Composio Smart Home MCP. Manage every device—from lights to thermostats—with one command.
Gemini Works with every AI agent you already use
…and any MCP-compatible client
Just plug in your AI agents and start using Vinkius.
Composio Smart Home. Controls 1000+ smart devices—lights, climate, security—using a single API. Your AI client speaks natural language, and this server handles the complex translation into precise commands for brands like Philips Hue, Sensibo, and SmartThings.
You'll manage multiple ecosystems without managing individual API keys or authentication.
What your AI agents can do
Execute composio tool
Runs a smart home tool using structured JSON arguments.
Execute composio tool with text
Runs a smart home tool based on a natural language instruction from the user.
Execute multiple composio tools
Sends multiple smart home tools in a single request, accepting JSON arguments or text for each.
You can see every smart home tool available by calling list_composio_tools or searching by app slug with search_composio_tools.
Before running a command, you can view the full JSON schema and required parameters for any tool using get_composio_tool_schema.
Your AI client translates conversational English into actions using execute_composio_tool_with_text.
Execute several smart home tools in one go, whether you pass JSON arguments or natural language text, using execute_multiple_composio_tools.
List all smart home accounts and integrations connected to Composio using list_connected_accounts.
Ask AI about this MCP
Supported MCP Clients
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Composio Smart Home MCP Server: 8 Tools for Device Control
These tools allow your AI client to discover, list, validate, and execute commands across 1000+ smart home integrations.
019d7579execute composio tool
Runs a smart home tool using structured JSON arguments.
019d7579execute composio tool with text
Runs a smart home tool based on a natural language instruction from the user.
019d7579execute multiple composio tools
Sends multiple smart home tools in a single request, accepting JSON arguments or text for each.
019d7579get composio tool schema
Retrieves the full JSON schema and required parameters for a specific smart home tool.
019d7579list app tools
Lists all available tools for a single smart home app integration (e.g., just Philips Hue).
019d7579list composio tools
Lists every available smart home tool and integration across the Composio platform.
019d7579list connected accounts
Lists all smart home accounts and integrations currently connected to Composio.
019d7579search composio tools
Searches for smart home tools using an app slug or a general keyword.
Choose How to Get Started
Build a custom MCP for your own tools, or connect a ready-made integration from our catalog.
Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
- Import from OpenAPI, Swagger, or YAML specs
- Create Agent Skills with progressive disclosure
- Deploy to edge with MCPFusion framework
- Built in DLP, auth, and compliance on every call
- Real time usage dashboard and cost metering
- Publish to catalog or keep private
Make Your AI Do More
Start with Composio Smart Home, then connect any of our 4,700+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 4,700+ others, all in one place
- Add new capabilities to your AI anytime you want
- Every connection is secured and compliant automatically
- Track usage and costs across all your servers
- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog every week
What you can do with this MCP connector
Composio Smart Home lets your AI client run smart home commands across thousands of devices. You'll manage lights, climate, and security systems using one API, so you never have to juggle individual API keys for Philips Hue, SmartThings, or Sensibo. Your agent translates natural language into precise commands, and this server handles the whole mess.
You can list all available tools by calling list_composio_tools, or you can narrow down what you need by using search_composio_tools with an app slug. Before running any command, you can check the full JSON schema and required parameters for a specific tool using get_composio_tool_schema. You'll always know what you're dealing with.
When you're ready to execute something, you can run a smart home tool using structured JSON arguments with execute_composio_tool. If you're talking to your agent in plain English, it uses execute_composio_tool_with_text to translate your conversation into actions. You can also send multiple smart home tools in a single request, whether you pass JSON arguments or natural language text, using execute_multiple_composio_tools.
You'll manage connected accounts easily; just call list_connected_accounts to see all the smart home accounts and integrations Composio is hooked up to. You can also list every available tool for a single integration (like just Philips Hue) by running list_app_tools. You can find every single tool available across the platform by calling list_composio_tools.
