Parklio PMS MCP for AI. Remote control of barriers, displays, and cameras.
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Parklio PMS connects your AI client directly to smart parking hardware. Use it to check gateway health, remotely reboot barriers, update digital signs, and audit activity logs across multiple lots.
It gives you hands-on control over entry/exit points without needing the main management dashboard.
What your AI can do
Create gateway
Registers a new physical device, like a barrier or camera, and links it to a specific parking lot.
List displays
Shows a list of all digital screens installed across your managed parking lots.
Run gateway operation
Sends direct commands (open/close, reboot) to troubleshoot or manually control specific gateway devices.
Lists the IDs and details of every lot connected to your Parklio system.
Retrieves a list of every hardware unit (barriers, cameras) installed across all managed lots.
Checks the high-level operational metrics and uptime for the entire Parklio network.
Sends direct actions to a specific gateway, like opening a barrier or rebooting a device.
Changes the text displayed on any connected digital display screen in a parking lot.
Gathers historical data, letting you track specific events like barrier movements or unauthorized access attempts.
Ask an AI about this
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Parklio PMS MCP Server: 10 Tools for IoT Hardware Control
These tools give your agent the ability to manage every physical aspect of a parking site—from opening gates to updating digital signs.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using Parklio PMS on VinkiusCreate Gateway
Registers a new physical device, like a barrier or camera, and links it to a specific parking lot.
List Displays
Shows a list of all digital screens installed across your managed parking lots.
Run Gateway Operation
Sends direct commands (open/close, reboot) to troubleshoot or manually control...
List Gateways
Provides an inventory and current status of every hardware gateway (barriers...
Pms Login
Authenticates with the PMS and returns a fresh token needed to run subsequent API...
Get Activity Logs
Retrieves historical records of all system events and actions for security auditing.
Get Lot Details
Gets specific configuration data and current statistics for one designated parking lot.
List Lots
Lists all parking lots currently managed within the Parklio ecosystem.
Get System Status
Checks the overall operational health metrics of the entire Parklio system network.
Update Display Message
Changes the text visible on a digital sign for temporary notices like 'Maintenance'...
Security and governance baked right in.
Pick your AI client below to get set up. Just create a Vinkius account, subscribe, and you're instantly up and running. We handle the entire backend infrastructure, delivering out-of-the-box support for HTTPS Streamable, SSE, and OAuth2—zero messy routing required.
Claude AI
Open Claude Settings
Go to claude.ai, click your profile icon, then navigate to Customize → Connectors.
Add Custom Connector
Click the "+" button and select Add custom connector. Paste your Vinkius endpoint URL:
https://edge.vinkius.com/[YOUR_TOKEN_HERE]/mcp
Replace [YOUR_TOKEN_HERE] with your token
from cloud.vinkius.com. For OAuth-protected servers, expand
Advanced settings to add credentials.
Start a conversation
Open a new chat. The Parklio PMS integration is available immediately — no restart needed.
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 Parklio PMS, then connect any of our 5,100+ other servers whenever your AI needs more. One click, no limits.
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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 connection provides 10 powerful capabilities that interface natively with Claude, ChatGPT, Cursor, and other compatible AI platforms. No middleware. No custom integration required.
Tracking down a simple gate failure shouldn't feel like an investigation.
Today, if the exit barrier at Lot C fails, you have to log into the main PMS dashboard. You navigate through menus: Status -> Gateways -> Find Lot C ID -> Click 'Manual Override'. If the system is slow or the page times out, you're stuck waiting for a phone call from IT.
With this MCP server, you just tell your agent: 'Check status and reboot the exit barrier at Lot C.' The agent handles all the clicks, API calls, and error handling. You get an immediate confirmation of the command sent, whether it worked, or exactly why it failed.
Parklio PMS MCP Server: Control barriers & displays
Before this, updating a temporary message—like 'Lot Full'—required someone to physically go near the display and manually change it. It was slow, labor-intensive, and often happened when no one was looking.
