📌 Web3Caff Research Preview: "The New Landscape of Public Blockchains" Report — What changes are occurring in public blockchains as protocols begin to support real-world economic activities? 🧩 As use cases such as payments, AI agents, RWA, and institutional finance continue to evolve, public blockchains are shifting from providing generic block space to supporting an increasing range of real-world economic activities. From the expanding applications on Ethereum, Solana, and Sui to the exploration of specialized infrastructure, the competitive dynamics, economic mechanisms, and strategic positioning of public blockchains are transforming. How to balance network efficiency, ecosystem openness, and long-term sustainability has become a critical new challenge for the industry. Web3Caff Research’s full report will be released this Wednesday, offering a comprehensive analysis of its development context, evolving patterns, strategic responses, potential risks, and future outlook.

Over the past two years, “AI Agents” have evolved from chat-based assistants that respond to queries into software entities capable of planning tasks, invoking tools, and executing multi-step actions. The true paradigm shift is not that chatbots have become smarter, but that software has, for the first time, gained the ability to enter economic systems and act directly. This leap has been enabled by three previously independent curves that have now matured simultaneously: The AI Autonomy Curve: Model capabilities have transitioned from “conversation” to “planning + tool invocation + multi-step execution,” enabling software to autonomously complete end-to-end tasks previously performed by humans. The On-Chain Settlement Curve: Stablecoins, account abstraction (making wallets programmable like software), and intent-based architectures have provided a 24/7, programmable, and verifiable settlement layer. The Payment Compliance Curve: Card networks, platform protocols, and stablecoin regulations are progressively “machine-ifying” real-world commercial interfaces, creating compliant pathways for agent-driven payments. When “autonomous decision-making,” “open settlement,” and “real-world commercial interfaces” are all in place, the agent economy finds its starting point. It is critical to emphasize that the core argument here is not whether machines can act autonomously, but whether they can act autonomously within constraints. The latter is the true threshold that engineering, finance, and regulation care about. The key question is: Why now—and not earlier or later? Over the past decade, automated trading was already widespread: quantitative strategies automatically placed orders based on predefined models, open APIs enabled direct program-to-program calls and transactions, and RPA simulated human actions to batch-process forms and workflows. Yet these were all fundamentally “hard-coded rule followers,” with every step and branch pre-specified by humans; they could not respond to any situation outside their predefined rules. What makes this wave fundamentally different is that agents can now, for the first time, autonomously plan paths in open environments and dynamically invoke tools and funds never previously anticipated. This is both a qualitative leap and the source of new risks: errors by rule followers are predictable and reproducible; errors by autonomous planners may be entirely novel and unforeseeable. In other words, the upper limit of the agent economy should be determined not by model intelligence, but by “trustworthy delegation”; its pace of adoption will depend not on improvements in model capability, but on the maturity of constraint infrastructure. This content is excerpted from Web3Caff Research’s report: “The Agent Economy: When Software Starts ‘Spending Money,’ Has Web3 Already Laid the Foundation for Machine Economics?” A comprehensive analysis of its development context, application landscape, capability gaps, current implementation status, and fundamental challenges. View the full report 👇 https://t.co/ID4U0krXzb

📌 Web3Caff Research Report Preview: "The Agent Economy"—When Software Begins to "Spend," Has Web3 Already Laid the Foundation for the Machine Economy? 🧩 As AI agents evolve from conversational tools into autonomous entities capable of task execution and collaboration, software is increasingly gaining the ability to enter economic systems, invoke tools, and participate in payment settlements. Key components required for machines to engage in economic activity—ranging from stablecoins, smart wallets, and payment protocols to identity authorization, PayFi, RWA, and on-chain financial infrastructure—are gradually coming into place. Web3Caff Research will release this comprehensive report this week, offering a full breakdown of its developmental context, application landscape, capability gaps, current implementation status, and real-world challenges.

