Beyond human transactions: The inevitable convergence of crypto and agentic payments
Bam Azizi is a tech entrepreneur and the Co-founder and CEO of Mesh. Bam has dedicated his career to developing cutting-edge technological solutions and reimagining the way we interact with our digital environments. He previously founded NoPassword, a cybersecurity and identity company acquired by LogMeIn in 2019. The integrations and identity services built during his time at NoPassword are currently still used by major financial institutions.
In 2020, Bam founded Mesh to build the modern connectivity layer for crypto and provide platforms with a seamless and secure one-click system for users to transfer their assets for deposits, payments, and payouts. Mesh’s APIs are used by leading platforms and exchanges such as MetaMask, MoonPay, and CoinDCX.
The age of agentic payments - where autonomous AI agents execute financial transactions on behalf of users - has already begun. This is no longer a far-off vision: Google, Mastercard, and Visa have each launched agentic checkout experiences this year; PayPal, one of our partners, rolled out its Agent Toolkit in April.
As these existing products mature and new ones emerge, the online shopping experience could look radically different within the next year or two. But for users to truly experience that transformation, agentic payments need the right technical support.
I believe there’s only one viable foundation for this future: crypto rails. The current global economy still runs on Cold War-era infrastructure, but tomorrow’s world will demand something far more robust. Consider the scale of what lies ahead: around 5B people are online today, but we’re heading toward a world with potentially infinite AI agents. And while a human might transact twice a day on average, an agent can execute thousands of times–a surge in volume that will make the e-commerce boom look modest by comparison.
Crypto is the only system that offers the connectivity, reliability, and security needed for autonomous transactions to take off.
Connectivity and the freedom to roam
Autonomous agents work best when they’re given ample space to maneuver. The more touchpoints they can access, the wider their operational scope.
Imagine, for example, an AI agent tasked with optimizing a user’s portfolio. On traditional rails, that agent would run into roadblocks: fragmented accounts, siloed data, and slow settlement processes. In many cases, even basic transactions would be outright impossible.
Crypto rails, by contrast, offer a more unified, composable ecosystem connected through interoperable protocols and accessible without gatekeepers. They’re also better suited to specific forms of value transfer like microtransactions - tiny, high-frequency payments often measured in cents or fractions of a cent - which are economically unfeasible on traditional rails. The result: agents that can act freely and respond instantly.
With more connectivity comes more freedom. Crypto offers a broader surface area for agents to operate on, giving them the ability to execute more actions, more efficiently.
Reliability in a 24/7 world
Autonomous agents are designed to operate around the clock. The more uptime they have, the better they can act on live opportunities.
Traditional finance wasn’t built for continuous operation. Transactions settle on T+2 timelines and rely on batch-based processing cycles. Rails like ACH and Fedwire run on fixed schedules—miss the cutoff, and your transfer must wait.
Crypto rails, by contrast, are always-on. Transactions can be triggered and settled at any time, with finality measured in seconds or minutes.
This real-time responsiveness is essential for agentic payments to reach their full potential. Agents don’t take breaks, so neither should the infrastructure on which they’re built.
Security where it counts
When machines act on our behalf, the systems they rely on must be secure by default—not just resilient, but actively resistant to error and abuse.
Crypto rails have been battle-tested through years of real-world adversarial pressure. They rely on open-source code, peer-reviewed protocols, and decentralized consensus mechanisms that eliminate single points of failure. On-chain activity is also transparent and verifiable, making it far easier to detect anomalies in real time.
For a burgeoning payments landscape that poses new risks (authentication errors, coordination failures, misdirected transactions), security must be a priority from the start. Crypto rails have already been stress-tested at scale, making them uniquely well-suited for the high-risk, high-throughput environments in which agentic payments will operate.
Closing thoughts
Agentic payments belong on-chain, but they won’t get there organically—making the shift will require trusted, high-performance infrastructure.
Ultimately, agentic payments cannot thrive on legacy rails. They need an open, composable financial layer that supports real-time transactions and empowers agents to act autonomously. That layer is crypto. To unlock their full potential, agentic payments must be built on crypto rails.
All opinions expressed by the writers are solely their current opinions and do not reflect the views of FinancialColumnist.com, TET Events.