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MCPeasy

by GeorgeStrakhov
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Python
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MCPeasy

the easiest way to set-up and self-host your own multi-MCP server with streamable http transport and multi-client and key management

A production-grade multi-tenant MCP server that provides different tools and configurations to different clients using API key-based routing.

Architecture

  • FastMCP 2.6: Core MCP implementation following https://gofastmcp.com/llms-full.txt
  • FastAPI: Web framework with API key-based URL routing
  • PostgreSQL: Multi-tenant data storage with SQLAlchemy
  • Streamable HTTP: All subservers provide streamable transport
  • Multi-tenancy: Clients can have multiple API keys with tool-specific configurations

Key Features

  • Multi-tenant design: Clients manage multiple rotatable API keys
  • Per-tool configuration: Each client can configure tools differently (e.g., custom email addresses)
  • Dynamic tool sets: Different clients get different tool combinations
  • Tool auto-discovery: Modular tool system with automatic registration
  • Custom tools support: Add organization-specific tools via git submodules with clean upstream separation
  • Per-resource configuration: Each client can access different resources with custom settings
  • Dynamic resource sets: Different clients get different resource combinations
  • Resource auto-discovery: Modular resource system with automatic registration
  • Enhanced tool responses: Multiple content types (text, JSON, markdown, file) for optimal LLM integration
  • Environment-based discovery: Simple environment variable configuration for tool/resource enablement
  • Shared infrastructure: Database, logging, and configuration shared across servers
  • Admin interface: Web-based client and API key management with CORE/CUSTOM tool source badges
  • Production ready: Built for Fly deployment with Neon database
  • High performance: Background task processing, request timeouts, configuration caching, and optimized database connections

Quick Start

  1. Setup environment:
    cp .env.example .env # Edit .env with your database URL, admin password, and session secret
  2. Start all services with Docker Compose (recommended):
    docker-compose up
  3. Access the services:
    http://localhost:8000 # Main API endpoint http://localhost:3000 # Admin interface (on prod: https://yourdomain.com/admin). Log in with username 'superadmin', pass: your 'SUPERADMIN_PASSWORD' from .env http://localhost:8080 # Database inspector (Adminer)

That's it! Docker Compose handles all dependencies, database setup, and migrations automatically.

API Endpoints

  • GET /health - Health check
  • GET /admin - Admin login page
  • GET /admin/clients - Client management dashboard
  • POST /admin/clients - Create new client
  • GET /admin/clients/{id}/keys - Manage API keys for client
  • POST /admin/clients/{id}/keys - Generate new API key
  • GET /admin/clients/{id}/tools - Configure tools for client
  • GET|POST /mcp/{api_key} - MCP endpoint (streamable)

Client & API Key Management

Creating Clients

  1. Visit / (in development localhost:3000) and login with superadmin password
  2. Create client with name and description
  3. Generate API keys for the client
  4. Configure tools and resources with their settings per client

Managing API Keys

  • Multiple keys per client: Production, staging, development keys
  • Key rotation: Generate new keys without losing configuration
  • Expiry management: Set expiration dates for keys
  • Secure deletion: Deactivate compromised keys immediately

Tool Configuration

Each client must explicitly configure tools to access them:

  • Simple tools: echo, get_weather - click "Add" to enable (no configuration needed)
  • Configurable tools: send_email - click "Configure" to set from address, SMTP settings
  • Per-client settings: Same tool, different configuration per client
  • Strict access control: Only configured tools are visible and callable

Available Tools

Namespaced Tool System: All tools are organized in namespaces for better organization and conflict avoidance:

Core Tools (namespace: core/):

  • core/echo - Simple echo tool for testing (no configuration needed)
  • core/weather - Weather information (no configuration needed)
  • core/send_email - Send emails (requires: from_email, optional: smtp_server)
  • core/datetime - Date and time utilities
  • core/scrape - Web scraping functionality
  • core/youtube_lookup - YouTube video information

Custom Tools (namespace: {org}/):

  • myorg/send_invoice - Custom tool would live here
  • Custom tools can be added in organization-specific namespaces
  • Each deployment can control which tools are available via environment configuration
  • Custom tools show with purple "CUSTOM" badges in admin UI vs blue "CORE" badges