How Composio Smart Home MCP Works
- 1 Subscribe to the server and enter your Composio API key. You get this key at https://app.composio.dev/.
- 2 Your AI client sends a request—either a natural language prompt or a structured JSON payload—to the server.
- 3 The server translates the intent, validates the parameters, and executes the necessary commands across the connected smart home devices.
The bottom line is, your AI client acts as a universal smart home controller, translating simple commands into actions across multiple device brands.
Who Is Composio Smart Home MCP For?
Property managers, automation builders, and AI agent developers need this. If your job involves controlling multiple brands of smart devices—say, managing different lighting systems, thermostats, and cameras across several properties—this server unifies that chaos. It lets your AI client treat a whole house, not just one brand, as a single controllable entity.
Manages diverse smart home ecosystems across multiple properties, needing one interface to check security status or adjust climate control.
Composes complex, multi-device workflows (e.g., 'Movie Night' routine) by chaining actions across different smart home brands.
Integrates smart home control into production agents without needing to manage individual API authentication for every device brand.
What Changes When You Connect
- The biggest change is unification. You manage multiple device brands (Philips Hue, Sensibo, SmartThings) through one API key, eliminating the need to handle separate authentication for every ecosystem.
- Complex routines are simple. Instead of multiple function calls, use
execute_multiple_composio_toolsto run 'Movie Night'—dimming lights, locking doors, and setting the AC—in a single, sequential request. - Discovery is simple. If you forget what tools are available, run
list_composio_toolsto see the entire catalog, or usesearch_composio_toolsto narrow it down by app or keyword. - You control the input. You can either write structured JSON arguments using
execute_composio_toolor just speak naturally usingexecute_composio_tool_with_text. Composio handles the mapping either way. - State is always visible. Use
get_composio_tool_schemato check the exact parameters and expected data types for any tool before running it. This prevents runtime errors. - Account management is centralized.
list_connected_accountslets you verify which smart home services are actively linked to your system before building a workflow.
Real-World Use Cases
Setting up a Vacation Scene
The property manager needs to secure an empty house. They ask their agent to run the 'Vacation Mode' routine. The agent uses execute_multiple_composio_tools to check all connected devices, ensuring the lights are off, the AC is set to 'Eco,' and the smart locks are armed. The whole scene runs in one call, confirming the house is secured.
Troubleshooting a Light Fixture
A user's light isn't responding. The developer asks the agent to check the state. The agent first uses list_app_tools for the specific lighting app, then uses get_composio_tool_schema to verify the required parameters, finally executing a state check command. The user gets immediate feedback on the device status.
Creating a Customized Climate Routine
A user wants to cool the house only when they are home. The agent uses search_composio_tools to find climate-related tools. It then uses execute_composio_tool_with_text to set the temperature and schedule the change, combining multiple device actions into one conversational prompt.
Onboarding a New Property
The property manager adds a new brand (e.g., Ring security). They use list_connected_accounts to verify the addition. They then use list_composio_tools to see what new actions are available for Ring, ensuring the agent can incorporate it into existing workflows.
The Tradeoffs
Calling tools sequentially
Trying to control a whole house by calling 10 different API endpoints one after another, waiting for each one to succeed. This is slow and fails if any single endpoint times out.
→
Use execute_multiple_composio_tools to group related actions (like 'lights off' and 'AC set') into a single request. This dramatically improves reliability and speed.
Guessing parameters
Writing a command that assumes a specific device ID or temperature unit without checking the required input. The system fails with a vague error message.
→
Before executing, always run get_composio_tool_schema to verify the exact parameters and data types needed for the tool. This prevents failed calls.
Ignoring app boundaries
Trying to run a general command that only works for one brand (e.g., a specific 'scene' name) across multiple different systems like Hue and SmartThings.
→
Use list_app_tools to isolate the tools for one brand, or use search_composio_tools to find the correct tool for the specific brand you want to control.
