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Zapier Smart Home MCP. Control every smart device with simple English commands.

Claude Claude
ChatGPT ChatGPT
Cursor Cursor
Gemini Gemini
Windsurf Windsurf
VS Code VS Code
JetBrains JetBrains
Vercel Vercel
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Works with every AI agent you already use

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Zapier Smart Home MCP on Cursor AI Code Editor MCP Client Zapier Smart Home MCP on Claude Desktop App MCP Integration Zapier Smart Home MCP on OpenAI Agents SDK MCP Compatible Zapier Smart Home MCP on Visual Studio Code MCP Extension Client Zapier Smart Home MCP on GitHub Copilot AI Agent MCP Integration Zapier Smart Home MCP on Google Gemini AI MCP Integration Zapier Smart Home MCP on Lovable AI Development MCP Client Zapier Smart Home MCP on Mistral AI Agents MCP Compatible Zapier Smart Home MCP on Amazon AWS Bedrock MCP Support

Just plug in your AI agents and start using Vinkius.

Zapier Smart Home gives your AI client full control over connected devices using natural language commands. It accesses 5000+ app integrations, letting you manage everything from lights and thermostats to security cameras with simple English instructions.

This is how your agent becomes a universal smart home assistant.

What your AI agents can do

Execute zapier action

Runs a specific smart home action by its ID after receiving instructions in natural language.

Get zapier config link

Provides the necessary configuration link to expose new, custom smart home actions for your AI client to control.

List ai zaps

Retrieves a list of all existing automation workflows (Zaps) that were built using artificial intelligence.

+ 9 more capabilities included
Execute specific smart home actions

The primary tool, execute_zapier_action, runs a targeted command (like 'turn on kitchen light') after identifying it by its unique ID.

Find available smart home functions

Use list_smarthome_actions to pull up a list of all possible actions across 5000+ integrations, letting you see what the system knows about your house.

Manage climate and temperature settings

The list_climate_actions tool helps discover thermostat and heating/cooling controls before executing a change.

Control lighting systems

This capability, exposed via list_lighting_actions, allows the agent to find actions for turning lights on/off, adjusting brightness (dim), or changing color.

Manage security and alarms

The list_security_actions tool finds actions related to locking doors, triggering cameras, or managing alarm status.

Process general commands by language

send_natural_language_command automatically interprets any smart home request and sends it to the best matching action without needing a specific tool call first.

Supported MCP Clients

Claude Claude
ChatGPT ChatGPT
Cursor Cursor
Gemini Gemini
Windsurf Windsurf
VS Code VS Code
JetBrains JetBrains
Vercel Vercel
+ other MCP clients
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AI Agent

Zapier Smart Home MCP Server: 12 Tools for Device Control

Use these twelve tools to execute specific commands, list available actions, and manage automation workflows for any connected smart device.

execute019d7626

execute zapier action

Runs a specific smart home action by its ID after receiving instructions in natural language.

get019d7626

get zapier config link

Provides the necessary configuration link to expose new, custom smart home actions for your AI client to control.

list019d7626

list ai zaps

Retrieves a list of all existing automation workflows (Zaps) that were built using artificial intelligence.

list019d7626

list climate actions

Lists every available action specifically for controlling thermostats and general climate settings in the house.

list019d7626

list exposed actions

Shows all smart home actions that you have currently allowed your AI client to control within your Zapier account.

list019d7626

list lighting actions

Lists specific actions for controlling lights, including turning them on/off, dimming them, and setting their color.

list019d7626

list security actions

Finds all available actions related to security systems, cameras, and alarms (e.g., 'lock door').

list019d7626

list smarthome actions

Returns a list of up to 50 general smart home functions that can be used across thousands of integrations.

preview019d7626

preview zapier zap

Allows you to generate and preview an automation workflow (Zap) simply by describing what you want it to do in natural language.

search019d7626

search zapier actions

Searches across 5000+ apps using natural language input to find relevant actions that can be executed.

send019d7626

send natural language command

Sends any smart home command in plain English, letting Zapier automatically route it to the best possible action.

trigger019d7626

trigger ai zap

Manually executes a specific automation workflow (Zap) that was previously created and enabled via AI.

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.

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Start building

Make Your AI Do More

Start with Zapier 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
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  • Works with Claude, ChatGPT, Cursor, and more
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What you can do with this MCP connector

Listen up. This isn't some fancy, overhyped 'AI assistant.' This is what you need: full, direct control over every damn thing connected in your smart house using nothing but plain English commands. Your agent talks directly to Zapier’s massive API, letting you treat your whole setup like it's one giant system.

If you want to run a specific action—say, 'turn on the kitchen light' or 'set the temperature to 70 degrees'—you use execute_zapier_action. You first need to identify that action by its unique ID; once you have it, this tool runs the command instantly.

For general smart functions across thousands of apps, start with list_smarthome_actions. It pulls up a list of about fifty possible actions, letting you see everything the system knows how to handle right now. If you don't know what action ID you need yet, just send a plain English command using send_natural_language_command.

