Visa has unveiled an open-source command-line interface (CLI) specifically designed for developers building artificial intelligence applications. This new tool empowers AI agents to autonomously complete crypto payments—eliminating the need for human approval and paving the way for fully automated digital transactions.
Technical Capabilities and Use Cases
Tailored primarily for developers working with large language model-driven AI systems, Visa’s CLI allows AI agents to set up their own wallets and fund them with digital assets such as USDC and other stablecoins. With control over these wallets, AI agents can seamlessly pay for required resources, including API keys, cloud services, or data sets. The tool’s advanced structure enables agents to assess what services are needed, initiate payments, and resume operations—all with minimal interruption and without manual oversight.
Visa’s open-source approach manages on-chain wallet infrastructure by leveraging smart contracts and account abstraction technologies. Unlike traditional wallets that require a unique private key signature for every transaction, this solution permits programmable spending rules. As a result, automated payments are no longer bound by the limits of standard wallet architectures, enabling greater flexibility and efficiency for machine-led digital purchases.
Despite its autonomy, the tool is not entirely without guardrails. A built-in policy engine gives users control to impose budget caps, restrict transactions to authorized vendors, and define spending timeframes. This ensures that AI agents operate strictly within pre-set boundaries, anchoring security and oversight within a powerful automated framework.
Developer-Centric Design and Market Competition
Visa opted for a command-line interface because most contemporary AI development environments are terminal-based. By integrating directly within developers’ preferred workflows, the company aims to accelerate adoption compared to traditional API solutions. This strategic move is intended to streamline deployment and attract a broader cohort of technically focused users to the platform.
The approach mirrors a larger industry trend, as seen with payments giant Stripe, which introduced a similar AI agent-friendly payment system expected to launch by the end of 2025. As Visa rolls out its own solution, competition in the developer-oriented payments space is intensifying, with platforms vying to become the go-to system for autonomous machine payments.
Scale of Automated Payments and New Partnerships
A joint report from Visa and Coinbase projects that automated, agent-driven payments could surpass $500 billion in global transaction volume by 2027. This forecast underlines the commercial ambitions behind Visa’s latest product. While industry figures are still emerging, the growing prevalence of machine-to-machine transactions signals that a significant paradigm shift is underway.
In a related development, Visa recently partnered with Sky Protocol—formerly known as MakerDAO—to pilot an automated payments system powered by the USDS stablecoin. USDS is gaining traction as an enterprise-grade digital asset, offering high visibility and robust on-chain liquidity for institutional users.
AI-driven applications are increasingly relying on services that require payment for APIs, cloud computing, and data solutions. Currently, developers mostly pay these costs out of pocket using personal credit cards. Visa’s new tool aims to overhaul this process, giving agents full control over blockchain-based, fully automated payments and marking a pivotal shift in the digital payments landscape.
Visa emphasized, “Even if the anticipated scale of autonomous spending is not realized, the technological foundation to support this shift is being laid today.”
