To scale AI-driven purchases, Stripe and OpenAI developed an open standard for checkouts. The "Agentic Commerce Protocol" provides a standard API for businesses to express their checkout process, allowing AI agents to initiate transactions safely and programmatically, moving beyond brittle methods like web scraping.

Stablecoins are better suited for AI agent payments than credit cards. They mitigate the security risk of sharing card details and enable the programmatic creation of countless wallets for agent swarms. This allows for a future where every API call could be a micro-transaction paid with stablecoins.

The core thesis for crypto in an AI world is that agents need a financial system that doesn't rely on human biometrics for authentication. By equipping agents with their own crypto wallets, platforms like MoonPay are building the infrastructure for them to transact autonomously, making crypto the native currency for a new machine economy.

The initial hype around using crypto for decentralized AI compute has faded due to high costs. Instead, VCs like Dragonfly Capital are focused on agentic payments, where swarms of AI agents will need a global, programmable payment rail for micropayments—a problem blockchain is well-suited to solve.

As AI agents become sophisticated, they'll need to pay for services. Traditional banking is too slow and fragmented for them. Crypto, as the internet's native money, provides the instant, global, low-fee rails for AI agents to transact with each other and with web services, creating a major new use case.

AI agents are gaining financial autonomy through virtual credit cards from major fintechs. This approach leverages existing global payment infrastructure, bypassing the need for new, agent-specific protocols. It signals agents are mature enough to operate within human-designed systems, accelerating their real-world integration.

Platforms like ChatGPT achieve global scale in years, not decades. This speed means relying on a single payment service provider (PSP) is no longer viable. Companies now need a multi-PSP strategy to optimize routing and maintain leverage, creating a market for orchestrators like Basis Theory.

For tasks that don't require immediate results, like generating a day's worth of social media content, using batch processing APIs is a powerful cost-saving measure. It allows agents to queue up and execute large jobs at a fraction of the price of real-time generation.

The financial system is unprepared for the coming wave of AI agents. These agents will perform tasks and require payment, creating trillions of micropayments. Current infrastructure from Stripe, Visa, or Mastercard cannot handle this volume, creating a massive opportunity for new protocols to facilitate the 'agent economy'.