Zapier’s engine automatically figures out where that command belongs and routes it to the correct device integration without you needing to specify a tool first.

If you're building something complex or want to know what actions are even available, run through these discovery tools. You can use list_exposed_actions to see every single action your AI client is allowed to touch within your Zapier account right now. Want to check if there are any climate controls? Call list_climate_actions.

It shows you all the specific actions for thermostats and heating/cooling settings before you change a thing. Similarly, for lights, running list_lighting_actions gives you every option—turning them on or off, adjusting dimness, or changing colors.

Security is another one. If you need to manage locks, cameras, or alarms, the tool you want is list_security_actions. It pulls up all available actions related to securing your place, like locking doors or managing alarm status.

Need to find out what’s possible across 5000+ apps? Use search_zapier_actions and type in natural language. It searches the whole catalog for relevant functions that match your intent. To see if there are any specific actions available at all, run list_ai_zaps; this shows you every automation workflow (Zap) that was built using AI.

When it comes to routines—the big multi-step stuff—you don't have to guess. You can use preview_zapier_zap and just describe the routine in English, like 'when I get home, turn on the porch light and start the coffee maker.' This tool generates and previews that entire automation workflow so you know exactly what it’ll do before anything runs.

Once you're happy with a preview, you can manually run it by calling trigger_ai_zap with the specific Zap ID. If you need to expose new, custom actions for your agent to use down the line, run get_zapier_config_link to get the necessary configuration link and open up those capabilities.

It's straightforward: You list what’s available (list_smarthome_actions, list_lighting_actions, etc.), you search for what you need (search_zapier_actions), and then you execute the command using your natural language or a direct ID call. Your agent handles all the messy backend routing.

How Zapier Smart Home MCP Works

  1. 1 First, tell your agent what you want. You don't need API calls; just type something like "It's too dark in the living room." (This uses send_natural_language_command).
  2. 2 The server intercepts that text, determines the intent (e.g., 'lighting control'), and finds a specific action ID. If you need to check what's possible first, run list_smarthome_actions.
  3. 3 Finally, your agent uses the identified ID in execute_zapier_action to send the command directly to Philips Hue or Nest, completing the task.

The bottom line is: Zapier NLA acts as a smart router. It translates casual human language into precise API calls across thousands of different home device brands and types.

Who Is Zapier Smart Home MCP For?

This is for the property manager who has to handle 20 properties and needs one single interface instead of logging into five different manufacturer apps. It's also for the automation enthusiast who wants deep control without learning complex API syntax.

Property Manager

Uses this to manage devices across multiple buildings or units, treating all connected hardware through a unified set of natural language commands.

Home Automation Enthusiast

Develops and tests complex multi-step routines (Zaps) by listing available actions (list_smarthome_actions) and triggering them with precise prompts.

Accessibility User

Controls all connected devices using only spoken or typed natural language, bypassing the need to navigate multiple physical manufacturer apps.

What Changes When You Connect

  • Manage everything without opening an app. Instead of going through a manufacturer's dedicated app for lighting, you just tell the agent: "Dim the living room lights to 40%." This works because of execute_zapier_action and its deep integration with Philips Hue.
  • Discovery is instant. If you forget what your system can do, use list_smarthome_actions. It pulls a list of actions across thousands of integrations—you don't have to remember the API names for climate or security features.
  • Automations are built on demand. Before committing to a complex routine, run preview_zapier_zap. You describe the desired outcome in English, and the system shows you exactly how it would execute that Zap without needing manual setup.
  • Domain separation makes debugging easy. The specialized tools (list_climate_actions, list_security_actions) isolate controls by type, so if a temperature change fails, you know to check the climate API, not the lighting one.
  • Universal compatibility means less headaches. Because it sits on Zapier's NLA API, your agent can speak the same language to Ring as it does to Nest or Ecobee—it handles the translation layer for you.

Real-World Use Cases

01

Leaving the house at night

The user needs to secure their home. They ask the agent: "Lock the doors and turn off all lights." The agent uses send_natural_language_command which then triggers multiple underlying actions, including those found via list_security_actions, ensuring everything is locked down before they walk out the door.

02

Setting up a movie night

The user wants optimal ambiance. They tell their agent: "It's time for movie night; set the mood." The agent recognizes this requires coordinated actions, calling list_lighting_actions to dim the main lights and then executing the command via execute_zapier_action. It also uses list_climate_actions to drop the temperature slightly.

03

Investigating a faulty circuit

The user notices a strange pattern. They ask the agent to list all available actions for troubleshooting, running list_smarthome_actions. This reveals that there are specific camera and alarm functions they didn't know about, allowing them to better manage their property.

04

Building a new routine

The user wants the lights to turn on only when motion is detected. They use preview_zapier_zap and describe the trigger and action flow in plain English, testing the logic before having to write complex YAML or code.

The Tradeoffs

Treating it like a simple chat bot

Just asking, "Turn off lights." This is ambiguous. The system needs more context (e.g., which room? what color?) to use the execute_zapier_action tool correctly.

Specify the action and location: "Using the Philips Hue integration, turn off the kitchen light." For maximum robustness, first run list_lighting_actions to confirm the available actions by ID.

