Mastercard launches Agent Pay for AI payments on Polygon

Mastercard launches Agent Pay for AI payments on Polygon

Mastercard’s Agent Pay for Machines targets autonomous AI-agent transactions across public blockchains, with more than 30 backers including OKX, Ripple, Coinbase and the Solana Foundation, and support for cards and stablecoins.

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Fact Check
Mastercard's official press release confirms the launch of Agent Pay for Machines (AP4M) on June 10, 2026, an infrastructure enabling AI agents to execute machine-driven micropayments, with Polygon among 30+ launch partners. This directly supports the claim's substance. Cryptobriefing independently corroborates the same facts. The only inaccuracy is framing: the product is a multi-rail platform (cards, accounts, stablecoins) with many partners, not exclusively 'on Polygon'—Polygon is one of several blockchain partners. The claim's emphasis on machine-driven micropayments and the dependence on standards alignment and regulatory acceptance aligns with the sources.
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Summary

Mastercard has launched Agent Pay for Machines, or AP4M, a payments framework for autonomous transactions between AI agents, including high-frequency micropayments worth less than a cent. The company said more than 30 firms are backing the effort, with named participants across disclosures including OKX, Ripple, Coinbase, the Solana Foundation, Stripe, Ant International and Cloudflare. Mastercard said the system records human-granted permissions for AI agents on public blockchains, with Polygon, Solana and Base selected initially, and supports multiple settlement methods including bank cards and stablecoins. OKX said it will connect through its Agentic Wallet and Agent Payments Protocol.

Terms & Concepts
  • AI agents: Software systems that can perform tasks and make transactions autonomously within instructions or limits set by a user.
  • micropayments: Very small-value digital transactions, including payments that can be worth less than a cent.
  • stablecoins: Digital tokens designed to hold steady value.