When It Fits, When It Doesn't
Use this if your workflow requires controlling diverse smart home brands (Philips Hue, Sensibo, etc.) or if you need to run multiple, chained device actions in a single go. You should use it when the complexity comes from the number of brands or the number of actions.
Don't use this if you only need to manage a single, isolated device (e.g., just changing the color on one bulb). For simple, single-tool actions, calling the brand's native API might be simpler. Also, don't use this if your primary need is just to store device data—you're using it to act on the data, not just read it. Always check get_composio_tool_schema first to understand the boundaries.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Composio. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This server provides 8 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Managing smart devices used to mean jumping between five different dashboards.
Today, setting a simple 'Goodnight' scene is a multi-step chore. You have to log into the lighting app, dim the bulbs; then switch to the climate app to set the thermostat; then maybe into the security panel to arm the system. You're copy-pasting schedules, toggling tabs, and dealing with five different login credentials just to make your house feel secure.
With the Composio Smart Home MCP Server, your AI client handles it all. You tell your agent, 'Goodnight.' The agent runs `execute_multiple_composio_tools` behind the scenes, coordinating actions across the lighting, climate, and security systems automatically. You get a single confirmation that the entire house is secured.
Composio Smart Home MCP Server: Run multi-device commands via AI.
Manual workflows force you to treat each device brand and each action as a separate, brittle step. You're limited by the specific API endpoints and the time it takes to authenticate to each service.
Now, you write one instruction. The Composio API interprets the intent, executes the necessary tools—whether it's `execute_composio_tool` or `execute_multiple_composio_tools`—and resolves the state across every connected device. It's one unified layer of control.
Common Questions About Composio Smart Home MCP
What smart home devices and apps are supported through Composio? +
Composio provides access to 1000+ smart home tool integrations including Sensibo (climate control), Philips Hue (lighting), SmartThings (hub), and many more device ecosystems. Use list_composio_tools to discover all available tools, or search_composio_tools to find tools for specific apps or categories.
What's the difference between executing a tool with arguments vs. with text? +
With arguments (execute_composio_tool): You provide a JSON object matching the tool's exact schema. This gives you precise control over every parameter. With text (execute_composio_tool_with_text): You provide natural language instructions like "turn on the AC to 72 degrees" and Composio's AI parses and maps it to the correct parameters. Use arguments for precision, text for convenience.
How do I get a Composio API key? +
Visit https://app.composio.dev/ and sign up for a Composio account. Navigate to your API settings or developer dashboard to generate an API key (starts with ak_). The key gives you access to all available smart home tool integrations.
Do I need separate authentication for each smart home app? +
No! Composio handles authentication to individual smart home services internally. You only need your Composio API key. However, you may need to connect your accounts to specific services through Composio's connection management first. Use the connected_account_id parameter when executing tools if you have multiple accounts connected.
What do I use the `list_composio_tools` tool for? +
The list_composio_tools tool shows every available smart home tool and integration Composio supports. This is useful when you need to see the full scope of capabilities, like finding out if a specific device type (e.g., garage opener) has an available tool.
If I want to run multiple actions, should I use `execute_multiple_composio_tools` or multiple calls to `execute_composio_tool`? +
You should use execute_multiple_composio_tools for sequential actions. This tool allows you to bundle several tool calls—whether they use JSON arguments or natural language—into one single request, making your agent's workflow cleaner and more efficient.
How does `get_composio_tool_schema` help me write the correct arguments? +
The get_composio_tool_schema tool provides the complete JSON schema for any specific Composio tool. This lets your AI client verify the exact parameters and data types needed before you try to execute it, preventing common API errors.
What happens if my request exceeds the rate limits when using `execute_composio_tool`? +
If your request hits a rate limit, the Composio API will return a specific HTTP status code and error message. Your AI client can then read this response and implement a retry mechanism, waiting a calculated period before trying the action again.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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