Tool Discovery:

  • Use TOOLS=__all__ to automatically discover and enable all available tools
  • Or specify exact tools: TOOLS='core/echo,core/weather,myorg/send_invoice'
  • Directory structure: src/tools/{namespace}/{tool_name}/tool.py

Tool Call Tracking

All tool executions are automatically tracked in the database for monitoring and auditing:

  • Complete tracking: Input arguments, output data, execution time, and errors
  • Per-client logging: Track usage patterns by client and API key
  • Performance monitoring: Execution time tracking in milliseconds
  • Error logging: Failed tool calls with detailed error messages
  • Automatic: No configuration needed - all tool calls are logged transparently

Resource Configuration

Each client must explicitly configure resources to access them:

  • Simple resources: knowledge - click "Add" to enable with default settings
  • Configurable resources: knowledge - click "Configure" to set category filters, article limits, search permissions
  • Per-client settings: Same resource, different configuration per client (e.g., different category access)
  • Strict access control: Only configured resources are visible and accessible

Available Resources

Namespaced Resource System: Resources follow the same namespacing pattern as tools for better organization:

Core Resources:

  • knowledge - Knowledge base articles and categories (configurable: allowed_categories, max_articles, allow_search, excluded_tags)

Custom Resources (namespace: {org}/):

  • myorg/knowledge - Example of a namespaced resource
  • Custom resources can be added in organization-specific namespaces
  • Each deployment can control which resources are available via environment configuration

Resource Discovery:

  • Use RESOURCES=__all__ to automatically discover and enable all available resources
  • Or specify exact resources: RESOURCES='knowledge,myorg/product_catalog'
  • Directory structure: src/resources/{namespace}/{resource_name}/resource.py or src/resources/{resource_name}/resource.py

Resource Auto-Seeding

Resources can automatically seed initial data when their table is empty, perfect for:

  • Reference data: Countries, categories, product catalogs
  • Demo content: Sample articles, documentation
  • Initial configuration: Default settings, presets

How It Works:

  1. Resource checks if its table is empty on first initialization
  2. If empty, loads seed data from configured source (CSV/JSON file or URL)
  3. Inserts data into database with proper field mapping
  4. Only runs once - subsequent startups skip seeding

Setup Example:

class ProductCatalogResource(BaseResource): name = "myorg/products" seed_source = "seeds/initial_products.csv" # Local file # seed_source = "https://cdn.myorg.com/products.csv" # Or remote URL async def _get_model_class(self): from .models import Product return Product

Supported Formats:

  • CSV: Column names match model fields, empty strings become NULL
  • JSON: Array of objects with field names as keys
  • Remote URLs: Fetch seed data from CDNs or APIs

Example Seed Files:

# seeds/products.csv id,name,category,price,description 1,Widget A,widgets,29.99,Premium widget 2,Widget B,widgets,39.99,Deluxe widget
// seeds/products.json [ {"id": 1, "name": "Widget A", "category": "widgets", "price": 29.99}, {"id": 2, "name": "Widget B", "category": "widgets", "price": 39.99} ]

Configuration

Environment Variables

DATABASE_URL=postgresql://user:pass@host:port/db PORT=8000 SESSION_SECRET=your_secure_session_key_here SUPERADMIN_PASSWORD=your_secure_password # Tool and resource discovery TOOLS=__all__ # Enable all discovered tools, or list specific ones like 'core/echo,m38/calculator' RESOURCES=__all__ # Enable all discovered resources, or list specific ones like 'knowledge' # Tool execution queue configuration TOOL_MAX_WORKERS=20 # Max concurrent tool executions (default: 20) TOOL_QUEUE_SIZE=200 # Max queued requests (default: 200)

see .env.example for more

Multi-Tenant Architecture

The system uses three main entities:

  • Clients: Organizations or users (e.g., "ACME Corp") with UUID identifiers
  • API Keys: Multiple rotatable keys per client
  • Tool Configurations: Per-client tool settings stored as JSON with strict access control
  • Resource Configurations: Per-client resource settings stored as JSON with strict access control

