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3 days ago
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MCP Playbooks for AI agents
curl -LsSf https://director.run/install.sh | sh
Director allows you to provide playbooks to AI Agents. A playbook is a set of MCP tools, prompts and configuration, that give agents new skills. You can connect Claude, Cursor and VSCode in 1-click, or integrate manually through a single MCP endpoint.
Playbooks are portable, declarative YAML files that can easily be shared (or committed to version control). Director is local-first - installation and client integration takes 30 seconds. In addition, Director provides all of the MCP management functionality that you'd expect: tool filtering, logging, strong isolation, and unified OAuth.
director-demo.mp4
- 📚 Playbooks - Maintain sets of tools, prompts and config for different tasks or environments.
- 🚀 1-Click Integration - Switch playbooks with a single click. Currently supports Claude Code, Claude Desktop, Cursor, VSCode
- 🔗 Shareable - Playbooks are flat files which can be shared or committed to version control easily.
- 🏠 Local-First - Director is local-first, designed to easily run on your own machine or infrastructure.
- 🔑 Unified OAuth - Connect to OAuth MCPs centrally, and use them across all of your agents.
- 🎯 Tool Filtering - Select only the MCP tools that are required for the specific task, preserving context.
- 📋 Declarative - Like terraform for AI agents, Director will enforce playbook to client mapping on startup.
- 🔧 Flexibility - You can configure director through the UI, by editing the config file, through the CLI or even using the Typescript SDK.
- 📊 Observability - Centralized JSON logging, that allows you to understand exactly what your agent is doing.
- 🔌 MCP Compliant - Just works with any MCP server or client. Up to date with the latest MCP spec.
# Install Director
$ curl -LsSf https://director.run/install.sh | sh
# Start the onboarding flow
$ director quickstart
A playbook is a set of tools, prompts and configuration, used to provide specific capabilities to your agent. Under the hood, playbooks are built on top of the MCP tools & prompts primitives.
The easiest way to author a playbook is via the UI (director studio). But you can also use the CLI or write the config manually (see below). You can have many playbooks, typically one per task or per environment. Connecting them is one click in the UI (or one CLI command / config entry), connections are enforced on startup.
# Client <> Playbook mappings (enforced on startup)
clients:
cursor: [ demo ]
playbooks:
- id: demo
name: demo
description: A demonstration playbook
#
# Prompts
#
prompts:
- name: changelog
title: changelog
description: ""
body: "write a short changelog based on recent changes on the
director-run/director repository and the post it to to the slack
#general channel. Make sure the message will format correctly inside
of slack"
#
# MCP Servers
#
servers:
# GitHub server
- name: github
type: http
url: https://api.githubcopilot.com/mcp/
headers:
Authorization: Bearer
<YOUR_GITHUB_TOKEN>
# This server is enabled
disabled: false
# Only include the tools you need
tools:
include:
- list_commits
- search_pull_requests
- get_latest_release
# Prompts from MCP server are disabled by default
prompts:
include: []
- name: slack
type: stdio
command: npx
args:
- -y
- "@modelcontextprotocol/server-slack"
env:
SLACK_TEAM_ID: <YOUR_SLACK_TEAM_ID>
SLACK_BOT_TOKEN: <YOUR_SLACK_BOT_TOKEN>
SLACK_CHANNEL_IDS: <YOUR_SLACK_CHANNEL_ID>
# This server is enabled
disabled: false
# Only include the tools you need
tools:
include:
- slack_list_channels
- slack_post_message
# Prompts from MCP server are disabled by default
prompts:
include: []
At a high level, Director is a service that sits between your agents and MCP servers. It's transparent to clients, requiring no additional tokens. It models playbooks, which can be thought of as standalone, portable skills that enhance your AI agent with new capabilities.
# Install the director CLI + dependencies (node, npm & uvx) via the 1-liner:
$ curl -LsSf https://director.run/install.sh | sh
# Alternatively, install through npm:
$ npm install -g @director.run/cli
# Start director & open the UI
$ director quickstart
The simplest way to interact with director is via the admin interface:
# Open studio in your browser
$ director studio
Playbooks for your AI agent
USAGE
director <command> [subcommand] [flags]
CORE COMMANDS
quickstart Start the gateway and open the studio in your browser
serve Start the web service
studio Open the UI in your browser
ls List playbooks
get <playbookId> [serverName] Show playbook details
auth <playbookId> <server> Authenticate a server
create <name> Create a new playbook
destroy <playbookId> Delete a playbook
connect <playbookId> [options] Connect a playbook to a MCP client
disconnect <playbookId> [options] Disconnect a playbook from an MCP client
add <playbookId> [options] Add a server to a playbook.
