Agent Payments Protocol (AP2) defines a standard for agents to autonomously handle payments on behalf of users. This repository offers code samples demonstrating the protocol's core functionalities, designed to streamline agent-driven commerce. AP2 leverages a modular design and is adaptable to various agent and server implementations.
These samples provide practical demonstrations of AP2's capabilities, covering scenarios for various use cases. The repository is structured to facilitate experimentation and integration with different agent frameworks. Notably, the samples utilize the Agent Development Kit (ADK) and Gemini 2.5 Flash, though these are not strictly required for implementation.
- Core Functionality: Demonstrates key aspects of agent-based payments, including order placement, payment processing, and confirmation.
- Platform Support: Code examples are available for both Android and Python environments, allowing for diverse deployment options.
- Extensibility: The modular design allows for easy integration with custom agents, servers, and payment gateways.
- Developer Experience: Includes
run.shscripts for simplified scenario execution and clear README instructions. - Configuration: Uses environment variables for authentication, providing flexibility for development and production.
- Interoperability: The protocol aims to enable seamless integration between different agent systems and payment providers.
- Scalability: Designed with a modular architecture to support scalable deployments.
AP2 is currently in an active development phase with ongoing sample development and refinement. The project has a growing community and is actively maintained, with regular updates and bug fixes. Documentation is incomplete but steadily improving, providing essential guidance for initial experimentation. The repository demonstrates a commitment to providing functional code examples.
This project benefits developers seeking to build AI-powered payment systems using an agent-centric approach. It addresses the need for secure, flexible, and interoperable payment solutions for various applications, offering a valuable alternative to traditional payment processing methods.