For nearly 60 years, Mastercard has answered one question over and over. How do you get two parties who’ve never met to trust each other enough to do business? The answer was a card, a network, a rulebook everyone agreed to follow.

There’s a new party at the table now. It isn’t human. It’s an agent, acting on someone’s behalf, ready to shop, compare and pay with nobody watching. So the question isn’t whether machines will transact. They already do. The question is who builds the trust that makes it safe, who wins when the buyer is an algorithm, and what kind of commerce becomes possible that we can’t yet picture.

That was the table PYMNTS CEO Karen Webster set for Sherri Haymond, executive vice president and global head of digital commercialization at Mastercard, in this week’s Monday Conversation. Mastercard had just driven another stake into the agentic ground with Agent Pay, and its newest extension, Agent Pay for Machines, built for transactions one piece of software executes on behalf of another.

“We know consumers want to go to those models,” Webster said. “They want to type their intent into the prompt, and they want to execute a transaction.”

The plumbing to do that safely and at scale is the part nobody sees and everybody needs.


More

Harvard Business Review: 8 Ways Governments Can Improve Their Cybersecurity

This article in Harvard Business Review lays out 8 principles that governments around the world…

Read More →

Mobile ID World: New Batch of FIDO Certified Products Brings Total to 335

Mobile ID World reports that there are now more than 300 FIDO Certified products, showing…

Read More →

The Conversation: The age of hacking brings a return to the physical key

The Conversation explains how the FIDO standards can bolster security for access to online accounts.

Read More →


Subscribe to the FIDO newsletter

Stay Connected, Stay Engaged

Receive the latest news, events, research and implementation guidance from the FIDO Alliance. Learn about digital identity and fast, phishing-resistant authentication with passkeys.