Now, you just tell your agent: 'Set Lot B display to Welcome VIP Parking.' The update hits instantly, regardless of who is on site. You manage communications from anywhere.
What your AI can actually do with this
Parklio PMS connects your AI client straight to the smart parking hardware. You can use it to talk to the system naturally—your agent handles all the complex API calls for everything from barrier gates and digital displays to LPR cameras. Before you do anything else, your first move is always logging in; you'll run the pms_login tool, which authenticates with the PMS and gives you a fresh token.
You need that token before your agent can send out any commands or pull down any data.
Discovery and Inventory
To see what you’re working with, you start by listing the locations. Running list_lots shows you every single parking lot ID managed within the Parklio ecosystem. If you need deep details on one specific site, use get_lot_details; this pulls up that lot's current operational statistics and specific configuration data.
You can also get a full list of all installed digital screens using list_displays. For physical hardware, running list_gateways gives you an inventory and the live status—online or offline—of every gateway unit, including barriers and cameras, across all those lots.
System Health Checks
When you need to know if the whole setup is breathing right, use get_system_status. This checks the high-level operational metrics for the entire Parklio network. If you suspect a specific piece of hardware is acting up—like one particular camera or barrier—you can run list_gateways again, and then check that unit's status to pinpoint the problem.
Direct Hardware Control
This is where you get hands-on. You don’t have to use the main dashboard; your agent lets you talk straight to the hardware. To troubleshoot or manually operate a specific gateway device, run run_gateway_operation. This sends direct commands—like opening a barrier, closing it, or even rebooting the unit entirely.
If you're setting up new gear, you can use create_gateway to register a brand-new physical device, such as a camera or a barrier, and link it right into a specific parking lot.
Signage and Messaging
Need to warn people that the entrance is closed for maintenance? Use update_display_message. This tool lets your agent change the text visible on any connected digital sign immediately. You first run list_displays to see which screens are available, then you send the new message via update_display_message.
Auditing and Logging
If something goes wrong or you need to prove who did what, you check the logs. Use get_activity_logs; this retrieves historical records of every single system event and action that happened—you can track barrier movements, unauthorized access attempts, and any other critical action for security auditing.
This set of tools lets your AI client give you complete control over entry/exit points without needing to click through multiple menus. You're managing the whole operation using simple commands.
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Here's how it actually works
The bottom line is: you tell your AI client what to do, and it talks directly to Parklio to make it happen.
Subscribe to this server and provide your Parklio Auth Token and Base URL.
Your AI client uses the token to authenticate with the system, establishing a connection context.
You request an action (e.g., 'Reboot the entry barrier at Lot A'), and the agent executes the necessary API call via run_gateway_operation.
Who is this actually for?
Parking operators who hate logging into a web dashboard just to check if an exit barrier is offline. Or maintenance techs stuck on site trying to diagnose why a gateway failed—they need instant remote control and logs without the usual click-through mess.
Uses run_gateway_operation to remotely reboot an offline barrier or check system health via get_system_status when on site.
Runs audits using get_activity_logs and checks lot availability with list_lots before planning daily operations.
Uses get_activity_logs to review access history for unauthorized entry attempts or gate overrides after an incident.
What Changes When You Connect
You don't need to log into the web dashboard. Use run_gateway_operation or get_system_status directly through chat to open a barrier or reboot a failing camera when you see an issue.
Audit trails are instant. Instead of digging through PDFs, ask for activity logs and get them via get_activity_logs, filtering by lot ID for quick security reviews.
Updates happen immediately. Need to tell drivers there's maintenance? Use update_display_message instead of sending a physical sign or calling a crew member.
System visibility is always on. Run list_gateways to see which devices are online and which ones have dropped off the network, letting you triage failures fast.
It's fully discoverable. Use list_lots first to get all your site IDs, then use those IDs with get_lot_details to understand the specific metrics for that lot.
See it in action
The unexpected barrier failure
A field tech notices a gate is stuck. Instead of driving out there and manually checking it, they prompt their agent: 'Reboot the entry barrier at Lot A.' The agent calls run_gateway_operation and confirms the reboot command was sent, solving the issue remotely.
