io.github.prismatic-io/prism-mcp MCP Server
io.github.prismatic-io/prism-mcp
MCP server for Prismatic's Prism CLI—build and manage code-native integrations and custom components with AI assistance.
What is the io.github.prismatic-io/prism-mcp MCP server?
The Prism MCP Server is a local Model Context Protocol server that wraps Prismatic's Prism CLI, enabling AI assistants to work with the Prismatic API for code-native integration and custom component development. It provides tools for initializing, testing, and publishing integrations and components, as well as generating boilerplate code and managing configuration.
This MCP server gives Claude, Cursor, and other AI agents direct access to Prismatic's integration and component development workflows. Use it to scaffold code-native integrations, generate component manifests, test flows, manage configuration variables, and publish components—all from your AI assistant without leaving your IDE.
How to install io.github.prismatic-io/prism-mcp
Copy-paste configuration for popular MCP clients.
Tools & capabilities
Tools this server exposes to the agent.
prism_me— Check login status and display current user profile informationprism_components_list— List all available components with version optionsprism_integrations_list— List all integrationsprism_integrations_init— Initialize a new Code Native Integrationprism_integrations_convert— Convert an existing Low-Code Integration to Code Nativeprism_integrations_flows_list— List flows for an integrationprism_integrations_flows_test— Test a flow in an integrationprism_integrations_flows_listen— Set a flow to 'Listening Mode' to capture webhook payloads or polling trigger responsesprism_integrations_import— Import an integration from a specific directoryprism_install_component_manifest— Generate component manifest in CNI src directoryprism_install_legacy_component_manifest— Generate line to add to a CNI's devDependencies for legacy component manifest installationprism_integrations_generate_flow— Generate boilerplate file for a CNI flowprism_integrations_generate_config_page— Generate boilerplate code for a CNI config pageprism_integrations_generate_config_var— Generate boilerplate code for a config variableprism_integrations_add_connection_config_var— Returns path to connection wrapper function or generates boilerplate code for a connection config variableprism_integrations_add_datasource_config_var— Returns path to datasource wrapper function or generates boilerplate code for a datasource config variableprism_components_init— Initialize a new Component (supports WSDL/OpenAPI generation)prism_components_publish— Publish a component from a specific directoryprism_components_generate_manifest— Generate the manifest for a Prismatic component
Use cases
- Initialize and scaffold code-native integrations and custom components with AI-assisted boilerplate generation
- Test integration flows and capture webhook payloads in listening mode for debugging
- Generate configuration pages, variables, and connection/datasource wrappers for integration setup
- Publish components and convert low-code integrations to code-native format
- List available components and integrations to understand the Prismatic ecosystem
io.github.prismatic-io/prism-mcp MCP server FAQ
It's an MCP server that wraps Prismatic's Prism CLI, giving AI assistants like Claude and Cursor tools to develop code-native integrations and custom components within the Prismatic platform.
The MCP server itself is MIT licensed and free. You need a Prismatic account and valid authentication to use it.
Go to Cursor Settings > MCP Tools, add the config with command 'npx', args '['-y', '@prismatic-io/prism-mcp', '.']', and env 'PRISMATIC_URL: https://app.prismatic.io'. Or click the automatic install link in the README.
Add the MCP server configuration JSON to your claude_desktop_config.json file with the command 'npx' and the appropriate args and environment variables.
You must be logged in to Prismatic. Install the Prism CLI globally and run 'prism login', or set the PRISM_REFRESH_TOKEN environment variable in headless/CI environments.
Yes. Pass toolset names as command-line arguments ('integration' or 'component') to enable only those tool categories. General tools are always available.
README (reference)
Source of truth, from the repository.
Prism MCP Server is a local Model Context Protocol (MCP) server that helps AI assistants work with the Prismatic API for code-native integration and custom component development.
Agent Skills Also Available
If you're interested in AI-assisted coding, also check out our Claude Plugin, which helps your AI assistant understand the Prismatic ecosystem and provides tools for integration development, component development, and more.
Features
This MCP server provides several tools, organized into categories. You may register whatever set of tools are most relevant to your use case.
General Tools (Always Available)
- prism_me: Check login status and display current user profile information
- prism_components_list: List all available components with version options
Integration Tools (Toolset: "integration")
Utilities
- prism_integrations_list: List all integrations
- prism_integrations_init: Initialize a new Code Native Integration
- prism_integrations_convert: Convert an existing Low-Code Integration to Code Native
- prism_integrations_flows_list: List flows for an integration
- prism_integrations_flows_test: Test a flow in an integration
- prism_integrations_flows_listen: Set a flow to "Listening Mode" to capture webhook payloads or polling trigger responses, saving them as payloads for
prism_integrations_flows_test - prism_integrations_import: Import an integration from a specific directory
Codegen
- prism_install_component_manifest: Generate component manifest in CNI src directory (requires spectral@10.6.0 or greater)
- prism_install_legacy_component_manifest: Generate line to add to a CNI's devDependencies for legacy component manifest installation
- prism_integrations_generate_flow: Generate boilerplate file for a CNI flow
- prism_integrations_generate_config_page: Generate boilerplate code for a CNI config page
- prism_integrations_generate_config_var: Generate boilerplate code for a config variable
- prism_integrations_add_connection_config_var: Returns path to connection wrapper function if available, otherwise generates boilerplate code for a connection config variable
- prism_integrations_add_datasource_config_var: Returns path to datasource wrapper function if available, otherwise generates boilerplate code for a datasource config variable
Component Tools (Toolset: "component")
- prism_components_init: Initialize a new Component (supports WSDL/OpenAPI generation)
- prism_components_publish: Publish a component from a specific directory
- prism_components_generate_manifest: Generate the manifest for a Prismatic component
Toolset Configuration
Tools are organized into toolsets, selected by passing their names as arguments after the working directory (see Command-line arguments):
integration- Enables all integration-related toolscomponent- Enables all component-related tools- General tools are always available regardless of toolset configuration
If no toolset arguments are passed, all tools are registered by default. Naming an unrecognized toolset is a startup error.