remove <playbookId> <serverName> Remove a server from a playbook
update <playbookId> [serverName] [options] Update playbook attributes
http2stdio <url> Proxy an HTTP connection (sse or streamable) to a stdio stream
env [options] Print environment variables
status Get the status of the director
REGISTRY
registry ls List all available servers in the registry
registry get <entryName> Get detailed information about a registry item
registry readme <entryName> Print the readme for a registry item
MCP
mcp list-tools <playbookId> List tools on a playbook
mcp get-tool <playbookId> <toolName> Get the details of a tool
mcp call-tool <playbookId> <toolName> [options] Call a tool on a playbook
PROMPTS
prompts ls <playbookId> List all prompts for a playbook
prompts add <playbookId> Add a new prompt to a playbook
prompts edit <playbookId> <promptName> Edit an existing prompt
prompts remove <playbookId> <promptName> Remove a prompt from a playbook
prompts get <playbookId> <promptName> Show the details of a specific prompt
FLAGS
-V, --version output the version number
EXAMPLES
$ director create my-playbook # Create a new playbook
$ director add my-playbook --entry fetch # Add a server to a playbook
$ director connect my-playbook --target claude # Connect my-playbook to claude
#
# Server config
#
server:
# Defaults to 3673
port: 1234
#
# Client <> Playbook mappings (enforced on startup)
#
clients:
cursor: [ demo ]
playbooks:
- id: demo
name: demo
description: A demonstration playbook
#
# Prompts
#
prompts:
- name: changelog
title: changelog
description: ""
body: "write a short changelog based on recent changes on the
director-run/director repository and the post it to to the slack
#general channel. Make sure the message will format correctly inside
of slack"
#
# MCP Servers
#
servers:
# GitHub server
- name: github
type: http
url: https://api.githubcopilot.com/mcp/
headers:
Authorization: Bearer
<YOUR_GITHUB_TOKEN>
# This server is enabled
disabled: false
# Only include the tools you need
tools:
include:
- list_commits
- search_pull_requests
- get_latest_release
# Prompts from MCP server are disabled by default
prompts:
include: []
- name: slack
type: stdio
command: npx
args:
- -y
- "@modelcontextprotocol/server-slack"
env:
SLACK_TEAM_ID: <YOUR_SLACK_TEAM_ID>
SLACK_BOT_TOKEN: <YOUR_SLACK_BOT_TOKEN>
SLACK_CHANNEL_IDS: <YOUR_SLACK_CHANNEL_ID>
# This server is enabled
disabled: false
# Only include the tools you need
tools:
include:
- slack_list_channels
- slack_post_message
# Prompts from MCP server are disabled by default
prompts:
include: []
Programmatic control for advanced use cases:
import { Gateway, GatewayConfig } from "@director.run/sdk";
// Start the gateway
const gateway = await Gateway.start({
config: await GatewayConfig.createMemoryBasedConfig({
defaults: {
server: {
port: 3673,
},
},
}),
baseUrl: "http://localhost:3673",
});
// Add a new playbook
await gateway.playbookStore.create({
name: "test",
servers: [
{
name: "notion",
type: "http",
url: "https://mcp.notion.com/mcp",
},
],
});
- apps/cli - The command-line interface, the primary way to interact with Director. Available on npm.
- apps/sdk - The Typescript SDK, available on npm.
- apps/docker - The Director docker image, which allows you to run Director (and all MCP servers) securely inside a container. Available on Docker Hub.
- apps/docs - Project documentation hosted at https://docs.director.run
- apps/registry - Backend for the registry hosted at https://registry.director.run
- apps/sandbox - A tool for running Director (and all MCP servers) securely inside a VM. Apple Silicon only.
- apps/studio - Director frontend application
- packages/client-configurator - Library for managing MCP client configuration files
- packages/gateway - Core gateway and playbook logic
- packages/mcp - Extensions to MCP SDK that add middleware functionality
- packages/utilities - Shared utilities used across all packages and apps
- packages/design - Design system: reusable UI components, hooks, and styles for all Director apps
This is a monorepo managed by Turborepo.
If you're using director, have any ideas, or just want to chat about MCP, we'd love to chat:
- 💬 Join our Discord
- 📧 Send us an Email
- 🐛 Report a Bug
- 🐦 Follow us on X / Twitter
We welcome contributions! See CONTRIBUTING.mdx for guidelines.
# Fork and clone
git clone https://github.com/director_run/director
cd director
./scripts/setup-development.sh
bun run test
AGPL v3 - See LICENSE for details.
