authorize-net-mcp
@zmarty
About authorize-net-mcp
Experimental Authorize.net Node.js TypeScript MCP Server
Config
No standard config provided
This server doesn't expose a parseable MCP config block in its README. See the repository for install instructions.
RepositoryTools
No tools detected
We auto-extract tools from the README. The maintainer can list them under a ## Tools heading to populate this section.
Overview
What is authorize-net-mcp?
authorize-net-mcp is a Model Context Protocol (MCP) server that integrates with the Authorize.net Node SDK to expose two primary payment operations—takePayment (immediate charge) and createInvoice (hosted payment page)—as MCP tools. It is designed for AI agents and automation platforms that communicate via the MCP protocol.
How to use authorize-net-mcp?
Install dependencies with npm install, set environment variables (AUTHORIZE_NET_API_LOGIN_ID, AUTHORIZE_NET_TRANSACTION_KEY, optionally AUTHORIZE_NET_SANDBOX), build with npm run build, then start the MCP server with npm start. The server listens on stdio and can be configured in Claude Desktop’s config.json.
Key features of authorize-net-mcp
- Provides
takePaymentandcreateInvoiceMCP tools. - Uses Authorize.net Node SDK for payment processing.
- Supports sandbox mode for testing.
- Designed for AI assistants and automation tools.
- Communicates via stdio transport (MCP protocol).
- Input/output schemas are advertised via MCP discovery.
Use cases of authorize-net-mcp
- AI assistant charges a credit card on behalf of a user.
- Generate a hosted payment page invoice for a customer to pay online.
- Automate payment workflows without custom payment logic.
- Integrate Authorize.net payments into MCP-compatible platforms (e.g., AI chat).
FAQ from authorize-net-mcp
What tools does authorize-net-mcp provide?
It provides two tools: takePayment (charges a credit card immediately) and createInvoice (generates a hosted payment page URL).
What environment variables are required?
You must set AUTHORIZE_NET_API_LOGIN_ID, AUTHORIZE_NET_TRANSACTION_KEY, and optionally AUTHORIZE_NET_SANDBOX (set to "true" for sandbox mode).
How does sandbox vs production work?
Sandbox testing uses Authorize.net sandbox credentials and the AUTHORIZE_NET_SANDBOX env variable. For production, switch the base URL in authorizeNetHandlers.ts and use live credentials.
Where is security discussed?
The README advises never committing API keys to source control, use environment variables or secret management, and use HTTPS/secure tunnels in production.
What runtime dependencies does it have?
Node.js with the MCP Node SDK and the authorizenet package. It uses TypeScript and builds to JavaScript.
Frequently asked questions
What tools does authorize-net-mcp provide?
It provides two tools: `takePayment` (charges a credit card immediately) and `createInvoice` (generates a hosted payment page URL).
What environment variables are required?
You must set `AUTHORIZE_NET_API_LOGIN_ID`, `AUTHORIZE_NET_TRANSACTION_KEY`, and optionally `AUTHORIZE_NET_SANDBOX` (set to "true" for sandbox mode).
How does sandbox vs production work?
Sandbox testing uses Authorize.net sandbox credentials and the `AUTHORIZE_NET_SANDBOX` env variable. For production, switch the base URL in `authorizeNetHandlers.ts` and use live credentials.
Where is security discussed?
The README advises never committing API keys to source control, use environment variables or secret management, and use HTTPS/secure tunnels in production.
What runtime dependencies does it have?
Node.js with the MCP Node SDK and the `authorizenet` package. It uses TypeScript and builds to JavaScript.
Basic information
More Other MCP servers
FastMCP v2 🚀
jlowin🚀 The fast, Pythonic way to build MCP servers and clients.
MCP Registry
modelcontextprotocolA community driven registry service for Model Context Protocol (MCP) servers.
AutoBrowser MCP
autobrowser-aiBrowser MCP is a Model Context Provider (MCP) server that allows AI applications to control your browser
🚀 Model Context Protocol (MCP) Curriculum for Beginners
microsoftThis open-source curriculum introduces the fundamentals of Model Context Protocol (MCP) through real-world, cross-language examples in .NET, Java, TypeScript, JavaScript, Rust and Python. Designed for developers, it focuses on practical techniques for building modular, scalable,
DeepMark
DeepMark helps teachers deliver rapid, consistent marking with meaningful feedback for every student — in a fraction of the time. What once took a week, now takes one free period.
Comments