GLPI MCP

GLPI MCP Server is a Python-based Model Context Protocol (MCP) server for the GLPI IT service management platform. It talks to GLPI's High-Level API (/api.php, OAuth2) and gives AI assistants and automation tools access to tickets, changes and problems (with their timeline and team), assets, users, groups, entities, the knowledge base and documents, plus generic tools that reach every endpoint GLPI exposes. It supports read and write operations, with read-only and dry-run modes, per-user GLPI access and OAuth login for remote MCP clients.

✨ Features

Core Features

• Search tickets, changes and problems by status, type, priority, category, entity, dates, text or any RSQL filter
• Read the full timeline of an item: followups, tasks, solutions, approvals and documents
• Search and read assets of every type (including custom assets), with financial information
• Find users, groups, entities and profiles
• Search and read knowledge base articles; download documents
• Discover every endpoint and schema from GLPI's own OpenAPI document, so nothing is hard-coded to one GLPI version

Management Operations

• Create, update and delete tickets, changes and problems (if enabled)
• Add followups, tasks, solutions and approval requests
• Assign technicians and groups, add requesters and observers
• Create, update and delete assets and knowledge base articles
• Create, update and delete items at any endpoint with the generic tools

Advanced Capabilities

• Supports GLPI 11.0.6+ (API 2.3) and GLPI 12 (API 3.0, or 2.3 if pinned); the version is detected and pinned in every request
• OAuth password grant with token caching and renewal
• Per-user access: token passthrough, or sign-in with GLPI accounts (OAuth login) for remote MCP clients
• OIDC login through an external identity provider, or a static bearer token
• Read-only mode, dry-run mode and tag-based tool filtering
• HTML rich text converted to plain text to save tokens
• Rate limiting, response size limit and optional tool-search transform
• Multiple transport options (STDIO, SSE, HTTP) and optional Sentry integration

🚀 Installation

Prerequisites

• Python 3.11 to 3.15
• GLPI 11.0.6 or newer (including 12.x). GLPI 10 and GLPI 11.0.0-11.0.5 are not supported: they lack High-Level API 2.3
• The API enabled in Setup > General > API ("Enable API")
• An OAuth client (see GLPI setup)

Quick Install from PyPI

The easiest way to get started is to install from PyPI:

# Using UV (recommended)uvx glpi-mcp-server
# Or using pippip install glpi-mcp-server

Remember to configure the environment variables for your GLPI instance before running the server:

# Create environment configurationexport GLPI_URL=https://glpi.example.comexport GLPI_CLIENT_ID=your-client-idexport GLPI_CLIENT_SECRET=your-client-secretexport GLPI_USERNAME=glpi-mcpexport GLPI_PASSWORD=change-me

Install from Source

1. Clone the repository:

git clone https://github.com/mhajder/glpi-mcp.gitcd glpi-mcp

2. Install dependencies:

# Using UV (recommended)uv sync
# Or using pippip install -e .

3. Configure environment variables:

cp .env.example .env# Edit .env with your GLPI URL and OAuth credentials

4. Run the server:

# Using UV (recommended)uv run glpi-mcp
# Or using the installed command directlyglpi-mcp

Using Docker

A Docker image is available on GitHub Packages for easy deployment. It runs the HTTP Streamable transport on port 8000 (/mcp).

docker pull ghcr.io/mhajder/glpi-mcp:latest

When GLPI login or OIDC is enabled, mount a volume on /data so OAuth client registrations survive container recreation.

Open WebUI

Open WebUI 0.6.31 and later connect to the image directly. In Open WebUI, go to Admin Settings > Integrations > External Tool Servers, add a connection of type MCP (Streamable HTTP) with the URL http://<host>:8000/mcp, and set Bearer authentication to your MCP_HTTP_BEARER_TOKEN.

With GLPI login or OIDC enabled, use the public URL + /mcp and choose OAuth 2.1 authentication instead; Open WebUI registers itself as a client, so if you restrict redirect URIs, include your Open WebUI URL.

