Honeywell Forge MCP. Cross-check alarms, energy, and door status from your agent.
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Honeywell Forge MCP Server connects your AI agent directly to facility operations. Check alarms, audit door status, and monitor energy usage across buildings.
You can get building details, list all access points, and even lock or unlock specific doors, all through natural conversation with your agent.
What your AI agents can do
Acknowledge alarm
Marks an active alarm as seen by a human, updating the audit log for compliance tracking.
Get alarms
Lists all current and historical alarms (security, fire, HVAC) across buildings or a specific site.
Get building details
Retrieves detailed metadata for a single site, including HVAC zones and energy targets.
The agent lists current and historical alarms (security, fire, HVAC) using get_alarms and updates the state with acknowledge_alarm.
The agent checks the live state (open/closed, locked/unlocked) of any specific door or access point using get_door_status.
The agent controls physical access points by listing them with list_access_points, and then issuing commands like lock_door or unlock_door.
The agent gathers aggregated consumption data (kWh, cost, peak demand) for a building using get_energy_usage.
The agent retrieves zone temperature, setpoint targets, and HVAC equipment status using get_temperature_data.
The agent pulls metadata about buildings (list_buildings) and all connected video cameras (list_video_feeds) to scope the operation.
Ask AI about this MCP
Supported MCP Clients
Gemini Honeywell Forge MCP Server: 11 Tools for Facility Operations
Use these tools to query building metadata, monitor real-time alarms, and control physical assets across any connected facility.
019d75b2acknowledge alarm
Marks an active alarm as seen by a human, updating the audit log for compliance tracking.
019d75b2get alarms
Lists all current and historical alarms (security, fire, HVAC) across buildings or a specific site.
019d75b2get building details
Retrieves detailed metadata for a single site, including HVAC zones and energy targets.
019d75b2get door status
Checks the real-time physical status (open/closed, locked/unlocked) of a specific door or access point.
019d75b2get energy usage
Gathers aggregated data on total kWh, cost estimates, and demand peaks for a building.
019d75b2get temperature data
Returns zone temperature, setpoint targets, and HVAC equipment status for a specific building.
019d75b2list access points
Lists all physical entry devices (doors, gates, turnstiles) managed by the building's access system.
019d75b2list buildings
Provides a list of all registered buildings, including their ID, name, and address.
019d75b2list video feeds
Lists all available cameras and NVR channels for a building, including their stream URLs and status.
019d75b2lock door
Engages the lock mechanism on a specified door, securing the physical access point.
019d75b2unlock door
Disengages the lock on a specified door, making it available for immediate entry.
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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Make Your AI Do More
Start with Honeywell Forge, then connect any of our 4,700+ other servers whenever your AI needs more. One click, no limits.
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- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog every week
What you can do with this MCP connector
Honeywell Forge MCP Server connects your AI agent straight to facility operations. You can check alarms, audit door status, and monitor energy usage across buildings without ever logging into a console. It gives your agent real-time data and the ability to take action on physical assets.
Monitor Active Alarms
Your agent uses get_alarms to list all current and historical alarms—security, fire, or HVAC—across buildings or specific sites. You can then mark an alarm as seen by a human using acknowledge_alarm, which updates the audit log for compliance tracking.
Audit Door Status and Manage Access
To check a door's current state, your agent calls get_door_status, which returns if it's open or closed and locked or unlocked. You can use list_access_points to pull a full list of every physical entry device, like doors, gates, or turnstiles. From there, your agent can secure a location by running lock_door or open it up by running unlock_door on a specified point.
Map Site Infrastructure
Your agent first gets a list of all registered buildings using list_buildings, which provides the ID, name, and address. For deep dives, it retrieves detailed metadata for a single site with get_building_details, including HVAC zones and energy targets. It can also list every available camera and NVR channel for a building using list_video_feeds, returning stream URLs and status.
Analyze Building Systems
To understand how a building is running, your agent uses get_energy_usage to gather total kWh, cost estimates, and demand peaks. It diagnoses HVAC conditions by getting zone temperature, setpoint targets, and equipment status via get_temperature_data. You can also check the full scope of the facility by listing all available cameras and NVR channels using list_video_feeds.
Overall Control
It’s built to control the whole picture. Your agent can check the status of every door, pull energy reports, and monitor the air systems—all from one place. You'll never have to jump between different dashboards just to get a full picture of what's happening on site.
How Honeywell Forge MCP Works
- 1 First, tell your agent which building you're working in. It uses
list_buildingsto get the correct ID. - 2 Next, ask the agent to check the specific data you need—is the energy spiking? Is the door locked? It calls the appropriate tool (e.g.,
get_energy_usageorget_door_status). - 3 Finally, the agent processes the raw data, correlates it with other tools (like matching an alarm ID from
get_alarmsto a building ID), and reports the plain English answer back to you.
The bottom line is, you talk to your agent, and it executes complex, multi-step facility checks across multiple systems.
Who Is Honeywell Forge MCP For?
Facility Managers, building engineers, and operations staff who spend too much time clicking through siloed dashboards. This is for the ops engineer who needs to know if a temperature spike, a security alarm, or a door fault are related, and needs to act on it without manual dashboard jumping.
Checks if HVAC issues or energy spikes correlate with physical access issues. They use get_temperature_data and get_energy_usage together to find inefficiencies.
Triages alarms and investigates breaches. They use get_alarms to see what's wrong, then get_door_status and list_video_feeds to confirm the physical event.
Manages routine access and compliance. They use list_access_points and acknowledge_alarm to audit who entered and why.