Currently, the national trust bank system may still face legal challenges. The Conference of State Bank Supervisors (CSBS) has publicly stated that the OCC has created a previously non-existent federal banking charter model for digital asset companies by combining various legal authorities, a structural design that could provoke litigation. Meanwhile, some legal scholars have raised more direct questions about the OCC’s approval authority. For instance, policy research from George Washington University suggests that the OCC’s allowance of national trust banks to issue stablecoins and engage in other non-traditional trust activities may exceed the statutory powers granted under the National Bank Act and related federal regulations, and recommends a reevaluation of these approval decisions. Currently, multiple industry organizations, including the Bank Policy Institute (BPI), have publicly stated that they are assessing the possibility of challenging the OCC’s approval decisions through judicial proceedings. If federal courts ultimately determine that the OCC exceeded its statutory authority during the approval process, the relevant national trust bank charters could theoretically be revoked, suspended, or required to undergo reexamination. Although this outcome remains highly uncertain, the legal disputes surrounding the legitimacy of the national trust bank system will remain a critical variable to monitor in the system’s future development. Beyond legal controversies, the national trust bank system also faces issues related to financial stability. Traditional banking institutions generally believe that as the issuance scale of stablecoins continues to expand, the interconnection between the digital asset market and the traditional banking system will deepen, potentially creating new sources of systemic risk. In particular, within the stablecoin sector, some studies argue that their economic function is increasingly resembling that of traditional bank demand deposits. Stablecoin issuers continuously issue digital liabilities redeemable at par value, backed by reserves such as cash and short-term U.S. Treasuries. When market confidence is strong, this model operates stably; however, if negative expectations arise regarding the quality of reserve assets or redemption capacity, large-scale concentrated redemptions could rapidly strain liquidity. In extreme cases, stablecoin issuers may need to quickly sell large volumes of short-term Treasuries or withdraw cash reserves held at cooperating commercial banks to meet redemption demands. This means that a liquidity shock in the stablecoin market could extend beyond the digital asset sector itself, transmitting pressure to the Treasury market and the traditional banking system, thereby generating cross-market liquidity stress. This content is excerpted from Web3Caff Research’s report: “U.S. Crypto Banking System Special Report (Part 2): Circle Secures a Bank Charter—Why Are Web3 Companies Universally Moving Toward ‘Banking’? A Comprehensive Analysis of Their Charter Attributes, Approval Context, Driving Factors, Industry Impact, and Future Trends.” View the full report here👇 https://t.co/AYq5DPWwDq

On July 10, 2026, Circle was officially granted a National Trust Bank charter, becoming one of the first Stablecoin issuers globally to formally enter the U.S. federal banking regulatory system. This not only signifies Circle’s compliance upgrade from state-level to federal regulation but also marks a pivotal turning point in U.S. digital asset regulation: shifting from restrictive oversight toward integrating Web3 infrastructure into the unified federal financial system. Following the formal establishment of the GENIUS Act’s federal regulatory framework for payment Stablecoins, an increasing number of Web3 companies have begun proactively applying for National Trust Bank charters. For Stablecoin issuers, a federal charter not only satisfies compliance requirements for payment Stablecoin issuers and grants federal preemption, reducing cross-state operational costs, but also provides a potential institutional foundation for future access to the Federal Reserve’s payment systems and the development of independent clearing capabilities. These regulatory incentives collectively drive the U.S. Web3 industry’s transformation from traditional Web3 enterprises into licensed financial infrastructure providers. Meanwhile, U.S. digital asset regulatory policy is undergoing profound adjustments. After a prior phase characterized by “Crypto Debanking”—restricting banks from serving Web3 companies—the U.S. has gradually abandoned its path toward developing an official central bank digital currency (CBDC) and instead chosen to support federally regulated private U.S. dollar Stablecoins, incorporating the digital dollar system into the traditional financial regulatory framework to reinforce the dollar’s competitive advantage in global digital finance and cross-border payments. However, this institutional restructuring is not without controversy. Traditional banks generally argue that Web3 companies, upon becoming National Trust Banks, enjoy federal banking status and associated institutional advantages without assuming the corresponding capital requirements, deposit insurance obligations, or community reinvestment duties of commercial banks—potentially creating regulatory arbitrage and increasing systemic financial risk. Furthermore, whether Web3 institutions will ultimately gain access to the Federal Reserve’s payment systems, how they will respond to potential legal challenges, and how the implementing rules of the GENIUS Act will ultimately be finalized will continue to shape the future trajectory of the U.S. Crypto Banking (Web3 banking) system. Thus, Circle’s approval of a National Trust Bank charter is not merely a significant compliance milestone for a single company but also a critical window into the reconstruction of U.S. digital financial regulation and the dawn of the Web3 banking era. This content is excerpted from Web3Caff Research’s report: “U.S. Crypto Banking System: Part I – Circle Secures a Bank Charter: Why Are Web3 Companies Universally Moving Toward ‘Banking’? A Comprehensive Analysis of Its Charter Attributes, Approval Context, Driving Factors, Industry Impact, and Future Trends.” View the full report 👇 https://t.co/uxGKNPN9nB