Development Setup

For development with additional tools:

# Clone and install with development dependenciesgit clone https://github.com/mhajder/glpi-mcp.gitcd glpi-mcpuv sync --group dev
# Run testsuv run pytest
# Run with coverageuv run pytest --cov=src/
# Run linting and formattinguv run ruff check .uv run ruff format .
# Run type checkinguv run ty check .
# Setup prek hooksuv run prek install

🔧 Configuration

GLPI setup

1. Enable the API: Setup > General > API > "Enable API".
2. Create an OAuth client: Setup > OAuth clients > Add.
   • Grants: Password (for GLPI_USERNAME/GLPI_PASSWORD). Add Authorization Code for GLPI login.
   • Scopes: api and user. Add graphql for glpi_graphql_query.
   • For GLPI login, set the redirect URI to GLPI_OAUTH_BASE_URL + GLPI_OAUTH_REDIRECT_PATH.
   • Copy the generated client ID and secret.
3. Create a GLPI user for the server (for example glpi-mcp) with a profile that has just the rights the tools need. Every tool call acts as this user, unless per-user access is enabled.

Environment Variables

# GLPI Connection Details# GLPI root URL, without /api.phpGLPI_URL=https://glpi.example.com
# OAuth client from Setup > OAuth clientsGLPI_CLIENT_ID=your-client-idGLPI_CLIENT_SECRET=your-client-secret
# GLPI account the tools act as (OAuth password grant)GLPI_USERNAME=glpi-mcpGLPI_PASSWORD=change-me
# OAuth scopes, space- or comma-separated (default: api user)GLPI_SCOPES=api user
# High-Level API version: auto (default), 2.3 or 3.0GLPI_API_VERSION=auto
# Optional: entity and profile to work in# GLPI_ENTITY=0# GLPI_ENTITY_RECURSIVE=true# GLPI_PROFILE=4
# SSL ConfigurationGLPI_VERIFY_SSL=trueGLPI_TIMEOUT=30
# Per-user GLPI access (HTTP transports only; pick at most one)# GLPI_TOKEN_PASSTHROUGH=false# GLPI_OAUTH_LOGIN=false# GLPI_OAUTH_BASE_URL=https://glpi-mcp.example.com# GLPI_OAUTH_REDIRECT_PATH=/auth/callback# GLPI_OAUTH_ALLOWED_REDIRECT_URIS=
# Read-Only ModeREAD_ONLY_MODE=false
# Dry-Run ModeDRY_RUN_MODE=false
# Disabled Tags# Example: DISABLED_TAGS=assets,knowledgebase,graphqlDISABLED_TAGS=
# Response Size Limit (bytes; empty = unlimited)# RESPONSE_MAX_SIZE=500000
# Logging ConfigurationLOG_LEVEL=INFO
# Rate LimitingRATE_LIMIT_ENABLED=falseRATE_LIMIT_MAX_REQUESTS=60RATE_LIMIT_WINDOW_MINUTES=1
# Tool Search Transform (Optional)TOOL_SEARCH_ENABLED=falseTOOL_SEARCH_STRATEGY=bm25TOOL_SEARCH_MAX_RESULTS=5
# Sentry Error Tracking (Optional)# SENTRY_DSN=https://[email protected]/6789
# MCP Transport Configuration# 'stdio' (default), 'sse' or 'http' ('streamable-http' is an alias for 'http')MCP_TRANSPORT=stdio# MCP_HTTP_HOST=127.0.0.1# MCP_HTTP_PORT=8000# MCP_HTTP_BEARER_TOKEN=
# OIDC / OAuth Authentication (optional, for remote hosting)# OIDC_CONFIG_URL=https://id.example.com/.well-known/openid-configuration# OIDC_CLIENT_ID=# OIDC_CLIENT_SECRET=# OIDC_BASE_URL=https://glpi-mcp.example.com

See .env.example for every setting with comments.

API versions

GLPI lists the High-Level API versions it offers at GET /api.php/. On first use the server reads that list and pins one version in every request path (/api.php/v2.3/... or /api.php/v3.0/...), because GLPI silently routes an unknown version to its newest one.

Set GLPI_API_VERSION=2.3 to keep GLPI 12 on the 2.3 schemas (for example while migrating other integrations). The tools that depend on a schema difference handle both: knowledge base articles are filed under categories on 2.3 and under parent articles (parents) on 3.0.

Entity and profile

GLPI scopes every API session to an active profile and entities. By default these are the user's defaults. GLPI_ENTITY, GLPI_ENTITY_RECURSIVE and GLPI_PROFILE send the GLPI-Entity, GLPI-Entity-Recursive and GLPI-Profile headers with every request to change them. glpi_whoami shows the active ones and glpi_get_entity_tree lists the entities available.

