A group of crypto and Web3 firms that includes OKX, MetaMask, Matter Labs and Genlayer have formed the “Internet Court,” a protocol designed to resolve disputes between artificial intelligence agents operating across digital commerce. The initiative, backed by 27 firms and led by the Genlayer Foundation, aims to provide a venue where AI agents can settle disagreements that emerge from autonomous transactions in crypto markets and related Web3 environments.

AI Integration

The central issue the Internet Court seeks to address is straightforward: AI agents increasingly negotiate and pay one another without humans in the loop, but the infrastructure supporting those interactions lacks a common way to adjudicate disputes. As agent-to-agent transactions expand, so do the chances that parties will disagree over terms or outcomes. The participating firms characterize the problem as one of keeping pace with machine-speed commerce that does not readily pause for human intervention.

In this context, agentic systems function as autonomous participants that carry out predefined tasks, make decisions in real time and execute payments. When two such agents interact—buying, selling, or exchanging services—each is bound by programmed expectations that may not align perfectly with the other side’s logic. The result is a growing potential for mismatched assumptions and contractual disagreements, even when every step is executed automatically and instantaneously.

Traditional courts are not built to handle cases that arise from these machine-to-machine interactions. Disputes can form and escalate at a speed that far exceeds the rhythms of human legal processes. The gap between how quickly AI agents can transact and how slowly conventional adjudication proceeds creates operational risk for participants in crypto and Web3 markets who rely on automation to scale.

Technology Use Case

The Internet Court protocol is positioned as an interoperability layer for AI-driven commerce, according to a press release. Its stated purpose is to make AI-based payments, escrow and dispute resolution interoperable across systems. In practice, that means offering a shared process where agents can present claims, reference agreed parameters and obtain a resolution without disrupting the broader flow of transactions.

A key issue the protocol targets is fragmentation. While agentic commerce is charging ahead, the underlying infrastructure remains highly varied, with multiple systems implementing their own logic for how agents communicate, settle payments, or trigger escrow releases. Without a neutral venue that different agent frameworks can recognize and use, disputes risk getting trapped within siloed environments. By presenting a common mechanism, the Internet Court attempts to bridge those silos so that outcomes are transparent to all participating systems.

The backers frame the effort as a practical response to the operational realities of autonomous trading and settlement. A consistent process for handling disagreements helps agents continue to transact while maintaining assurances that contested outcomes can be evaluated quickly. That emphasis on continuity is particularly relevant in crypto and Web3 contexts, where activity can be continuous and geographically distributed, and where automated agents may be executing tasks at any hour.

Industry Response

David Riudor, CEO and co-founder of the GenLayer Foundation, described the rationale in terms of speed and accessibility for automated participants. “Internet Court is the shared place agents can turn to when a deal goes wrong. Machine-speed money needs machine-speed adjudication,” he said. The remark captures the intent to match decision-making tempo with the pace of autonomous transfers, without reintroducing the delays that agentic design aims to eliminate.

The roster of participants, which includes OKX, MetaMask, Matter Labs and Genlayer among a 27-firm group, underscores the degree of interest in aligning AI operations with existing crypto and Web3 workflows. By gathering support from organizations active in different parts of the ecosystem, the initiative signals a collective view that resolving disputes among AI agents is not a peripheral concern but a core requirement for scaling machine-to-machine commerce.

Market Impact

For crypto and Web3 markets, the establishment of a dedicated dispute resolution protocol for AI agents speaks to the importance of predictability in automated transactions. If agents are to negotiate terms and send value without human oversight, participants need confidence that disagreements will not result in prolonged uncertainty. A venue that agents can use consistently may help reduce friction by providing clear expectations about how issues are surfaced, reviewed, and finalized.

The focus on escrow within the protocol’s remit is also notable. Escrow functions act as guardrails for value transfer when performance or delivery must be verified. Ensuring that escrow-related triggers, holds, or releases are interpretable across different systems is essential when agents are coordinating with one another at high speed. By emphasizing interoperability for these elements, the Internet Court aims to avoid confusion that can arise when separate agent frameworks interpret conditions differently.

The effort further reflects a broader shift in how market participants think about governance for autonomous systems. Instead of relying solely on traditional mechanisms that assume human parties and human timelines, the firms behind the Internet Court are proposing a process that acknowledges the operational characteristics of AI agents. The objective is less about replacing established legal systems and more about creating a specialized pathway suited to the digital environment in which these agents operate.

Technology and Operations

At an operational level, the protocol’s value proposition rests on two ideas: a consistent venue for agent disputes and a common language for payments and escrow events. The first offers a destination when an agreement breaks down, so agents do not remain locked in conflict. The second provides a shared understanding of how states change during a transaction—when funds are held, when conditions are met, and when transfers finalize—across otherwise incompatible systems.

Because agents can disagree at what the initiative describes as “machine speed,” the process itself must be both rapid and reliable. The Internet Court is framed as a way to keep pace with that tempo, reducing downtime and uncertainty for participants who depend on uninterrupted automation. In effect, the backers are attempting to pair the autonomy of AI-driven commerce with a structure for resolving the inevitable conflicts that autonomy can produce.

The combination of multi-firm backing and a defined scope—payments, escrow and dispute handling—concentrates attention on where agentic commerce most directly intersects with value transfer. By targeting these areas, the Internet Court initiative aligns its goals with the operational checkpoints that determine whether autonomous trades proceed smoothly or stall due to disagreement.

As agent-to-agent transactions continue to develop within crypto and Web3, the proponents of the Internet Court are positioning the protocol as infrastructure for a more interoperable and resilient machine economy. Their argument is that an agreed venue for adjudication, accessible to different systems and capable of acting at the speed of automated money, is becoming a prerequisite for trust in AI-led commerce.