Catenaa, Friday, February 06, 2026-MultiversX said it has become the first blockchain network to integrate Google’s Universal Commerce Protocol, enabling artificial intelligence agents to execute transactions directly on its blockchain without human involvement.
The integration allows AI systems operating on platforms such as ChatGPT, Gemini and Claude to check wallet balances, transfer tokens and complete onchain transactions using standardized instructions.
Google introduced the Universal Commerce Protocol in January as an open framework that allows AI assistants to discover products, negotiate pricing and complete purchases across participating merchants.
MultiversX said the integration addresses a persistent challenge in AI and blockchain interaction, where large language models often generate incorrect transaction logic when operating without structured network data.
By offering a defined interface for blockchain operations, the network said AI agents can now transact with greater reliability when handling real value.
The move places MultiversX among several blockchains positioning themselves as infrastructure for an emerging AI-driven transaction economy.
Ethereum recently introduced a separate standard designed to give AI agents onchain identity and reputation, reflecting growing competition to support autonomous economic activity.
Alongside the Google protocol, MultiversX also added support for x402, a payment protocol initially incubated by Coinbase.
The system embeds payments directly into standard web requests, allowing applications or AI agents to pay automatically for digital services such as application programming interfaces or premium data.
A recent upgrade to x402 expanded compatibility across multiple blockchains and traditional payment rails, including card networks and automated clearing house transfers.
MultiversX said the combined integrations support automated commerce use cases, including AI agents paying for data access, executing decentralized finance strategies or charging users directly for computational services.
