# Honeywell Forge MCP for AI Agents AI Agent Connect

> Honeywell Forge MCP lets you connect your AI agent to manage building operations, security, and energy data. It gives your agent the ability to triage alarms, check door statuses, monitor HVAC performance, and control access points across multiple facilities.

## Overview
- **Category:** industry-titans
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_tn75tKfwrc4mzAJqVUI6JYeM4r1DM2JT2njofp8l/ai-agent-connect

## Description

Honeywell Forge MCP lets you connect your AI agent to manage building operations, security, and energy data. It gives your agent the ability to triage alarms, check door statuses, monitor HVAC performance, and control access points across multiple facilities. Instead of jumping between different dashboards to see if a door is propped open or to find out why a specific zone is overheating, you can just ask your agent to handle it. It manages the heavy lifting of querying building metadata, pulling real-time energy consumption, and monitoring security feeds. You can use it to keep your operations running smoothly without manually digging through logs. Since Vinkius hosts this Connector, you can plug it into your existing AI workflow and start managing your infrastructure through a natural conversation. You can find recurring HVAC faults or quickly lock down a building during an emergency. This connection gives your agent the eyes and hands it needs to interact with your physical space. You get a centralized way to oversee your campus, from the basement boiler to the main lobby gate.

## Tools

### get_building_details
Get deep metadata for a specific site, like floor plans and HVAC zones. It is the best way to get context before taking any action.

### get_door_status
See if a door is open, closed, locked, or forced to get a real-time snapshot of your physical security. Use this to verify states before sending staff.

### get_energy_usage
Pull aggregated energy consumption data including costs and breakdowns to track sustainability goals. This helps identify wasteful consumption patterns.

### get_temperature_data
Check zone temperatures, setpoints, and HVAC equipment status to diagnose comfort issues. Use this to validate HVAC scheduling changes.

### list_access_points
See all doors, gates, and turnstiles in a building to audit your physical security surfaces. Use this to identify the correct device ID.

### list_buildings
Get a list of all buildings registered in your Forge account. This is the starting point for any building-centric workflow.

### list_video_feeds
Find cameras and NVR channels with their locations and stream URLs to map out your surveillance coverage. Use this to correlate video with alarms.

### lock_door
Engage the locking mechanism for a specific door to secure a building after hours or during a lockdown. Confirm the door identity first.

### unlock_door
Disengage a lock to allow free access for maintenance or emergency egress. Always verify the correct access point ID before executing.

### acknowledge_alarm
Mark a specific alarm as seen in the Forge audit log to keep your incident tracking accurate. This helps your team focus on active issues.

### get_alarms
List active or historical alarms across your buildings to see what's happening with fire, security, or HVAC systems. Use this to triage incidents quickly.

## Prompt Examples

**Prompt:** 
```
Are there any active security alarms in Building A right now?
```

**Response:** 
```
Yes, there are 3 active alarms:

* **Door Forced** (Zone 4)
* **Smoke Detector** (Floor 2)
* **Tailgating** (Main Entrance)

Would you like me to acknowledge any of these?
```

**Prompt:** 
```
Show me the energy usage for the main office building for last week.
```

**Response:** 
```
Here is the energy summary for the Main Office:

| Metric | Value |
| :--- | :--- |
| **Total Consumption** | 4,500 kWh |
| **Estimated Cost** | $1,250 |
| **Peak Demand** | 350 kW |

**Breakdown:**
- HVAC: 60%
- Lighting: 20%
- Plug Loads: 20%
```

**Prompt:** 
```
Can you lock the side entrance door for the night?
```

**Response:** 
```
I've located the side entrance door (ID: DOOR-042). Would you like me to engage the lock now?
```

## Capabilities

### Triage and acknowledge security alarms
Mark alarms as seen in the audit log to keep incident tracking accurate.

### Check real-time door and gate statuses
Verify if a door is open, closed, locked, or forced in a single request.

### Monitor building-wide energy consumption
Pull aggregated energy data including costs and breakdowns by subsystem.

### View HVAC and temperature sensor data
Check zone temperatures and equipment status to diagnose comfort issues.

### Control physical door locks and access points
Engage or disengage locks for specific doors during emergencies or after-hours.

### Discover and list video surveillance feeds
Identify camera locations and stream URLs for your security coverage.

## Use Cases

### Security Breach Response
A security guard sees a "door forced" alarm and asks the agent to check the door status and list nearby video feeds to see what happened.

### Energy Audit
A sustainability officer asks the agent to pull energy usage for the last month to identify which building subsystems are costing the most.

### HVAC Troubleshooting
A maintenance tech asks the agent to check the temperature data for a specific floor to see if the AC is actually running.

### After-Hours Lockdown
A manager tells the agent to lock all exterior doors in building B to ensure the site is secure overnight.

## Benefits

- Reduce response times by letting your agent triage alarms using get_alarms and acknowledge_alarm to keep your team focused on high-priority issues.
- Keep facilities secure by checking door states with get_door_status before sending staff to a site, preventing unnecessary exposure to unsecured areas.
- Cut energy waste by identifying high-consumption patterns with get_energy_usage to help hit your corporate sustainability targets.
- Improve tenant comfort by monitoring specific zone temperatures with get_temperature_data to catch HVAC issues before they become complaints.
- Simplify security audits by listing all access points and video feeds with list_access_points and list_video_feeds in a single request.
- Execute rapid site lockdowns by using lock_door to secure entry points instantly during an emergency or after-hours.

## How It Works

The bottom line is you get a direct way to manage physical building systems using your AI agent.

1. Connect your AI client to the Honeywell Forge MCP via Vinkius.
2. Provide the agent with the specific building ID or access point details.
3. Ask the agent to perform actions like checking alarm logs or locking doors.

## Frequently Asked Questions

**What can I do with the Honeywell Forge MCP?**
You can manage building security, check HVAC temps, and monitor energy usage via your AI agent. It connects your AI client to the Honeywell Forge platform for hands-free building operations.

**Can I use this to lock doors remotely?**
Yes, you can use the agent to engage or disengage locks on specific doors and gates. This is perfect for securing a site after hours or during an emergency lockdown.

**Does this work for my security alarms?**
Yes, it lets your agent pull active and historical alarms for fire, security, and HVAC systems. You can triage incidents and acknowledge alarms as they happen.

**Can I see my energy bills with this?**
You can pull aggregated energy consumption data, including costs and breakdowns by subsystem. This helps you identify waste and track your sustainability targets.

**How do I see my camera feeds?**
The Connector can list available video feeds, showing locations and stream URLs for your surveillance system. This helps you map out your security coverage quickly.

**Does it work for multiple buildings?**
Yes, it can list all buildings and pull data for specific sites using their unique identifiers. It is designed for large-scale facility management.