HSBC and Ant Digital Technologies have completed a technical test in which an artificial-intelligence agent selected a digital service and paid for it using tokenised commercial-bank deposits. Announced on October 9, the experiment joined AI-led service discovery with a blockchain-based payment and settlement process, while retaining real-time checks supplied by the bank.

How the test worked

The companies connected three components. HSBC supplied its Tokenised Deposit Service and settlement capabilities. Ant Digital's Anvita Flow network enabled the AI agent to discover and invoke a service and coordinate the payment. Ant Digital's Jovay Testnet, described as a Layer 2 blockchain testing environment, handled the blockchain transaction.

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In the demonstration, the agent moved through the process as one automated flow: it found a digital service, used it, initiated a micropayment and completed settlement in real time. HSBC also provided real-time risk checks through its Model Context Protocol interface. The announcement described the payment as a micropayment, a category it said is often defined as less than $2, but it did not disclose the actual transaction amount.

Tokenised deposits, not a new cryptocurrency

HSBC's product page describes its tokenised deposits as digital records of money already held in a customer's bank account. The bank issues the tokens on a private HSBC blockchain and supports transfers across participating locations. That structure differs from a public-chain stablecoin: the token remains a representation of a bank deposit and is managed inside HSBC's regulated banking infrastructure.

The test therefore did not involve launching a new cryptocurrency or offering a token to the public. Its purpose was to examine whether autonomous software could connect service selection, payment instructions, settlement and financial controls without breaking the process into separate manual steps. Independent coverage by Cointelegraph reported the same system design and the use of HSBC's deposit tokens with Anvita Flow and Jovay Testnet.

What remains unproven

Both companies placed clear limits on the announcement. The exercise was a technical verification only and does not represent a commercial launch or a live customer proposition. They did not name a customer, identify the service purchased, specify the currency used, publish performance data or provide a deployment timetable. No information was released on transaction fees, geographic availability or how a customer would approve an agent's spending authority.

Those details would matter in any production system. An autonomous payment service would need rules governing what an agent may buy, spending limits, identity and access controls, error handling and responsibility for incorrect transactions. The test shows that the participating systems can be linked in a controlled environment; it does not establish how those controls would operate at commercial scale.

The experiment nonetheless brings together two trends that banks and payment companies are testing separately: programmable deposit money and software agents that can act on a user's behalf. It also tests whether institutional payment controls can remain inside a machine-led transaction instead of being applied only before or after it. The practical next step would be a tightly bounded pilot with named services, explicit customer permissions and measurable settlement results. Until then, the HSBC–Ant Digital work is evidence of technical interoperability rather than a finished payments product.

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