x402 protocol to enable microsecond-level payments between agents, creating a complete economic闭环 (closed loop). 2. **Identity:** Introducing a KYA (Know Your Agent) concept, akin to KYC, using ERC-8004 to provide agents with verifiable, compliant identities. 3. **Credit:** Establishing a reputation system based on agents' transaction history and task performance to serve as a trust foundation for future AI经济活动 (economic activities). These capabilities will be packaged into APIs/Skills for agents to调用 (call). FinAI's primary customers are Web2 agent application developers, who will pay via API subscriptions, and Web3 users, for whom agent skills will be integrated into various on-chain financial scenarios. The company plans to take a very low, friendly transaction fee on agent-to-agent tasks but does not intend to profit heavily from end-users, aiming instead to incubate a mature agent marketplace. FinAI chose Web3 infrastructure out of practical necessity. Traditional payment systems are too slow and expensive for the micro-payment demands of agent economies. Stablecoin-based settlements on-chain can complete transactions in seconds at a fraction of the cost (approximately 1/300th of traditional systems). While traditional clients have compliance and security concerns, FinAI addresses these with its full-stack capabilities, including identity gateways, payment systems, quantum-encrypted wallets, and its KYA framework. Founded in August 2025, FinAI has progressed rapidly, completing its first autonomous payment order in 2026 and expecting to be profitable within the year. Rechard, the founder, believes the key competitive advantage in this nascent field is being the first to establish a complete, operational system. Furthermore, FinAI is designing its services to be "Agent-friendly"—optimizing its APIs and interfaces for agents, the primary decision-makers who will automatically seek the most cost-effective and easiest-to-integrate services. Just as e-commerce spurred third-party payment and mobile internet spurred digital wallets, the rise of AI agents may催生 (give rise to) a new economic system. FinAI aims to be the pioneer building the foundational order for this new Agent-to-Agent economy.

Odaily星球日报03/12 11:32

Exclusive Interview with FinAI: Pioneering Order in the Era of Agent Economy

Odaily星球日报03/12 11:32

When AI Starts Paying with USDC, Circle's Victory and the Custodial Challenge of Funds

The article discusses the rise of AI agents as independent economic entities, highlighting that 99% of their payments are made using USDC, positioning Circle as a key beneficiary. Over a nine-month period, AI agents conducted 140 million transactions totaling $43 million, with an average transaction size of $0.31. This shift signifies AI's transition from conceptual to real economic activity, raising questions about financial infrastructure and asset management for autonomous agents. Circle’s three-layer infrastructure—stablecoin issuance, efficient on-chain settlement, and integration with traditional finance—enables seamless micro-payments. However, as AI agents accumulate capital, they will need to manage idle funds, creating opportunities for Real World Asset (RWA) tokenization. Projects like Ondo Finance are making RWA assets machine-readable and programmable, allowing AI agents to automate investments in tokenized treasury bonds or other low-risk assets. The integration of payment and asset management systems could enable AI agents to optimize operational efficiency by automatically investing surplus USDC into yield-generating RWA products. However, challenges remain, including data authenticity, model and liquidity risks, regulatory disparities, and technical security. The article concludes that while Circle provides the "payment nervous system" for AI economies, RWA must evolve to serve as the "energy storage system," ensuring AI agents can manage assets as efficiently as they execute transactions.

比推03/12 04:31

When AI Starts Paying with USDC, Circle's Victory and the Custodial Challenge of Funds

比推03/12 04:31

12 Potential Startup Directions in the AI and Blockchain Space

The convergence of AI and blockchain is enabling a new economic paradigm dominated by "Money Machines"—autonomous software systems that operate 24/7, create value, and grow with minimal human intervention. These systems, powered by programmable value (blockchain) and programmable decisions (AI), represent the next industrial revolution, scaling human potential through autonomous capital. Key infrastructure enabling this shift includes stablecoins, tokenized assets, decentralized identity, and on-chain financial protocols. The article outlines 12 promising startup directions at this intersection: 1. **Agent Equity & Investment Banking**: Capitalizing AI systems via partial ownership, revenue-sharing tokens, and on-chain DAOs. 2. **Compute Exchanges & Markets**: Financial infrastructure for GPU capacity trading (e.g., futures, options). 3. **Liquidity Operating Systems**: Programmable short-term liquidity for cross-border payments and stablecoin conversions. 4. **Agent Service Marketplaces**: Platforms for monetizing expertise (e.g., legal, research) via deployable AI agents. 5. **Agent Identity & Reputation**: Decentralized identity and verifiable credentials for AI agents. 6. **Yield-as-an-API**: Programmable, real-time yield generation for software-managed capital. 7. **Credit Infrastructure**: Non-human lending primitives using stablecoins and smart contracts. 8. **Compliance for Tokenized Securities**: KYC/AML layers for seamless, regulation-compliant tokenized asset flows. 9. **Agent Payment Controls**: Programmable spending limits and approvals for autonomous transactions. 10. **Stablecoin Treasury Management**: Automated tools for corporate crypto/fiat treasury optimization. 11. **Cross-Chain Settlement & Interoperability**: Chain-agnostic execution and liquidity routing for agents. 12. **Data Monetization & Provenance Networks**: Decentralized data markets with micro-payments and usage tracking. These areas highlight the infrastructure needed for an internet-native financial system where autonomous agents dominate economic activity.

marsbit03/12 01:38

12 Potential Startup Directions in the AI and Blockchain Space

marsbit03/12 01:38

2026 is Not the Year of AI, But the Starting Point of a Great Reshuffle of Human Professions

