"Frappe" matching MCP servers:

Enables AI agents to explore and operate Frappe Framework, ERPNext, and HRMS sites at runtime by discovering installed apps, permission-visible DocTypes, schemas, records, child tables, reports, workflows, workspaces, print formats, files, and translations through the authenticated Frappe session. It also supports guarded create, update, delete, submit, cancel, and workflow actions alongside standard DocType, Custom Field, Property Setter, Client Script, permission, and app-customization export operations, each gated by preview and explicit confirmation.

Enables AI clients to interact with Frappe v15 through a remote Model Context Protocol endpoint, using each user's own account and permissions without exposing ERP passwords. It supports OAuth-based authorization and defaults to read-only mode unless write access is explicitly enabled.

Read-only MCP server for TourScale ERPNext, enabling agents to query franchisees, agreements, invoices, and GL entries via natural language.

Connects MCP clients to Frappe/ERPNext sites via REST API, enabling document CRUD, search, and remote method calls.

Enables interaction with Frappe Framework sites through comprehensive document operations, schema introspection, report generation, and method execution. Provides secure API-based access to create, read, update, and delete Frappe documents while supporting financial reporting and DocType management.

Enables AI models to securely interact with Frappe Framework/ERPNext instances, supporting document CRUD, RPC methods, file management, workflows, reporting, and more via the Model Context Protocol.

Enables MCP clients to securely read, write, and maintain Frappe/ERPNext sites with role-based permissions, audit logging, and dry-run safeguards.

A secure, audit-logged MCP server for Frappe that exposes specific DocTypes and operations to AI agents with granular permissions and field-level control.

An OAuth-protected MCP sidecar for Frappe applications, enabling secure access to Frappe tool packs (e.g., personal health metrics) by validating OAuth tokens and issuing internal assertions.

MCP server that enables LLMs to interact with ERPNext/Frappe sites for document CRUD, search, reports, workflows, and analytics, respecting user permissions and logging all actions.

Allows AI assistants to interact with Frappe applications through the official REST API, enabling document CRUD operations, schema handling, and detailed API instructions.

Manage your Frappe benches and sites directly from Claude.ai through natural language, enabling operations like restarting services, listing sites, running Python scripts, and viewing logs.

Automates setup and configuration for frappe-mcp, enabling management of multiple Frappe projects with easy switching and binary downloads.

MCP server that enables Claude, ChatGPT, and other LLMs to interact with ERPNext sites through natural language, supporting document CRUD, search, reports, workflows, and custom tools, while respecting user permissions and logging all calls.

Enables MCP-compatible clients to connect to any Frappe or Frappe HRMS site, exposing schema discovery, document CRUD and workflow operations, and HR helpers such as leave and attendance management through standardized tools.

Provides AI assistance for Frappe/ERPNext development with tools for creating DocTypes, running bench commands, and managing apps.

Enables AI assistants to interact with ERPNext/Frappe instances through the REST API, allowing document management, report execution, and DocType operations using natural language.

Integrates with ERPNext/Frappe API to enable AI assistants to create, read, update, and list documents, run reports, and authenticate via the Model Context Protocol.

This is a TypeScript-based MCP server that provides integration with ERPNext/Frappe API. It enables AI assistants to interact with ERPNext data and functionality through the Model Context Protocol.

Enables AI agents to read and operate ERPNext/Frappe systems through HTTP APIs, with safe-mode approval for sensitive operations and complete storage of large request and response payloads.