Prerequisites
Authenticate with Prismatic. The server bundles its own pinned copy of the Prism CLI, so you don't need to install one for the server to use — but you do need to be logged in. Install the CLI to run the login command (it writes credentials to a shared config file the server reads automatically), or in headless/CI environments set PRISM_REFRESH_TOKEN instead.
npm install --global @prismatic-io/prism
prism login
Usage
Configuration
Configuration location and methods vary slightly depending on the AI tool you are using, but the following is relatively standard. More specific instructions are below.
Example setup:
{
"mcpServers": {
"prism": {
"type": "stdio",
"command": "npx",
"args": ["-y", "@prismatic-io/prism-mcp", "."],
"env": {
"PRISMATIC_URL": "https://app.prismatic.io"
}
}
}
}
If you would like the MCP server to run in a different directory than the currently open workspace, replace the . path argument with your working directory,
{
"args": ["-y", "@prismatic-io/prism-mcp", "/path/to/code-native/integration"]
}
Command-line arguments:
-
First argument: Required. Working directory path that determines where Prism CLI commands are run from. Most coding agents (like Cursor and Claude Code) will interpret
.as the current workspace directory. If your coding agent does not support this, you can specify an absolute path of your code-native integration or custom component project instead. -
Remaining arguments: Optional. Toolsets to enable (
integration,component). If no toolsets are specified, all tools are registered by default. Being selective about toolsets may improve performance. For example, to enable only integration-related tools:{ "args": ["-y", "@prismatic-io/prism-mcp", ".", "integration"] }
Optional environment variable options:
PRISMATIC_URL:https://app.prismatic.ioby default. If your Prismatic tenant is hosted in a different region, or if you use a private stack deployment, set this variable to your Prismatic URL.MCP_PRISM_PATH: Absolute path to a specific Prism CLI to run instead of the bundled one (e.g. a locally built CLI). Must point at a regular file; otherwise the bundled CLI is used.
Installing with Claude Desktop
Add the above JSON config to your claude_desktop_config.json file.
Installing with Claude Code
To use this MCP server with Claude code, add the above config to your working directory's .mcp.json configuration file.
Alternatively, run
claude mcp add-json prism '{"type":"stdio","command":"npx","args":["-y","@prismatic-io/prism-mcp","."],"env":{"PRISMATIC_URL":"https://app.prismatic.io"}}'
Installing with Cursor
You can configure available MCP Servers via Cursor Settings > MCP Tools, then add the above config to your mcp.json file.
Or, click this link to install automatically: Add MCP Server to Cursor
Installing with VS Code / GitHub Copilot
Add the above config to the .vscode/mcp.json in your workspace, or the global mcp.json file (accessible via the "Add MCP Server..." option in the Command Palette).
Or, click this link to install automatically: Add MCP Server to VS Code
Other tools
If your agent of choice is not listed, please reference their official documentation for setup instructions.
What is Prismatic?
Prismatic is the leading embedded iPaaS, enabling B2B SaaS teams to ship product integrations faster and with less dev time. The only embedded iPaaS that empowers both developers and non-developers with tools for the complete integration lifecycle, Prismatic includes low-code and code-native building options, deployment and management tooling, and self-serve customer tools.
Prismatic's unparalleled versatility lets teams deliver any integration from simple to complex in one powerful platform. SaaS companies worldwide, from startups to Fortune 500s, trust Prismatic to help connect their products to the other products their customers use.
With Prismatic, you can:
- Build integrations using our intuitive low-code designer or code-native approach in your preferred IDE
- Leverage pre-built connectors for common integration tasks, or develop custom connectors using our TypeScript SDK
- Embed a native integration marketplace in your product for customer self-service
- Configure and deploy customer-specific integration instances with powerful configuration tools
- Support customers efficiently with comprehensive logging, monitoring, and alerting
- Run integrations in a secure, scalable infrastructure designed for B2B SaaS
- Customize the platform to fit your product, industry, and development workflows
Who uses Prismatic?
Prismatic is built for B2B software companies that need to provide integrations to their customers. Whether you're a growing SaaS startup or an established enterprise, Prismatic's platform scales with your integration needs.
Our platform is particularly powerful for teams serving specialized vertical markets. We provide the flexibility and tools to build exactly the integrations your customers need, regardless of the systems you're connecting to or how unique your integration requirements may be.
What kind of integrations can you build using Prismatic?
Prismatic supports integrations of any complexity - from simple data syncs to sophisticated, industry-specific solutions. Teams use it to build integrations between any type of system, whether modern SaaS or legacy with standard or custom protocols. Here are some example use cases:
- Connect your product with customers' ERPs, CRMs, and other business systems
- Process data from multiple sources with customer-specific transformation requirements
- Automate workflows with customizable triggers, actions, and schedules
- Handle complex authentication flows and data mapping scenarios
For information on the Prismatic platform, check out our website and docs.
License
This repository is MIT licensed.
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