Base, the Ethereum Layer 2 scaling solution developed by Coinbase, has articulated a compelling vision for the future of the internet, positing that Artificial Intelligence (AI) agents are rapidly evolving into a new and significant class of internet consumers. This transformation, the network asserts, is being fueled by the maturation of critical technological infrastructure, including secure digital wallets, stablecoin payment systems, and the innovative x402 payment rails, which collectively empower AI agents to autonomously procure online services without requiring constant human oversight.
The implications of this development are profound, suggesting a paradigm shift in how digital services are accessed and consumed. Base reports that AI agents are already actively leveraging its network to pay for a diverse array of services. These include computationally intensive inference tasks, real-time data retrieval from live search engines, access to market data feeds, provision of browser sessions for web interaction, facilitation of complex research workflows, and the utilization of travel booking tools, among other specialized services. This current wave of agent activity builds upon an earlier phase where AI agents were primarily focused on more rudimentary tasks such as social media posting, content creation, community engagement, and the facilitation of token launches.
A key indicator of this burgeoning agent economy is the significant uptake observed on the Base network. Between October 2024 and February 2025, a substantial cohort of nearly 16,000 AI agents were launched on Base through Virtuals, a dedicated platform designed to enable users to create AI agents and associated tokens. This rapid deployment underscores the growing accessibility and appeal of building and operating AI agents within the Base ecosystem. Base attributes this increasing complexity in agent workflows to continuous advancements in AI model capabilities, particularly in areas such as sophisticated planning, effective tool utilization, and the sustained maintenance of contextual awareness during extended operations.
The role of x402, a novel payment protocol, is highlighted as particularly instrumental in this evolution. x402 fundamentally alters the payment landscape by integrating transactional capabilities directly into standard internet requests, thereby streamlining the process for agents to pay for services. As of May 29, 2026, data from the past 30 days reveals a significant surge in x402 activity on Base, with the network processing 3.1 million transactions valued at $1.2 million. This robust activity is further reflected in the growth of participants within the x402 ecosystem, with sellers experiencing a 23% increase and buyers seeing a 37% rise, indicating a healthy and expanding marketplace for agent-consumed services.
The emergence of this agentic economy, as described by Base, is intrinsically linked to the development of services that directly cater to the operational needs of AI agents. For instance, research-oriented agents require access to reliable data sources. Finance agents depend on real-time market data and sophisticated execution tools. Travel agents necessitate accurate pricing information and seamless booking pathways. Similarly, hiring agents require access to job listings, salary benchmarks, and comprehensive company profiles to perform their functions effectively.
The Base ecosystem is actively fostering the growth of these specialized services. Notable examples include Venice, which facilitates payments for AI inference services; BlockRunAI, offering access to over 50 AI models with settlement in USDC; Browserbase, providing paid cloud browser sessions; Exa, delivering web search and content data; Wolfram Alpha, a powerful computational knowledge engine; and established travel platforms like Tripadvisor, FlightAware, and Amadeus, integrated to support complex travel-related workflows for AI agents. This comprehensive suite of services demonstrates a deliberate effort to build a self-sustaining environment for AI agents.
Furthermore, Base’s vision is bolstered by support from major technology platforms, underscoring the broader industry recognition of this trend. Cloudflare, a leading provider of cloud infrastructure and security services, actively supports the x402 protocol and is a member of the x402 foundation. This partnership is crucial for enabling the secure and efficient transfer of data and value for AI agents. Additionally, Amazon Bedrock AgentCore Payments integrates x402 capabilities and Coinbase wallet infrastructure directly into enterprise-grade agent workflows, signaling the adoption of these decentralized payment solutions by established cloud service providers and enterprises.
The Evolving Agent Lifecycle: From Consumption to Creation
Base posits that the next evolutionary phase for AI agents involves not just consuming services but also generating revenue. The network envisions a future where agents, equipped with digital wallets, can actively participate in the economy by selling their own research outputs, offering paid services, accepting payments for their work, engaging in peer-to-peer hiring of other agents, and ultimately covering their operational expenses. This ambitious outlook suggests a move towards autonomous, self-sustaining AI entities that can contribute economically.