Custom Tools Development

MCPeasy supports adding organization-specific tools using a simplified namespaced directory structure:

Quick Custom Tool Setup

  1. Create namespace directory: mkdir -p src/tools/yourorg
  2. Add your tool: Create src/tools/yourorg/yourtool/tool.py with your tool implementation
  3. Auto-discovery: Tool automatically discovered as yourorg/yourtool
  4. Configure environment:
    • Use TOOLS=__all__ to enable all tools automatically
    • Or specify: TOOLS='core/echo,yourorg/yourtool'
  5. Enable for clients: Use admin UI to configure tools per client

Directory Structure

src/tools/ ├── core/ # Core mcpeasy tools │ ├── echo/ │ ├── weather/ │ └── send_email/ ├── m38/ # Example custom namespace │ └── calculator/ └── yourorg/ # Your organization's tools ├── invoice_generator/ ├── crm_integration/ └── custom_reports/

Enhanced Tool Response Types

Custom tools support multiple content types for optimal LLM integration:

# Structured data (recommended for LLM processing) return ToolResult.json({"result": 42, "status": "success"}) # Human-readable text return ToolResult.text("Operation completed successfully!") # Markdown formatting return ToolResult.markdown("# Success\n\n**Result**: 42") # File references return ToolResult.file("s3://bucket/report.pdf", mime_type="application/pdf") # Error handling return ToolResult.error("Invalid operation: division by zero")

Running Synchronous Code in Tools

If your custom tool needs to run synchronous (blocking) code, use asyncio.to_thread() to avoid blocking the async event loop:

import asyncio from src.tools.base import BaseTool, ToolResult class MyCustomTool(BaseTool): @property def name(self) -> str: return "my_custom_tool" async def execute(self, arguments: dict, config: dict = None) -> ToolResult: # For CPU-bound or blocking I/O operations result = await asyncio.to_thread(self._blocking_operation, arguments) return ToolResult.json(result) def _blocking_operation(self, arguments: dict): # This runs in a thread pool, safe to block import time time.sleep(5) # Example: blocking operation return {"processed": True, "data": arguments}

Important: Never use blocking operations directly in the execute() method as it will block the entire event loop and affect other tool executions.

Custom Resources Development

MCPeasy supports adding organization-specific resources with automatic data seeding capabilities:

Quick Custom Resource Setup

  1. Create namespace directory: mkdir -p src/resources/yourorg
  2. Add your resource: Create src/resources/yourorg/yourresource/resource.py with implementation
  3. Auto-discovery: Resource automatically discovered as yourorg/yourresource
  4. Configure environment:
    • Use RESOURCES=__all__ to enable all resources automatically
    • Or specify: RESOURCES='knowledge,yourorg/yourresource'
  5. Optional seeding: Add seed_source and seeds/ directory for initial data
  6. Enable for clients: Use admin UI to configure resources per client

Directory Structure

src/resources/ ├── knowledge/ # Core resources (simple) ├── myorg/ # Namespaced resources │ └── knowledge/ │ ├── resource.py │ ├── models.py │ └── seeds/ │ ├── articles.csv │ └── categories.json └── yourorg/ # Your organization's resources ├── product_catalog/ │ ├── resource.py │ ├── models.py │ └── seeds/ │ └── products.csv └── customer_data/ ├── resource.py └── models.py

Custom Resource with Auto-Seeding

from src.resources.base import BaseResource from src.resources.types import MCPResource, ResourceContent class ProductCatalogResource(BaseResource): name = "yourorg/products" description = "Product catalog with pricing and inventory" uri_scheme = "products" # Optional: Auto-seed when table is empty seed_source = "seeds/initial_products.csv" async def _get_model_class(self): from .models import Product return Product async def list_resources(self, config=None): # Implementation with client-specific filtering pass async def read_resource(self, uri: str, config=None): # Implementation with access control pass

Templates and Documentation

  • Templates: Complete tool/resource templates in templates/ directory with auto-seeding examples
  • Best practices: Examples show proper dependency management, configuration, and data seeding
  • Namespace organization: Clean separation between core and custom tools/resources
  • Environment variable discovery: Simple TOOLS and RESOURCES configuration
  • Seed data examples: CSV and JSON seed file templates included