What Changes When You Connect
- See a full picture of a site's health. You can pull
get_building_detailsto get the metadata—HVAC zones, energy targets, and linked systems—before running any other tool. - Reduce incident response time. When an alarm triggers, use
get_alarmsto triage the event, then useget_door_statusto confirm if the physical door is the source of the issue. - Stop wasting energy. By correlating
get_energy_usagewithget_temperature_data, your agent can pinpoint wasteful consumption patterns or faulty HVAC units. - Manage physical access commands. You can use
list_access_pointsto find the correct ID, and then runlock_doororunlock_doorto secure or open a door remotely. - Audit video evidence.
list_video_feedsgives you the camera IDs and stream URLs. You can then correlate these video sources with alarm logs fromget_alarmsfor incident reports. - Simplify site planning. Start with
list_buildingsto get all facility locations, then drill down to specific energy metrics or alarm logs for any site ID.
Real-World Use Cases
Investigating a False Alarm
A SOC Analyst gets an alarm from get_alarms. They suspect a door fault. They ask their agent to run get_door_status on the nearest access point and list_video_feeds for that area. The agent confirms the door is closed and the camera shows nothing, identifying the alarm as a system fault, not a physical breach.
Energy Audit Preparation
A Facilities Engineer needs to prepare a report. They use list_buildings to scope the job. For the target site, they run get_energy_usage and get_temperature_data to compare consumption against setpoints, flagging zones that use high power but are too cold.
Emergency Lockdown
The Building Manager initiates a lockdown. They ask the agent to run lock_door on all critical access points listed by list_access_points and simultaneously send an alert using acknowledge_alarm to confirm the operational state.
Proactive Maintenance Check
An Ops Manager notices temperature creep. They use get_temperature_data to find the deviation, then use get_building_details to see if the associated HVAC equipment has a maintenance schedule due, flagging potential equipment failure before an alarm hits.
The Tradeoffs
Treating data streams separately
Running get_energy_usage and then running get_alarms in two different sessions. You get two reports, but no idea if the energy spike happened because of the alarm event.
→
Tell your agent to run both get_energy_usage and get_alarms for the same building and time window. This lets the agent correlate the data, showing if the energy spike correlates with the alarm event.
Forgetting to scope the building
Calling get_alarms without providing a building_id. The result is a massive list of 100+ alarms, making it impossible to find the single fault you're looking for.
→
Always use list_buildings first to get the correct ID, and then scope all subsequent calls (get_alarms, get_door_status, etc.) using that specific building ID.
Over-relying on manual checks
Manually checking the door status, then going to the video system, and then checking the energy dashboard. This takes 15 minutes and misses the correlation.
→
Tell your agent to run a full operational picture: get_door_status on critical points, get_energy_usage, and get_alarms simultaneously. The agent correlates all three to give a single, actionable summary.
When It Fits, When It Doesn't
Use this if you need to know the 'why' behind a facility status. If you just need to know 'what' (e.g., 'Is the door locked?'), use a simple tool like get_door_status. But if you need to know if the door status change is causing a temperature rise or an energy spike, this server is required. Don't use this if you only need basic reporting—use a dedicated BI tool. Use it when you need to act on correlated data, like running lock_door after get_alarms confirms a breach.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Honeywell Forge. 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 11 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Auditing a facility's status used to mean jumping between five different dashboards.
You'd pull up the access control panel, check the door status, then open the HVAC system dashboard to check temperature setpoints. If you found an alarm, you had to copy the ID and paste it into the incident management system. Then, you'd jump to the energy dashboard just to see if the fault was costing money. It was a mess of clicks and copy-pasting.
With the Honeywell Forge MCP Server, you talk to your agent. You say, 'What's the status of the North Wing?' It runs `get_building_details`, checks `get_alarms`, and confirms the door status, giving you one unified answer without you leaving the chat window.
Honeywell Forge MCP Server: Get a complete picture of your facility.
You no longer have to manually list cameras, check their status, and then correlate that with the access logs. Your agent runs `list_video_feeds` and `get_alarms` together, matching the camera IDs to the exact time an alarm was triggered.
The system correlates physical security, energy metrics, and alarm states in one workflow. You get the full picture, every time.
Common Questions About Honeywell Forge MCP
How do I check if a door is open or if it's locked using get_door_status? +
Yes, get_door_status gives you a real-time snapshot of the door's physical state. It tells you if it's open/closed and if it's locked/unlocked, even noting faults like 'forced open'.
Can I use get_alarms to see historical security breaches? +
Yes, get_alarms handles both active and historical events. You can filter by building ID to scope the results to a specific site.
How do I make sure I've recorded that I saw an alarm using acknowledge_alarm? +
Running acknowledge_alarm updates the alarm state in the Forge audit log. This action confirms that your operations team has reviewed the incident, which is critical for compliance.
What is the difference between list_access_points and get_door_status? +
list_access_points shows you a list of all potential entry points in a building. get_door_status checks the live, point-in-time status of one specific access point.
Can I use get_energy_usage to find energy waste? +
Yes, get_energy_usage provides time-series data, allowing you to spot wasteful consumption patterns and compare current draw against established energy budgets.
What information does list_buildings provide, and how does it help me scope other queries? +
It returns a list of all registered buildings, including their ID, name, address, and operational status. You must use the building ID from this list to run any subsequent tool like get_alarms or get_energy_usage for a specific site.
If I want to check the physical state of a door, should I use get_door_status or list_access_points? +
Use get_door_status for a real-time, point-in-time reading of a single door's status. List_access_points gives a full inventory of all physical entry devices, including their IDs and current lock/unlock states across the entire building.
How can I check the temperature trends over time using get_temperature_data? +
This tool returns data points including zone temperature, setpoints, and humidity levels over a period. You can analyze these time-series data points to spot consistent deviations or detect equipment degradation before a failure.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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