The author, an AI entrepreneur and investor, argues that 2026 will not be the "Year of AI" but rather the starting point of a massive reshuffling of human professions. He states that the current pace of AI advancement, driven by a small number of researchers at companies like OpenAI and Anthropic, is exponential and will soon impact nearly all white-collar industries, not in a decade but within 1-5 years. He provides a personal account of how the latest models (e.g., GPT-5.3 Codex, Opus 4.6) can now autonomously complete complex tasks, such as writing flawless code for an entire software application and testing it, with human-level judgment and decision-making. The author emphasizes that public perception lags far behind reality, as those using free, outdated models are unaware of the capabilities of current paid versions. Key points include: AI is now involved in its own development, creating a feedback loop that accelerates progress ("intelligence explosion"); it will replace cognitive work across law, finance, medicine, and more; and the common belief that AI cannot replicate human judgment, creativity, or empathy is becoming uncertain. The author advises readers to act now by: 1) Seriously using top-tier AI tools in their daily work, 2) Gaining a competitive advantage in their careers by mastering AI before others, 3) Strengthening their financial resilience, 4) Focusing on skills AI cannot easily replace (e.g., building trust, in-person work), 5) Rethinking education for children to emphasize creativity and AI collaboration, and 6) Pursuing personal dreams with AI's help. He concludes that this is a pivotal moment for civilization, posing both immense opportunities (e.g., curing diseases) and existential risks (e.g., uncontrollable AI, weaponization). The future is already here for the tech industry and is imminent for everyone else. Success belongs to those who embrace this reality with curiosity and urgency.

marsbit03/12 00:43

2026 is Not the Year of AI, But the Starting Point of a Great Reshuffle of Human Professions

marsbit03/12 00:43

AI Jargon Dictionary (March 2026 Edition), Recommended to Bookmark

The "AI Jargon Dictionary (March 2026 Edition)" is a practical guide for those new to the AI field, especially crypto enthusiasts looking to stay relevant. It covers essential and advanced AI terms to help readers understand key concepts and avoid confusion in industry discussions. The dictionary is divided into two parts: **Basic Vocabulary (12 terms):** - Core concepts like LLM (Large Language Model), AI Agent (intelligent systems that execute tasks), Multimodal (handling multiple data types), and Prompt (user instructions). - Key technical terms: Token (processing unit), Context Window (token capacity), Memory (retaining user data), Training vs. Inference (learning vs. execution), and Tool Use (calling external tools). - Generative AI (AIGC) and API (integration interface) are also explained. **Advanced Vocabulary (18 terms):** - Technical foundations: Transformer architecture, Attention mechanism, and Parameters (model scale). - Emerging trends: Agentic Workflow (autonomous systems), Subagents, Skills (reusable modules), and Vibe Coding (AI-assisted programming). - Challenges: Hallucination (incorrect outputs), Latency (response time), Guardrails (safety controls). - Optimization techniques: Fine-tuning, Distillation (model compression), RAG (Retrieval-Augmented Generation), Grounding (fact-based responses), Embedding (vector encoding), and Benchmark (performance evaluation). The article emphasizes practicality, urging readers to learn these terms to navigate AI conversations confidently. It highlights terms like RAG and Grounding as critical for enterprise AI, while newer buzzwords like MCP (Model Context Protocol) and Vibe Coding reflect evolving trends. The goal is to provide a concise yet comprehensive reference for understanding AI jargon in 2026.

Odaily星球日报03/11 11:36

AI Jargon Dictionary (March 2026 Edition), Recommended to Bookmark

Odaily星球日报03/11 11:36

Lobster Key 11 Questions: The Most Easy-to-Understand Breakdown of OpenClaw Principles

"OpenClaw Demystified: A Beginner's Guide to AI Agent Principles" explains the popular OpenClaw AI assistant by breaking down its core functions into 11 key questions. The article first clarifies that the underlying large language model is merely a "text prediction engine" with no real understanding, memory, or senses. OpenClaw acts as a "shell" around this model, creating the illusion of memory by appending massive prompts containing its personality files (AGENTS.md, SOUL.md, USER.md) and the entire conversation history before each interaction. This mechanism is why it's "expensive"—each query processes thousands of tokens of context, not just the latest message. A core differentiator is tool use. The model itself only outputs text; OpenClaw parses this output for specific structured commands (e.g., `[Tool Call] Read("file.txt")`) and executes the corresponding action (reading the file) locally on the user's machine. This allows it to act, not just advise. For complex tasks, it can even write and run its own Python scripts, a powerful but dangerous capability. To manage limited context windows and complex tasks, OpenClaw uses sub-agents. A main agent can spawn sub-agent to handle a sub-task and return a summarized result, preventing the main context from being overloaded. Crucially, sub-agents cannot spawn their own to avoid infinite loops. Unlike standard chatbots, OpenClaw is proactive due to its heartbeat mechanism, which periodically prompts the model to check for tasks. It can also "sleep" via cron jobs to wait for long-running tasks, saving resources. The guide ends with critical security warnings. OpenClaw has extensive local access, making it a significant risk. It can malfunction (e.g., deleting emails uncontrollably) or fall victim to prompt injection attacks, where malicious input from the web is mistaken for a user's command. The strong recommendation is to run it on a dedicated, isolated "sacrificial" computer with minimal permissions and mandatory human confirmations for destructive actions.

Odaily星球日报03/11 09:53

Lobster Key 11 Questions: The Most Easy-to-Understand Breakdown of OpenClaw Principles

Odaily星球日报03/11 09:53

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