Forgetting about automation flow

The user only asks for one action at a time (e.g., 'Dim lights.' then later 'Lock door.'), leading to fragmented and incomplete routines.

Use the preview_zapier_zap tool. Instead of running single commands, describe the entire sequence: "When I leave home, dim all lights AND lock all doors." This forces a cohesive automation.

Ignoring specialized tools

Attempting to find temperature controls using only search_zapier_actions without realizing there is a dedicated tool for the job.

Always check list_climate_actions first. The system separates these functions, giving you higher confidence in the required API payload.

When It Fits, When It Doesn't

Use this server if your core requirement is controlling multiple, disparate smart home brands (Nest, Hue, Ring, etc.) using a single language input, rather than relying on manufacturer-specific apps. It's built for centralized control and routine automation.

Don't use it if you are trying to perform highly specialized tasks that require direct database querying or real-time biometric data streams; those need dedicated integration tools (like LangChain/LlamaIndex). Also, don't use it just because the command is complex—if a simple, single API call suffices without NLA interpretation, use that instead. The value here is in the orchestration layer: turning ambiguous intent into reliable action.

Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Zapier Smart Home. 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 12 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.

Available Capabilities

execute_zapier_action get_zapier_config_link list_ai_zaps list_climate_actions list_exposed_actions list_lighting_actions list_security_actions list_smarthome_actions preview_zapier_zap search_zapier_actions send_natural_language_command trigger_ai_zap

Managing devices across multiple brands used to mean logging into five different apps.

Today, if you own a smart home with Philips Hue lights, Nest thermostats, and Ring cameras, controlling them requires switching between dedicated manufacturer apps. You open the Hue app for lighting, then switch to the Nest app for temperature adjustments. If you need to run an 'All Away' routine, it's tedious clicking through five separate interfaces just to execute basic commands.

With this MCP Server, your agent handles all that switching. You send one command: "I'm leaving now." The system translates that single English sentence into the necessary actions across Hue, Nest, and Ring—all orchestrated via `send_natural_language_command`. You just get the result.

Zapier Smart Home MCP Server: Control every device with simple English commands.

Before this, setting up a multi-step routine—like 'Turn off lights and drop temperature'—required deep knowledge of API endpoints. You had to manually list actions (`list_lighting_actions`) and then build the workflow using Zapier’s visual builder, which was complex and fragile.

Now, you simply tell your agent what you want in plain English. The system uses `preview_zapier_zap` to validate the entire sequence before it runs, meaning the setup is reliable, fast, and requires zero coding knowledge.

Common Questions About Zapier Smart Home MCP

What smart home devices and apps are supported through Zapier NLA? +

Zapier NLA provides access to 5000+ app integrations including Philips Hue, LIFX, Nanoleaf (lighting), Nest, Ecobee, Honeywell (climate), Ring, Arlo, SimpliSafe (security), SmartThings, Home Assistant, IFTTT, and many more. Use search_zapier_actions to discover specific actions for your devices.

How do I get a Zapier NLA API key? +

Visit https://nla.zapier.com/ and sign in with your Zapier account. Navigate to the NLA API settings page and generate a new API key (starts with sk-nla-). You'll need a Zapier account with exposed actions configured for the smart home apps you want to control.

What is the difference between exposed actions and AI zaps? +

Exposed actions are individual smart home actions you've configured and made available for AI execution (e.g., "turn on kitchen light"). AI zaps are multi-step automation workflows that can be triggered with natural language instructions. Exposed actions are for direct device control, while AI zaps are for complex workflows involving multiple steps and apps.

Can I control devices with natural language commands? +

Yes! Use the send_natural_language_command tool to send any smart home command in plain English. For example: "turn off all the lights", "set the thermostat to 72 degrees", or "lock the front door". The API will search for matching actions and execute the best match. You can also use search_zapier_actions to find specific action IDs for more precise control.

How do I use `list_climate_actions` to see what thermostat controls are available? +

Run list_climate_actions to pull a definitive list of all climate and thermostat actions exposed in your Zapier account. This tells your AI client exactly which temperature settings, HVAC features, or cooling routines it can execute.

What happens if I use `execute_zapier_action` with an invalid ID? +

If the action ID is wrong or the underlying device fails to respond, execute_zapier_action returns a specific error code and message. This structured feedback lets your agent client understand why the command failed, which is critical for building reliable retry logic.

Before triggering a full routine, can I test it using `preview_zapier_zap`? +

Yes, running preview_zapier_zap lets you simulate the workflow output based on natural language input. You get to see what the automation would do without actually making any physical device calls or triggering live services.

How does using `search_zapier_actions` help me find specific actions? +

search_zapier_actions searches across all 5000+ apps using natural language keywords. It returns a focused list of matching action names and IDs, which is faster than manually browsing through categories.

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Claude Claude
ChatGPT ChatGPT
Cursor Cursor
Gemini Gemini
Windsurf Windsurf
VS Code VS Code
JetBrains JetBrains
Vercel Vercel
+ other MCP clients

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