adguard-home-agent 0.2.54

AdGuard Home MCP Server for Agentic AI!

AdGuard Home Agent - A2A | AG-UI | MCP | API

Version: 0.2.54

Overview

The AdGuard Home MCP Server provides a Model Context Protocol (MCP) interface to interact with the AdGuard Home API, enabling automation and management of AdGuard Home resources such as devices, DNS servers, filter lists, query logs, and statistics. This server is designed to integrate seamlessly with AI-driven workflows and can be deployed as a standalone service or used programmatically.

Features

• Comprehensive API Coverage: Manage AdGuard Home resources including devices, DNS servers, filter lists, query logs, and statistics.
• MCP Integration: Exposes AdGuard Home API functionalities as MCP tools for use with AI agents or direct API calls.
• Authentication: Supports Basic Authentication.
• Environment Variable Support: Securely configure credentials and settings via environment variables.
• Docker Support: Easily deployable as a Docker container for scalable environments.
• Extensive Documentation: Clear examples and instructions for setup, usage, and testing.

MCP

MCP Tools

The adguard-home-agent package exposes the following MCP tools, organized by category:

Account & Profile

• get_account_limits(): Get account limits.
• get_profile(): Get current user profile info.
• update_profile(profile_data): Update current user profile info.

Blocked Services

• get_all_blocked_services(): Get available services to block.
• get_blocked_services_list(): Get blocked services list.
• update_blocked_services(services): Update blocked services list.

Clients

• list_clients(): List all clients.
• search_clients(query): Search for clients.
• add_client(name, ids, ...): Add a new client.
• update_client(name, data): Update a client.
• delete_client(name): Delete a client.

DHCP

• get_dhcp_status(): Get DHCP status.
• get_dhcp_interfaces(): Get available interfaces.
• set_dhcp_config(config): Set DHCP configuration.
• find_active_dhcp(interface): Find active DHCP server.
• add_dhcp_static_lease(mac, ip, hostname): Add static lease.
• remove_dhcp_static_lease(mac, ip, hostname): Remove static lease.
• update_dhcp_static_lease(mac, ip, hostname): Update static lease.
• reset_dhcp(): Reset DHCP config.
• reset_dhcp_leases(): Reset DHCP leases.

DNS

• get_dns_info(): Get DNS parameters.
• set_dns_config(config): Set DNS parameters.
• test_upstream_dns(upstreams): Test upstream configuration.
• set_protection(enabled, duration): Set protection state.
• clear_cache(): Clear DNS cache.

Filtering

• get_filtering_status(): Get filtering status.
• set_filtering_config(enabled, interval): Set filtering config.
• set_filtering_rules(rules): Set user-defined rules.
• check_host_filtering(name): Check if host is filtered.
• add_filter_url(name, url, whitelist): Add filter URL.
• remove_filter_url(url, whitelist): Remove filter URL.
• set_filter_url_params(url, name, whitelist): Set filter URL parameters.
• refresh_filters(whitelist): Refresh filters.

Mobile Config

• get_doh_mobile_config(host, client_id): Get DNS over HTTPS .mobileconfig.
• get_dot_mobile_config(host, client_id): Get DNS over TLS .mobileconfig.

Query Log

• get_query_log(limit, ...): Get query log.
• get_query_log_config(): Get query log config.
• set_query_log_config(enabled, ...): Set query log config.
• clear_query_log(): Clear query log.

Rewrites

• list_rewrites(): List DNS rewrites.
• add_rewrite(domain, answer): Add DNS rewrite.
• update_rewrite(target, update): Update DNS rewrite.
• delete_rewrite(domain, answer): Delete DNS rewrite.
• get_rewrite_settings(): Get rewrite settings.
• update_rewrite_settings(enabled): Update rewrite settings.

Settings

• get_safebrowsing_status(): Get SafeBrowsing status.
• enable_safebrowsing(): Enable SafeBrowsing.
• disable_safebrowsing(): Disable SafeBrowsing.
• get_safesearch_status(): Get SafeSearch status.
• update_safesearch_settings(enabled, ...): Update SafeSearch settings.
• get_parental_status(): Get parental control status.
• enable_parental_control(): Enable parental control.
• disable_parental_control(): Disable parental control.

Statistics

• get_stats(): Get overall statistics.
• get_stats_config(): Get stats config.
• set_stats_config(interval): Set stats config.
• reset_stats(): Reset all statistics.

System

• get_version(): Get AdGuard Home version/status.

TLS

• get_tls_status(): Get TLS status.
• configure_tls(config): Configure TLS.
• validate_tls(config): Validate TLS config.

A2A Agent

Architecture:

---
config:
  layout: dagre
---
flowchart TB
 subgraph subGraph0["Agent Capabilities"]
        C["Agent"]
        B["A2A Server - Uvicorn/FastAPI"]
        D["MCP Tools"]
        F["Agent Skills"]
  end
    C --> D & F
    A["User Query"] --> B
    B --> C
    D --> E["Platform API"]

     C:::agent
     B:::server
     A:::server
    classDef server fill:#f9f,stroke:#333
    classDef agent fill:#bbf,stroke:#333,stroke-width:2px
    style B stroke:#000000,fill:#FFD600
    style D stroke:#000000,fill:#BBDEFB
    style F fill:#BBDEFB
    style A fill:#C8E6C9
    style subGraph0 fill:#FFF9C4

Component Interaction Diagram

sequenceDiagram
    participant User
    participant Server as A2A Server
    participant Agent as Agent
    participant Skill as Agent Skills
    participant MCP as MCP Tools

    User->>Server: Send Query
    Server->>Agent: Invoke Agent
    Agent->>Skill: Analyze Skills Available
    Skill->>Agent: Provide Guidance on Next Steps
    Agent->>MCP: Invoke Tool
    MCP-->>Agent: Tool Response Returned
    Agent-->>Agent: Return Results Summarized
    Agent-->>Server: Final Response
    Server-->>User: Output

Graph Architecture

This agent uses pydantic-graph orchestration for intelligent routing and optimal context management.