🧰 Available Tools

Server & Session

• glpi_server_info: API versions GLPI offers, the pinned version, auth mode and safety modes
• glpi_whoami: The GLPI user the tools act as, with the active profile and entities
• glpi_get_entity_tree: Entities the current user can work in

Tickets, Changes & Problems

All take itil_type: Ticket (default), Change or Problem.

• glpi_search_itil: Search by status, type, priority, category, entity, dates, text or filter
• glpi_get_itil: One item with its description and team
• glpi_get_itil_timeline: Followups, tasks, solutions, approvals and documents
• glpi_create_itil / glpi_update_itil / glpi_delete_itil: Create, update, delete
• glpi_add_itil_followup: Add a followup (public or private)
• glpi_add_itil_task: Add a task with state, time spent, technician and planning
• glpi_add_itil_solution: Add a solution
• glpi_request_itil_validation: Ask a user or group to approve a ticket or change
• glpi_list_itil_team: Requesters, assignees and observers
• glpi_add_itil_team_member / glpi_remove_itil_team_member: Assign or remove users, groups and suppliers

Assets

• glpi_list_asset_types: Asset types of this GLPI, including custom assets
• glpi_search_assets: Search one asset type, or all at once, by name, serial, inventory number or filter
• glpi_get_asset: One asset, optionally with financial information
• glpi_create_asset / glpi_update_asset / glpi_delete_asset: Create, update, delete

Users, Groups, Entities & Profiles

• glpi_search_users / glpi_get_user: Find users; get one by ID or login
• glpi_search_groups / glpi_get_group: Find groups; get one by ID
• glpi_search_entities / glpi_get_entity: Find entities; get one by ID
• glpi_list_profiles: Profiles (sets of rights)

Knowledge Base

• glpi_search_kb_articles / glpi_get_kb_article: Search and read articles
• glpi_create_kb_article / glpi_update_kb_article: Create and update articles
• glpi_list_kb_categories: Categories (API 2.3), or top-level articles (API 3.0)

Documents

• glpi_search_documents / glpi_get_document: Find documents and read their metadata
• glpi_download_document: Download a file (text, or base64 for binary files)

The High-Level API has no file upload, so documents are uploaded through GLPI itself.

Generic

• glpi_list_endpoints: Every endpoint path with its methods, from GLPI's OpenAPI document
• glpi_describe_schema: Properties, types and enums of a schema, for filters and writes
• glpi_list_items: List any collection with filters, sorting, paging and field selection
• glpi_get_item: Get any item or resource
• glpi_create_item / glpi_update_item / glpi_delete_item: Write to any endpoint
• glpi_graphql_query: Read-only GraphQL query (needs the graphql scope)

Filtering

List tools accept filters, a dict turned into GLPI's RSQL, and filter, raw RSQL. Both are AND-ed:

{  "filters": {"status.id": [1, 2], "name__ilike": "*printer*", "entity.id": 0},  "filter": "priority=ge=4"}

Suffixes: __ne, __in, __out, __lt, __le, __gt, __ge, __like, __ilike (* is the wildcard), __isnull, __isnotnull, __empty, __notempty. A list means "any of"; None means "is null". Nested properties use dot paths (status.id, entity.id). glpi_describe_schema lists the properties of each schema. Computed properties, such as the team of a ticket, cannot be filtered on; GLPI answers HTTP 500.

🔐 Authentication for MCP Clients

How MCP clients authenticate to this server (HTTP transports), and as whom the tools then act in GLPI. Pick one:

The per-user modes (GLPI login and token passthrough) cannot be combined with each other, with OIDC or with MCP_HTTP_BEARER_TOKEN; the server refuses to start.

GLPI login: users sign in with GLPI

Many MCP clients (Claude, Open WebUI, remote connectors) can only authenticate over OAuth with Dynamic Client Registration. With GLPI_OAUTH_LOGIN=true the server offers that OAuth interface and brokers it to GLPI's own OAuth server (/api.php/authorize, /api.php/token) using FastMCP's OAuthProxy. Users approve the MCP client on this server's consent page, sign in on the GLPI login page and click Accept on GLPI's "wants to access your GLPI account" page. Every tool call then runs with that user's own GLPI token, rights and entities. GLPI's refresh tokens are used when the access token expires.

