Google Cloud taps EigenLayer to bring trust to agentic payments
New integration makes EigenCloud the verifiable backbone for AI agents settling payments across cards, bank rails, and blockchains
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Two days after unveiling AP2 — a universal payment layer for AI agents that supports everything from credit cards to stablecoins — Google and EigenLayer have released details of their partnership to bring verifiability and restaking security to the stack, using Ethereum.
In addition to enabling verifiable compute and slashing-backed payment coordination, EigenCloud will support insured and sovereign AI agents, which introduce consequences for failure or deviation from specified behavior.
Sovereign agents are positioned as autonomous actors that can own property, make decisions, and execute actions independently — think smart contracts with embedded intelligence.
From demos to dollars
AP2 extends Google’s agent-to-agent (A2A) protocol using the HTTP 402 status code — long reserved for “payment required” — to standardize payment requests between agents across different networks. It already supports stablecoins like USDC, and Coinbase has demoed an agent checkout using its Wallet-as-a-Service.
Paired with a system like Lit Protocol’s Vincent — which enforces per-action policies and key custody at signing — Google’s AP2 with EigenCloud’s verifiability and cross-chain settlement could form an end-to-end trust loop.
Payments between agents aren’t as simple as they are often made to sound by “Crypto x AI” LARPs. When an AI agent requests a payment in USDC on Base and the payer’s funds are locked in ETH on Arbitrum, the transaction stalls — unless something abstracts the bridging, swapping and delivery. That’s where EigenCloud comes in.
Sreeram Kannan, founder of EigenLayer, said the integration will create agents that not only run on-chain verifiable compute, but are also economically incentivized to behave within programmable bounds.
Through restaked operators, EigenCloud powers a verifiable payment service that handles asset routing and chain abstraction, with dishonest behavior subject to slashing. It also introduces cryptographic accountability to the agents themselves, enabling proofs that an agent actually executed the task it was paid for.
It’s a crowded field, with many projects vying to anchor agent settlement and accountability; EigenCloud faces rivals ranging from Autonolas’ OLAS staking layer and the Eliza (formerly AI16z) agent developer ecosystem, to NEAR’s Chain Signatures intent stack, and Ritual’s verifiable AI compute.
Still, if AP2 becomes the standard interface for billions of autonomous agents, EigenCloud’s restaked security and cross-chain payment verification could become indispensable infrastructure.
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