---
title: AdGuard Home Agent Graph Agent
---
stateDiagram-v2
  [*] --> RouterNode: User Query
  RouterNode --> DomainNode: Classified Domain
  RouterNode --> [*]: Low confidence / Error
  DomainNode --> [*]: Domain Result

• RouterNode: A fast, lightweight LLM (e.g., nvidia/nemotron-3-super) that classifies the user's query into one of the specialized domains.
• DomainNode: The executor node. For the selected domain, it dynamically sets environment variables to temporarily enable ONLY the tools relevant to that domain, creating a highly focused sub-agent (e.g., gpt-4o) to complete the request. This preserves LLM context and prevents tool hallucination.

Usage

MCP CLI

Short Flag	Long Flag	Description
-h	--help	Display help information
	--auth-type	Authentication type (default: none)

A2A CLI

Endpoints

• Web UI: http://localhost:8000/ (if enabled)
• A2A: http://localhost:8000/a2a (Discovery: /a2a/.well-known/agent.json)
• AG-UI: http://localhost:8000/ag-ui (POST)

Long Flag	Description	Default
--host	Host to bind the server to	0.0.0.0
--port	Port to bind the server to	9000
--reload	Enable auto-reload	False
--provider	LLM Provider (openai, anthropic, google, etc)	openai
--model-id	LLM Model ID	nvidia/nemotron-3-super
--base-url	LLM Base URL (for OpenAI compatible providers)	http://host.docker.internal:1234/v1
--api-key	LLM API Key	ollama
--mcp-url	MCP Server URL to connect to	None
--mcp-config	MCP Server Config	.../mcp_config.json
--skills-directory	Directory containing agent skills	...
--web	Enable Pydantic AI Web UI	False (Env: ENABLE_WEB_UI)

Using as an MCP Server

The MCP Server can be run in two modes: stdio (for local testing) or http (for networked access). To start the server, use the following commands:

Run in stdio mode (default):

adguard-home-mcp

Run in HTTP mode:

adguard-home-mcp --transport http --host 0.0.0.0 --port 8012

Set environment variables for authentication:

export ADGUARD_URL="http://adguard-home:3000"
export ADGUARD_USERNAME="your-username"
export ADGUARD_PASSWORD="your-password"

Use API Directly

You can interact with the AdGuard Home API directly using the Api class from adguard_api.py. Below is an example of creating a device:

from adguard_home_agent.adguard_api import Api

# Initialize the API client
client = Api(
    base_url="http://adguard-home:3000",
    username="your-username",
    password="your-password"
)

# Create a device
device = client.create_device(
    name="Test Device",
    device_type="mobile",
    dns_server_id="123"
)
print(device)

Deploy MCP Server as a Service

The AdGuard Home MCP server can be deployed using Docker.

Using Docker Run

docker pull knucklessg1/adguard-home-agent:latest

docker run -d \
  --name adguard-home-mcp \
  -p 8012:8012 \
  -e HOST=0.0.0.0 \
  -e PORT=8012 \
  -e TRANSPORT=http \
  -e ADGUARD_URL=http://adguard-home:3000 \
  -e ADGUARD_USERNAME=your-username \
  -e ADGUARD_PASSWORD=your-password \
  knucklessg1/adguard-home-agent:latest

Using Docker Compose

Create a compose.yml file:

services:
  adguard-home-mcp:
    image: knucklessg1/adguard-home-agent:latest
    environment:
      - HOST=0.0.0.0
      - PORT=8012
      - TRANSPORT=http
      - ADGUARD_URL=${ADGUARD_URL}
      - ADGUARD_USERNAME=${ADGUARD_USERNAME}
      - ADGUARD_PASSWORD=${ADGUARD_PASSWORD}
    ports:
      - "8012:8012"

Run the service:

docker-compose up -d

Install Python Package

Install the adguard-home-agent package using pip:

python -m pip install adguard-home-agent[all]

Dependencies

Ensure the following Python packages are installed:

• requests
• fastmcp
• pydantic

Install dependencies manually if needed:

python -m pip install requests fastmcp pydantic

Tests

Pre-commit Checks

Run pre-commit checks to ensure code quality and formatting:

pre-commit run --all-files

To set up pre-commit hooks:

pre-commit install

Validate MCP Server

Validate the MCP server configuration and tools using the MCP inspector:

npx @modelcontextprotocol/inspector adguard-home-mcp

Repository Owners

Contributing

Contributions are welcome! Please follow these steps:

1. Fork the repository.
2. Create a new branch (git checkout -b feature/your-feature).
3. Make your changes and commit (git commit -m 'Add your feature').
4. Push to the branch (git push origin feature/your-feature).
5. Open a pull request.

Please ensure your code passes pre-commit checks and includes relevant tests.

License

This project is licensed under the MIT License. See the LICENSE file for details.

Support

For issues or feature requests, please open an issue on the GitHub repository. For general inquiries, contact the maintainers via GitHub.