Auditing unauthorized access
Security staff needs to know who entered an area last night. They ask their agent to pull all logs for a specific date range using get_activity_logs, immediately providing evidence of any gate overrides or unusual movements.
Emergency signage change
The lot management team detects a system issue and needs to warn drivers. They tell the agent: 'Update the display message at Lot B to say System Maintenance.' The agent uses update_display_message without anyone needing physical access.
Inventory check before expansion
An engineer planning a new lot first runs list_lots to confirm all existing IDs, and then uses list_gateways to map the current count and status of hardware across every location.
The honest tradeoffs
Assuming global data
Asking for 'the system health' without specifying what component is failing, leading to generic, unhelpful responses.
Always start by listing the assets first. Use list_gateways or run get_system_status for a high-level overview before diving into specific hardware problems.
Running operations without authentication
Trying to reboot a gateway immediately and failing because the connection is unauthorized.
Always run pms_login first. This gets you a valid token, ensuring that subsequent commands like run_gateway_operation actually execute.
Debugging by guessing IDs
Attempting to get lot details for 'Lot XYZ' when the system doesn't recognize it.
Before running any specific tool, run list_lots and confirm the exact ID. Then use get_lot_details with that verified ID.
When It Fits, When It Doesn't
Use this server if your job requires real-time interaction with physical infrastructure: rebooting equipment, changing signs, or auditing access events. It's for operational control planes.
Don't use it if you just need financial reporting (use dedicated billing software) or if you only need to view static configuration data that doesn't change often (stick to the CMS dashboard). If your task is 'What was our revenue last quarter?'—this tool won't help. It only controls hardware and reports on its physical status.
Questions you might have
How do I check if a specific barrier is online using list_gateways? +
The list_gateways tool gives you the current status of every device, showing which ones are active and which ones appear offline. You'll see 'Online/Offline' right in the output.
What is the best way to check overall system health with get_system_status? +
Use get_system_status for a high-level view of all core metrics. It gives you an immediate, aggregated report on uptime and global operational status across all connected lots.
Can I update the display message without knowing the lot ID? (update_display_message) +
No. You need to use list_lots first to confirm the correct Lot ID, and then pass that specific identifier along with the command to update_display_message.
What tools can I use for security auditing? (get_activity_logs) +
get_activity_logs is your primary tool. It lets you view logs of barrier movements and system events, which is critical for investigating any unauthorized access or operational glitch.
How do I authenticate before using any tools like get_lot_details or list_gateways? (pms_login) +
You must call pms_login first. This function returns a session token that you need for all subsequent API calls, ensuring your agent has permission to read data or perform actions.
What steps are needed when I install new hardware? (create_gateway) +
You use create_gateway immediately after installation. You must provide the lot ID, a name for the device, and its type (like 'entry_barrier' or 'lpr_reader') so the system can map it correctly.
If a barrier is jammed or offline, how do I force an operation? (run_gateway_operation) +
Use run_gateway_operation to manually control the device. You can execute commands like 'open_barrier', 'close_barrier', or 'reboot' for remote troubleshooting when status checks aren't enough.
Where do I start if I don't know which parking lots are managed? (list_lots) +
Start by calling list_lots. This function gives you a comprehensive list of all available lot IDs and names. You need this information before running tools like get_lot_details or managing specific hardware.
Can I remotely open or close a barrier gate? +
Yes! Use the run_gateway_operation tool with the gateway_id and the operation 'open_barrier' or 'close_barrier'. This allows instant manual control without physical intervention.
How do I change the message on a digital display? +
Use the update_display_message tool. Provide the display_id and your new message (e.g., 'Lot Full', 'Welcome to VIP Parking'). The screen updates within seconds.
Can I audit who opened barriers manually? +
Yes! The get_activity_logs tool returns detailed logs of all gateway operations, including the user who performed the action and the timestamp. Essential for security and accountability.
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