Development

# Start all services with live reload docker-compose up # Access services: # - App: http://localhost:8000 # - Admin: http://localhost:3000 # - Database Inspector: http://localhost:8080

Live reload on both frontend and backend

Database Inspector (Adminer)

When running with Docker Compose, Adminer provides a lightweight web interface to inspect your PostgreSQL database:

  • URL: http://localhost:8080
  • Login credentials:
    • Server: db
    • Username: postgres
    • Password: postgres
    • Database: mcp

Features:

  • Browse all tables (clients, api_keys, tool_configurations, resource_configurations, tool_calls)
  • View table data and relationships
  • Run SQL queries
  • Export data
  • Monitor database schema changes
  • Analyze tool usage patterns and performance metrics

Local Development

  • Dependencies: Managed with uv
  • Code structure: Modular design with SQLAlchemy models, session auth, admin UI
  • Database: PostgreSQL with async SQLAlchemy and Alembic migrations
  • Authentication: Session-based admin authentication with secure cookies
  • Migrations: Automatic database migrations with Alembic
  • Testing: Run development server with auto-reload

Testing MCP Endpoints

  1. Get token URL: From admin dashboard, copy the MCP URL for your token
  2. Install inspector: npx @modelcontextprotocol/inspector
  3. Open inspector: Visit http://localhost:6274 in browser (include proxy auth if needed, following instructions at inspector launch)
  4. Add server: Enter your MCP URL: http://localhost:8000/mcp/{token}
  5. Configure tools and resources: In admin interface, add/configure tools and resources for your client
  6. Test functionality: Click on configured tools and resources to test them (unconfigured items won't appear)

✅ Verified Working: The MCP Inspector successfully connects and displays only configured tools and resources!

Manual Testing

# Test capability discovery curl http://localhost:8000/mcp/{your_api_key} # Test echo tool (no configuration needed) curl -X POST http://localhost:8000/mcp/{your_api_key} \ -H "Content-Type: application/json" \ -d '{ "jsonrpc": "2.0", "id": 1, "method": "tools/call", "params": { "name": "echo", "arguments": {"message": "Hello MCP!"} } }' # Test send_email tool (uses client-specific configuration) curl -X POST http://localhost:8000/mcp/{your_api_key} \ -H "Content-Type: application/json" \ -d '{ "jsonrpc": "2.0", "id": 1, "method": "tools/call", "params": { "name": "send_email", "arguments": { "to": "user@example.com", "subject": "Test", "body": "This uses my configured from address!" } } }' # Test knowledge resource (uses client-specific configuration) curl -X POST http://localhost:8000/mcp/{your_api_key} \ -H "Content-Type: application/json" \ -d '{ "jsonrpc": "2.0", "id": 1, "method": "resources/read", "params": { "uri": "knowledge://search?q=api" } }'

Database Migrations

The system uses Alembic for database migrations with automatic execution on Docker startup for the best developer experience.

Migration Workflow (Simplified)

# 1. Create a new migration after making model changes ./migrate.sh create "add user preferences table" # 2. Restart the app (migrations apply automatically) docker-compose restart app # That's it! No manual migration commands needed.

Available Migration Commands

The ./migrate.sh script provides all migration functionality:

# Create new migration (auto-starts database if needed) ./migrate.sh create "migration message" # Apply pending migrations manually (optional) ./migrate.sh upgrade # Check current migration status ./migrate.sh status # View migration history ./migrate.sh history

How It Works

  1. Development: Use ./migrate.sh create "message" to generate migration files
  2. Automatic Application: Migrations run automatically when Docker containers start
  3. No Manual Steps: The Docker containers handle alembic upgrade head on startup
  4. Database Dependency: Docker waits for database health check before running migrations
  5. Volume Mounting: Migration files are immediately available in containers via volume mounts

Model Organization

Models are organized in separate files by domain:

  • src/models/base.py - SQLAlchemy Base class
  • src/models/client.py - Client and APIKey models
  • src/models/configuration.py - Tool and Resource configurations
  • src/models/knowledge.py - Knowledge base models
  • src/models/tool_call.py - Tool call tracking and auditing