1. On the OAuth client in GLPI, allow the Authorization Code grant, the api and user scopes, and set the redirect URI to GLPI_OAUTH_BASE_URL + GLPI_OAUTH_REDIRECT_PATH, for example https://glpi-mcp.example.com/auth/callback.
2. Configure the server:

MCP_TRANSPORT=httpMCP_HTTP_HOST=0.0.0.0GLPI_URL=https://glpi.example.comGLPI_CLIENT_ID=your-client-idGLPI_CLIENT_SECRET=your-client-secretGLPI_OAUTH_LOGIN=true# Public HTTPS URL of this serverGLPI_OAUTH_BASE_URL=https://glpi-mcp.example.com# OptionalGLPI_OAUTH_REDIRECT_PATH=/auth/callbackGLPI_OAUTH_ALLOWED_REDIRECT_URIS=https://claude.ai/*,https://openwebui.example.com/*

GLPI_USERNAME and GLPI_PASSWORD are not needed. GLPI_OAUTH_ALLOWED_REDIRECT_URIS restricts which MCP clients may complete the flow; leaving it unset accepts any redirect URI a client registers.

Token passthrough

With GLPI_TOKEN_PASSTHROUGH=true, each MCP client sends its own GLPI OAuth access token as Authorization: Bearer <token>. The server checks it against GLPI (GET /session, cached for a minute) and forwards it on every call, so each client acts as its own GLPI user. The server's own credentials are never used. The client is responsible for obtaining and refreshing its token.

OIDC / OAuth Authentication (Optional)

For OAuth-only MCP clients when the tools should act as one service account, the server can act as an OAuth interface in front of an existing OIDC identity provider (Authentik, Keycloak, PocketID, Auth0, Entra ID, ...) using FastMCP's OIDCProxy. No GLPI credential ever reaches the client.

Create a confidential client on your identity provider with the redirect URI set to OIDC_BASE_URL + OIDC_REDIRECT_PATH, for example https://glpi-mcp.example.com/auth/callback.

MCP_TRANSPORT=httpMCP_HTTP_HOST=0.0.0.0MCP_HTTP_PORT=8000
# All four are required to enable OIDCOIDC_CONFIG_URL=https://id.example.com/.well-known/openid-configurationOIDC_CLIENT_ID=your-client-idOIDC_CLIENT_SECRET=your-client-secret# Public URL where this server is reachable (HTTPS except on localhost)OIDC_BASE_URL=https://glpi-mcp.example.com
# Optional settingsOIDC_REDIRECT_PATH=/auth/callbackOIDC_REQUIRED_SCOPES=openid,profileOIDC_ALLOWED_REDIRECT_URIS=https://example.com/*OIDC_VERIFY_ID_TOKEN=falseOIDC_FORWARD_RESOURCE=false

A partially configured OIDC setup is ignored with a warning. When OIDC is configured it takes precedence over MCP_HTTP_BEARER_TOKEN.

• OIDC_VERIFY_ID_TOKEN=true verifies the id_token instead of the access token, for identity providers that issue opaque access tokens.
• OIDC_FORWARD_RESOURCE is off by default because identity providers without RFC 8707 support reject the authorization request with invalid_request.

Persisting OAuth state

With GLPI login or OIDC, client registrations and encrypted tokens are stored on disk under FastMCP's data directory. If it is not persistent, every restart forces all clients to register and sign in again. The Docker image sets FASTMCP_HOME=/data, so mount a volume there:

docker run -v glpi-mcp-data:/data --env-file .env ghcr.io/mhajder/glpi-mcp:latest

Running behind a reverse proxy

GLPI_OAUTH_BASE_URL / OIDC_BASE_URL must be the externally reachable HTTPS URL, and the proxy must forward the Host header unchanged, otherwise the OAuth metadata this server advertises will point at the wrong host.

🔒 Security & Safety Features

Read-Only Mode

The server supports a read-only mode that hides every write tool:

READ_ONLY_MODE=true

Dry-Run Mode

Write tools stay available but only return the request they would send (method, endpoint and body); nothing is changed in GLPI:

DRY_RUN_MODE=true

Tag-Based Tool Filtering

You can disable specific categories of tools by setting disabled tags:

DISABLED_TAGS=assets,knowledgebase,graphql

Tags: session, generic, graphql, itil, tickets, assets, administration, users, groups, entities, profiles, knowledgebase, documents, write, read-only.

