huehub-py 0.1.0

Local control of the Philips Hue Bridge via CLIP API v2: library, CLI, and MCP server

huehub

Local control of the Philips Hue Bridge via CLIP API v2 — Python library, CLI, and MCP server.

huehub talks directly to your bridge over HTTPS — no Philips cloud, no account, no internet required.

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Features

• Full CLIP API v2 coverage — lights, rooms, zones, scenes, sensors, devices
• Async Python library — async with HueBridgeClient(cfg) as client: ...
• Rich CLI — human-readable tables or --json for scripts
• MCP server — expose your bridge as tools to Claude or any MCP client
• TLS cert pinning — extracts and pins the bridge certificate automatically
• SSE event stream — subscribe to real-time bridge events
• On-disk resource cache — fast repeated reads, configurable TTL

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Installation

pip install huehub-py
# or with uv
uv add huehub-py

Requires Python 3.14+.

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Quick start

1. Discover your bridge

hue discover

┏━━━━━━━━━━━━━━━━━┳━━━━━━━━━━━━━━━━━━┓
┃ Host            ┃ Bridge ID        ┃
┡━━━━━━━━━━━━━━━━━╇━━━━━━━━━━━━━━━━━━┩
│ 192.168.1.10    │ c42996fffec629f5 │
└─────────────────┴──────────────────┘

2. Pin the TLS certificate

hue setup --host 192.168.1.10

Extracting TLS certificate from 192.168.1.10:443…
Certificate saved to ~/.cache/huehub/default/bridge.pem
Press the link button on your Hue Bridge NOW…
Then run: hue authenticate

3. Register an application key

Press the link button on the bridge, then:

hue authenticate

Application key registered: yqPX7XTm…

Config is saved to ~/.config/huehub/config.toml. You're done.

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CLI reference

hue [--host IP] [--key KEY] [--json] [--verbose] <command>

Command	Description
hue discover	mDNS / cloud discovery of bridges
hue setup --host IP	Extract and pin the bridge TLS certificate
hue authenticate	Register a new application key
hue info	Bridge firmware, model, API version
hue lights list	All lights with status
hue lights on NAME	Turn a light on
hue lights off NAME	Turn a light off
hue lights set NAME	Set brightness / colour / colour-temp
hue rooms list	Rooms with light count
hue rooms on NAME	Turn all lights in a room on
hue rooms off NAME	Turn all lights in a room off
hue rooms set NAME	Set brightness / colour for a room
hue zones list	Zones with light count
hue scenes list	Scenes, optionally filtered by room
hue scenes activate NAME	Activate a scene
hue devices list	All paired devices
hue sensors list	Motion, temperature, light-level, contact
hue api get PATH	Raw GET request to /clip/v2/...

Use --json before the subcommand for machine-readable output:

hue --json rooms list | jq '.[].name'

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Python library

import asyncio
from huehub import HueBridgeClient, load_config


async def main():
    async with HueBridgeClient(load_config()) as hue:
        # List all lights
        for light in await hue.list_lights():
            print(light.name, light.on, f"{light.brightness:.0%}")

        # Turn on a room at 60 % warm white
        await hue.turn_on_room("Wohnzimmer", brightness=60, color="2700K")

        # Activate a scene
        await hue.activate_scene("Relax")

        # Stream real-time events
        async for event in hue.listen():
            print(event)


asyncio.run(main())

Colour input formats

turn_on, set_light, set_room, and set_zone all accept the same flexible color argument:

Format	Example
Colour temperature (Kelvin)	"2700K", "4000k"
Named white	"warm", "cool", "daylight"
CSS hex	"#FF8800"
CSS name	"red", "blue", "coral"

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MCP server

huehub ships with an MCP server that exposes the bridge as tools for Claude or any MCP-compatible client.

Claude Desktop

Add to claude_desktop_config.json:

{
  "mcpServers": {
    "hue": {
      "command": "hue-mcp"
    }
  }
}

VS Code (agent mode)

{
  "mcp": {
    "servers": {
      "hue": { "command": "hue-mcp", "type": "stdio" }
    }
  }
}

Available MCP tools

hue_get_bridge_info · hue_list_lights · hue_turn_on · hue_turn_off · hue_set_light · hue_list_rooms · hue_set_room · hue_list_zones · hue_set_zone · hue_list_scenes · hue_activate_scene · hue_list_devices · hue_list_sensors · hue_list_entertainment_zones · hue_get_raw

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Configuration

Config file: ~/.config/huehub/config.toml

[bridge]
host = "192.168.1.10"
application_key = "your-key-here"

[tls]
# auto (default) | verify | skip
mode = "verify"

[connection]
request_timeout_s = 10

[cache]
ttl_seconds = 300

[color]
default_transition_ms = 400

Environment variable overrides:

Variable	Overrides
HUE_BRIDGE_HOST	bridge.host
HUE_APPLICATION_KEY	bridge.application_key
HUE_TLS_MODE	tls.mode
HUE_CONFIG_DIR	config directory path

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TLS modes

Mode	Behaviour
auto	Use pinned cert if present, fall back to skip (with warning)
verify	Require pinned cert — fail if absent
skip	Disable TLS verification (not recommended)

Run hue setup to extract and pin the bridge certificate. The certificate is stored in ~/.cache/huehub/<bridge-id>/bridge.pem. Connection by IP is supported even though the bridge certificate's SAN contains the hostname.

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Development

git clone https://github.com/jenreh/huehub-py
cd huehub-py
uv sync --extra dev
task test      # pytest with coverage
task lint      # ruff + mypy
task format    # ruff format

[!NOTE] A FakeBridge simulator (huehub.simulator) is included for use in tests. It registers all expected CLIP v2 endpoints against pytest-httpx without requiring a real bridge.