Migration Workflow

  1. Make model changes in the appropriate model files
  2. Generate migration: The system auto-detects changes and creates migration files
  3. Review migration: Check the generated SQL in src/migrations/versions/
  4. Deploy: Migrations run automatically on startup in production

Production Migration Behavior

  • ✅ Automatic execution: Migrations run on app startup
  • ✅ Safe rollouts: Failed migrations prevent app startup
  • ✅ Version tracking: Database tracks current migration state
  • ✅ Idempotent: Safe to run multiple times

Performance & Scalability

The system is optimized for production workloads with several performance enhancements:

  • Queue-based execution: Bounded concurrency with configurable worker pools prevents server overload
  • Fair scheduling: FIFO queue ensures all clients get served during traffic bursts
  • Background processing: Tool call logging moved to background tasks for faster response times
  • Extended timeouts: 3-minute timeouts support long-running tools (configurable)
  • Configuration caching: 5-minute TTL cache reduces database queries for configuration lookups
  • Connection pooling: Optimized PostgreSQL connection management with pre-ping validation
  • Multi-worker setup: 2 workers optimized for Fly.io deployment with automatic recycling
  • Queue monitoring: Real-time queue metrics available at /metrics/queue endpoint

Queue Configuration

Control tool execution concurrency and queue behavior:

# Environment variables for .env TOOL_MAX_WORKERS=20 # Concurrent tool executions (default: 20) TOOL_QUEUE_SIZE=200 # Maximum queued requests (default: 200) # Recommended settings by server size: # Small servers: TOOL_MAX_WORKERS=5, TOOL_QUEUE_SIZE=50 # Production: TOOL_MAX_WORKERS=50, TOOL_QUEUE_SIZE=500

Queue Monitoring

# Check queue health and capacity curl http://localhost:8000/metrics/queue # Response includes: { "queue_depth": 3, # Current requests waiting "max_workers": 20, # Maximum concurrent executions "max_queue_size": 200, # Maximum queue capacity "workers_started": 20, # Number of active workers "is_started": true # Queue system status }

Deployment

  • Platform: Recommended deployment with Fly.io. NB! In some situations (e.g. if your MCP client connected to this runs inside cloudflare workers - you should set force_https = false in your fly.toml, because otherwise you may get endless redirect issues on the MCP client side)
  • Database: Any postgres will do, tested on Neon PostgreSQL with automatic migrations
  • Environment: Production-ready with proper error handling and migration safety
  • Workers: 2 Uvicorn workers with 1000 request recycling for optimal memory management

This server cannot be installed

-
security - not tested
F
license - not found
-
quality - not tested

How are these scores calculated?

remote-capable server

The server can be hosted and run remotely because it primarily relies on remote services or has no dependency on the local environment.

A production-grade multi-tenant MCP server that provides different tools and configurations to different clients using API key-based routing.

  1. Architecture
    1. Key Features
      1. Quick Start
        1. API Endpoints
          1. Client & API Key Management
            1. Creating Clients
            2. Managing API Keys
            3. Tool Configuration
            4. Available Tools
            5. Tool Call Tracking
            6. Resource Configuration
            7. Available Resources
            8. Resource Auto-Seeding
          2. Configuration
            1. Environment Variables
            2. Multi-Tenant Architecture
          3. Custom Tools Development
            1. Quick Custom Tool Setup
            2. Directory Structure
            3. Enhanced Tool Response Types
            4. Running Synchronous Code in Tools
          4. Custom Resources Development
            1. Quick Custom Resource Setup
            2. Directory Structure
            3. Custom Resource with Auto-Seeding
            4. Templates and Documentation
          5. Development
            1. Docker Development (Recommended)
            2. Database Inspector (Adminer)
            3. Local Development
          6. Testing MCP Endpoints
            1. Using MCP Inspector (Recommended)
            2. Manual Testing
          7. Database Migrations
            1. Migration Workflow (Simplified)
            2. Available Migration Commands
            3. How It Works
            4. Model Organization
            5. Migration Workflow
            6. Production Migration Behavior
          8. Performance & Scalability
            1. Queue Configuration
            2. Queue Monitoring
          9. Deployment

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