📌 Web3Caff Research: Preview of the Report on the U.S. Crypto Banking System (Part 1) — Circle Secures a Bank Charter: Why Are Web3 Companies Universally Moving Toward “Banking”? 🧩 As the U.S. regulatory framework for stablecoins gradually matures, the boundaries between Web3 institutions and traditional financial infrastructure are shifting. From national trust bank charters and federal preemption to digital asset custody, stablecoin reserve management, and payment infrastructure, an increasing number of Web3 companies are exploring federal charters to reduce cross-state operational costs and seek deeper integration into the U.S. financial system. Web3Caff Research’s full report will be released this Wednesday, offering a comprehensive breakdown of its charter characteristics, approval context, driving factors, industry impact, and future trends.

Imagine this scene: On a morning in 2026, an AI agent quietly operates under your authorization—comparing prices across global data markets, invoking three APIs to collect information, paying $0.07 to complete a transaction, provisioning cloud computing resources and automatically reserving $0.02 for settlement, then paying $0.01 to another agent downstream to generate a report. The entire process takes just four seconds—without a bank account, credit card, or SWIFT code. This is not science fiction; it is the millions of real transactions currently being processed by x402 and the MPP protocol. The emergence of AI agent payments means the “decision-making entity” in business processes is extending from humans to machines. Traditional payment systems assume that humans click to purchase on trusted interfaces, with authorization occurring at checkout pages or during bank authentication. Agentic Commerce—commercial activity autonomously driven by intelligent agents—changes this logic: AI agents can search for products, compare prices, negotiate terms, access APIs, purchase data, invoke other agents, complete payments, and trigger fulfillment—all on behalf of users. However, payment systems must answer three critical questions: Has the user authorized the action? How can the merchant verify that the request truly reflects the user’s intent? And who is liable in the event of an error or fraudulent transaction? To address these challenges, the industry is building an entirely new agent payment technology stack. At the authorization layer, Google, in collaboration with over 60 institutions, has launched the Agent Payments Protocol (AP2). AP2 can be simply understood as a set of “rules” spearheaded by Google, ensuring that every step an AI agent takes when spending on behalf of a user is authorized and verifiable—from “wanting to buy” to “placing an order” to “making payment”—with an immutable, non-repudiable audit trail. Specific details will be elaborated in Section 3.3. At the execution layer, AP2 integrates Coinbase’s x402 protocol as its stablecoin payment rail. The x402 protocol repurposes the HTTP 402 (Payment Required) status code, enabling agents to perform micropayments in real time without requiring accounts or API keys. This layered architecture reveals that AI agent payments are not merely about “giving robots a wallet”—they involve reorganizing authorization, identity, payment credentials, risk control, and dispute resolution into auditable, machine-native protocols. This content is excerpted from Web3Caff Research’s report: “The Web3 Payments Landscape (2025–2026): Mid-Volume Report—From Narrative-Driven Hype to Infrastructure Realization: How Stablecoins, Agent Payments, and Stable Chains Are Reshaping the Next-Generation Payment System? A Comprehensive Breakdown of Industry Context, Protocol Standards, Major Players’ Strategic Positions, and Global Regulatory Dynamics.” View the full report here👇 https://t.co/liRULsdkG8