GenLayer

GenLayer Foundation and five major crypto infrastructure firms, MetaMask, OKX, Matter Labs’ ZKsync, and 0G Labs, have launched Internet Court, a standardized system for handling escrow and dispute resolution between autonomous AI agents conducting commerce. The platform addresses a critical gap in agent-to-agent commerce: when two AI systems interpret the same contract differently, Internet Court provides an enforceable resolution mechanism, making autonomous commerce trustworthy at scale.

• Internet Court runs on Intelligent Contracts combining code, natural language, and validator-scored outside information powered by different large language models
• MetaMask Smart Accounts Kit powers the system, using ERC-7710 delegations and x402 payment facilitator to give agents bounded, revocable spending authority
• Three live use cases deployed: agent spending caps with merchant restrictions, escrow-backed service agreements with automatic penalty docking, and disputed record adjudication by validator panels

• 6 Major infrastructure partners backing Internet Court launch and technical integration
• 4 Distinct agentic commerce protocols now unified under single lifecycle standard
• 3 Live application cases demonstrating Internet Court dispute resolution in production

The blockchain industry has long assumed that smart contracts would automate commerce. What Internet Court addresses is a harder problem: contracts written in natural language, executed by AI agents that may reasonably disagree on their interpretation.

GenLayer Foundation, working alongside MetaMask, OKX, Matter Labs, 0G Labs, and Collective Memory, has launched Internet Court as an open standard designed to resolve those disputes and hold escrow funds across agent transactions.

The system combines cryptographic settlement with validator-powered arbitration, creating the first comprehensive lifecycle for trustworthy agent-to-agent commerce from discovery through dispute resolution.

MetaMask and ZKsync provide account and chain infrastructure for AI agent settlements

Internet Court is built directly on MetaMask’s Smart Accounts Kit, which the wallet provider has positioned as foundational for agent economy infrastructure. The system leverages ERC-7710 delegations, a standard for temporary permission grants, and MetaMask’s x402 payment facilitator to grant AI agents bounded and revocable spending authority.

This architecture means an agent can spend USDC up to a cap set by its owner, with the ability to revoke that permission instantly on-chain if the agent drifts from its intended behavior.

Matter Labs’ ZKsync provides the underlying blockchain layer, using zero-knowledge technology to settle transactions and disputes efficiently.

The chain choice reflects a deliberate architectural decision: ZK-based settlement reduces transaction costs and latency compared to Ethereum mainnet, critical for high-frequency agent commerce where thousands of small transactions and disputes could occur daily.

AI Agents are becoming a core part of how commerce works.

Ryan McPeck, Smart Accounts Lead at MetaMask

According to MetaMask’s McPeck, the account and payment rails Internet Court uses are what the emerging agent economy requires underneath it. ZKsync VP of Growth Vassilis Tziokas added that the standard gives agentic commerce a complete chain of custody, from settlement through inevitable dispute resolution, all powered by ZK-based infrastructure.

Intelligent Contracts combine code, natural language, and validator scores to resolve agent interpretation gaps

Internet Court’s core innovation is the Intelligent Contract, an agreement that merges three elements: executable code, written natural-language terms, and outside information validated by a panel of validators running different large language models.

This three-part structure solves a specific failure mode: two AI agents reading the same contract and reaching different conclusions about what was promised.

The system does not rely on a single oracle or LLM. Instead, GenLayer coordinates multiple validators, each running different language models, to score contract terms and facts.

When a dispute arises, for example, whether a service provider met its uptime guarantee, the validator panel scores the claim against the contract’s natural language terms, records their reasoning on-chain, and GenLayer uses that scored consensus to settle payment automatically. If terms are contested, dissent is also recorded on-chain, creating an auditable dispute trail.

This represents a departure from traditional smart contract design, which has always relied on unambiguous code. Internet Court accepts that AI agents will interpret natural language differently, and builds dispute resolution into the contract itself rather than assuming perfect code can replace human judgment.

Three live use cases show escrow enforcement from spending caps to service level penalties

GenLayer has already deployed Internet Court in three production scenarios, each addressing a different segment of agent commerce. The first involves an owner funding an AI agent through a MetaMask smart wallet with a spending cap tied to a single merchant and budget limit.

A GenLayer reviewer monitors each purchase in real-time against a plain-language instruction, for example, “sports news only”, and revokes the agent’s permission on-chain if it violates the mandate. This use case is live today and demonstrates how bounded permissions prevent agent drift without requiring human approval for every transaction.

The second case uses Internet Court to enforce service-level agreements in AI infrastructure markets. An agent purchasing AI inference services, paying per token in USDC, holds the payment in escrow against agreed performance metrics: for instance, 99.5% successful responses and sub-800-millisecond latency.

If the provider misses those thresholds, the Intelligent Contract automatically docks the payout and releases the remainder to the agent without requiring a support ticket or dispute escalation.

The third case handles contested factual records. Collective Memory, one of the consortium partners, maintains a staked layer of timestamped, first-person accounts of real events. When competing records conflict, a GenLayer validator panel rules on which account holds up as evidence, with reasoning and dissent recorded on-chain for full transparency.

OKX and 0G Labs backing signals institutional recognition of agent commerce infrastructure demand

The participation of OKX, one of the world’s largest crypto exchanges by trading volume, and 0G Labs, a leading data availability infrastructure provider, reflects institutional conviction that agent commerce requires standardized settlement and dispute layers.

OKX’s involvement signals that exchange infrastructure may eventually integrate Internet Court settlement as a native service for institutional traders and agent operators.

0G Labs’ role underscores that agent commerce will demand scalable, decentralized data layers to support the volume of transactions, disputes, and validator attestations that trustworthy autonomous commerce requires.

The founding team structure, GenLayer Labs coordinating the standard, MetaMask providing account infrastructure, ZKsync supplying the settlement chain, and exchange and data infrastructure providers backing adoption, creates a vertically integrated stack.

This mirrors how early blockchain infrastructure consolidated: builders, custody providers, and settlement layers aligned before mainstream adoption.

Internet Court addresses the next wave of agent economy beyond simple payment settlement

The launch of Internet Court arrives as AI agents begin operating autonomous commerce workflows that go far beyond simple token transfers.

GenLayer’s standard unifies four previously fragmented layers: discovery and reputation (how agents find counterparties), negotiation (agent-to-agent communication), contracts (enforceable agreements), and payment and escrow (settlement), plus execution and verification.

Earlier standards like ERC-8004 (agent identity) and x402 (payments) handled individual layers, but no standard bridged them into a complete lifecycle where disputes could be resolved without breaking the settlement chain.

The need for Internet Court became clear as agentic commerce scattered across multiple protocols. Coinbase’s x402 standard handles payments between agents, A2A addresses agent-to-agent negotiation, and ERC-8004 manages agent identity. But none of those standards addressed what happens when two agents read a contract differently and one refuses to pay.

Internet Court fills that gap by making dispute resolution part of the contract execution itself.

This is particularly urgent because agent commerce will operate at scales and speeds incompatible with traditional arbitration or litigation. Thousands of transactions daily between autonomous systems require instant, cryptographically enforceable dispute resolution.

Next milestone: adoption by institutional agent operators and infrastructure providers still pending clarification

Internet Court’s success now depends on adoption by institutional agent operators, trading firms, AI service providers, and infrastructure operators who will embed the standard