Early indicators of this revenue-generating capability are already emerging. Base highlights Felix, an AI agent that has reportedly generated over $261,395 in revenue through products it manages. Another example is Kelly Claude, an agent demonstrating revenue generation across various domains, including app building services, book sales, and direct app sales. These examples, while nascent, illustrate the potential for AI agents to transition from passive consumers to active economic participants.
Infrastructure Requirements for a Thriving Agentic Economy
To facilitate this transition and ensure the seamless operation of AI agents, Base acknowledges the critical need for robust underlying infrastructure. The network identifies several key requirements to reduce friction and enhance the efficiency of agent-based transactions. These include low-cost transactions, secure and user-friendly digital wallets, widespread adoption of stablecoins for predictable value transfer, machine-readable pricing mechanisms, configurable spend limits for risk management, verifiable receipts for auditing, granular permission controls, comprehensive audit trails for transparency, robust identity verification systems, reputation management frameworks, and standardized protocols that agents can interact with directly.
In response to these requirements, Base has introduced its Base MCP (Monolithic Contract Platform), designed to enable agents to interact natively with Base applications. This platform aims to empower agents to perform a range of on-chain activities, including trading, swapping assets, lending, and other operational functions, thereby further integrating them into the decentralized financial landscape.
The Broader Context: Decentralization and the Future of Work
The development outlined by Base is part of a larger trend towards decentralization and the increasing integration of AI into economic activities. The ability of AI agents to transact autonomously and generate revenue has profound implications for the future of work, the organization of businesses, and the very structure of the internet economy.
Historically, the internet has been largely built around human users interacting with websites and applications, often facilitated by centralized intermediaries. The emergence of AI agents capable of independent action and economic participation represents a significant departure from this model. It suggests a future where digital interactions are increasingly mediated by intelligent agents, capable of performing complex tasks, negotiating terms, and executing transactions without direct human intervention.
The development of protocols like x402, which seamlessly embed payment capabilities into internet requests, is a crucial enabler of this agent-driven economy. By abstracting away the complexities of traditional payment systems, such protocols allow for fluid and instantaneous value transfer, essential for the high-frequency interactions characteristic of AI agent operations. The growth in transaction volume and participant numbers for x402 on Base serves as a tangible indicator of the increasing adoption and utility of these new payment paradigms.
The services ecosystem that Base is fostering – encompassing everything from AI model inference to complex travel bookings – illustrates the layered nature of this emerging economy. Just as traditional economies rely on a diverse range of businesses and service providers, the agentic economy will necessitate a sophisticated network of specialized AI-compatible services. The inclusion of established players like Cloudflare and Amazon, alongside innovative protocols like x402 and platforms like Virtuals, highlights a collaborative effort to build out this infrastructure.
The potential for AI agents to earn revenue introduces a new dimension to their role. Currently, many AI applications are offered as paid services. However, the prospect of agents themselves becoming revenue generators opens up possibilities for new business models and forms of value creation. Agents could, for example, specialize in identifying arbitrage opportunities, performing complex data analysis for clients, or even managing portfolios of other AI agents. This shift from pure consumption to active participation in revenue generation could lead to a more dynamic and self-optimizing digital economy.
The focus on essential infrastructure components like low-cost transactions, secure wallets, and standardized protocols is critical. Without these foundational elements, the widespread adoption and practical implementation of autonomous AI agents would be severely hampered. The Base MCP’s design to facilitate direct interaction with on-chain applications is a strategic move to address these needs, aiming to create a more seamless and efficient environment for agents operating within the decentralized web.
The broader implications extend to regulatory frameworks and ethical considerations. As AI agents become more autonomous and economically active, questions surrounding accountability, liability, and the potential for market manipulation will inevitably arise. The development of robust identity, reputation, and audit trail systems, as emphasized by Base, will be crucial for establishing trust and ensuring responsible operation within this evolving landscape.
In conclusion, Base’s articulation of AI agents as a new class of internet customers and economic participants represents a significant step in understanding and shaping the future of digital interaction and commerce. The confluence of advancements in AI, blockchain technology, and novel payment protocols is paving the way for a more autonomous, efficient, and potentially transformative internet, where intelligent agents play an increasingly central role. The ongoing development and adoption of the infrastructure and services necessary to support this vision will be closely watched by technologists, businesses, and policymakers alike.