Safe writes

• A write whose request was sent but whose answer never arrived (timeout, dropped connection) is reported as possibly applied, never retried blindly.
• 5xx answers to a create are not retried, as GLPI may have created the item.
• A redirect that would turn a write into a GET is reported as not applied.
• Deletes move items to the trash unless force=true is given. A delete retried after a server error that then finds the item gone is reported as deleted.
• GLPI_TIMEOUT is the total for one request: version lookup, token, the request and its retries share it.
• Generic tools reject endpoint paths that leave the API or name the OAuth endpoints.

Response Size Limit

RESPONSE_MAX_SIZE=500000

Caps every tool response, so a large listing cannot flood the model's context.

Tool Search for Large Toolsets

FastMCP tool search can reduce prompt size for servers with many tools. When enabled, list_tools returns two synthetic tools:

• search_tools: Finds matching tools and returns their full schemas
• call_tool: Executes any discovered tool by name

TOOL_SEARCH_ENABLED=trueTOOL_SEARCH_STRATEGY=bm25      # bm25 or regexTOOL_SEARCH_MAX_RESULTS=8      # optional, default is 5

Tool search respects existing visibility controls (read-only mode and disabled tags).

Rate Limiting

Requests are limited per client using a sliding window. With per-user access, each GLPI user gets their own window.

RATE_LIMIT_ENABLED=trueRATE_LIMIT_MAX_REQUESTS=60    # Maximum requests allowed per window (default: 60)RATE_LIMIT_WINDOW_MINUTES=1   # Window size in minutes

Sentry Error Tracking & Monitoring (Optional)

The server optionally supports Sentry for error tracking and performance monitoring. Install the optional dependency:

uv sync --extra sentry

# Required: Sentry DSN for your projectSENTRY_DSN=https://[email protected]/6789
# Optional settingsSENTRY_TRACES_SAMPLE_RATE=1.0# When true, tool inputs and outputs (ticket contents, users...) are sent to Sentry.SENTRY_SEND_DEFAULT_PII=falseSENTRY_ENVIRONMENT=productionSENTRY_RELEASE=1.2.3SENTRY_PROFILE_SESSION_SAMPLE_RATE=1.0SENTRY_PROFILE_LIFECYCLE=traceSENTRY_ENABLE_LOGS=true

If SENTRY_DSN is not set, no monitoring data is collected.

SSL/TLS Configuration

GLPI_VERIFY_SSL=true    # Verify GLPI's certificate against the system trust storeGLPI_TIMEOUT=30         # Total seconds for one request, retries included

Transport Configuration

STDIO Transport (Default)

MCP_TRANSPORT=stdio

HTTP SSE Transport (Server-Sent Events)

MCP_TRANSPORT=sseMCP_HTTP_HOST=127.0.0.1MCP_HTTP_PORT=8000MCP_HTTP_BEARER_TOKEN=your-secret-token  # Optional authentication token

HTTP Streamable Transport

MCP_TRANSPORT=httpMCP_HTTP_HOST=127.0.0.1MCP_HTTP_PORT=8000MCP_HTTP_BEARER_TOKEN=your-secret-token  # Optional authentication token

curl -H "Authorization: Bearer your-secret-token" \     -H "Accept: application/json, text/event-stream" \     -H "Content-Type: application/json" \     -d '{"jsonrpc":"2.0","id":1,"method":"tools/list"}' \     http://localhost:8000/mcp

Health Endpoint

Both HTTP transports (sse and http) serve GET /health, which answers 200 ok when the server is handling requests. It needs no bearer token or OAuth login and does not contact GLPI, so a GLPI outage does not mark the MCP server unhealthy. The Docker image's HEALTHCHECK uses it:

curl http://localhost:8000/health

For more information on FastMCP transports, see the FastMCP documentation.

🤝 Contributing

Contributions are welcome. See CONTRIBUTING.md for the dev setup, checks and commit message format, and use the issue templates for bugs and feature requests.

Found a security problem? Please report it privately as described in SECURITY.md.

📜 License

MIT License - see LICENSE for details.