Track every asset from the dock to the warehouse.
Claude
ChatGPT
Cursor
Gemini
Windsurf
VS Code
JetBrains
Vercel
Works with every AI agent you already use
…and any MCP-compatible client








Connect to your AI in seconds.
Kargo connects your AI agent directly to your logistics platform. You can track real-time shipments, check facility device health, manage customer orders, and sync payload data—all without opening a browser dashboard.
What your AI can do
Get carrier info
Retrieves contact information for a specific shipping carrier.
Get device status
Checks the current operational status of an individual IoT device at a facility.
Get order
Pulls detailed information for a single customer order number.
Get real-time status updates and carrier contact information for any specific or bulk shipment.
List all connected business locations and check the live operational status of every IoT device, like cameras and sensors.
Access facility-wide customer order lists and retrieve full metadata for specific orders or shipments using their IDs.
Push updated order and shipment data directly to the platform's unified endpoint, ensuring all your systems stay synced.
Review historical logs of all data payloads pushed to the system for compliance or troubleshooting.
Ask an AI about this
Compatible AI Apps
OAuth 2.0 CompatibleWaiting for input…
Kargo: 10 Logistics Tools
These tools give your agent direct access to every function in the Kargo platform, covering everything from device monitoring to order synchronization.
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 Kargo on VinkiusGet Carrier Info
Retrieves contact information for a specific shipping carrier.
Get Device Status
Checks the current operational status of an individual IoT device at a facility.
Get Order
Pulls detailed information for a single customer order number.
Get Shipment
Retrieves complete data details for a specific shipment ID.
List Devices
Provides an inventory list of all connected IoT devices at the facility.
List Facilities
Lists every business location associated with your account.
List Orders
Gives a list of all customer orders managed by the facility.
List Payload Logs
Reviews the history and records of data payloads synced to the platform.
List Shipments
Generates a list of all current and past shipments at the facility.
Update Logistics
Pushes updated order or shipment data to Kargo's main unified endpoint.
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Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
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Start with Kargo, then connect any of our 5,000+ 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.
Logistics ops means constantly clicking between dashboards.
Right now, tracking a single shipment's journey is a nightmare. You jump from the main dispatch screen to check carrier info; then you open another tab just for device status to see if the dock sensors are working. Then, when an order changes, you have to copy the details and paste them into the sync module. It takes too many clicks and you lose time context-switching between tabs.
With this MCP, you treat your entire system like one conversation. You ask the agent a single question—'Check that shipment and tell me if the dock sensors are ready.' The agent handles all the lookups: it checks the manifest for the shipment details, uses `get_device_status` on the assets, and delivers one clean answer right back to you.
Get Real-time Control with Kargo MCP
You eliminate the need for status guesswork. Instead of guessing if a device is online or if a shipment manifest is correct, your agent uses `get_device_status` and `get_shipment` to give you verifiable facts instantly.
The difference now? You don't just check statuses; you automate responses. If the system sees an order needs updating, you tell it to run `update_logistics`, and the data moves automatically. It’s proactive control.
What your AI can actually do with this
Managing a loading dock means juggling dozens of dashboards: one for inventory, another for carrier contact info, and yet a third just for IoT sensor status. Kargo lets you consolidate that mess into a single conversation with your agent. Need to know if a shipment is ready to load? Ask.
The system pulls the current status instantly, even giving you the specific carrier details. You can check every facility's device health or pull up all customer orders scheduled for today. If an order changes, you send that updated data payload directly back into Kargo’s unified endpoint, keeping your entire operation synced in real time.
By connecting this MCP through Vinkius, you get full visibility into everything running on site—from the smallest sensor to the biggest shipment manifest. It’s all accessible through natural language conversation.
019d75bf-82bc-71f0-965a-b480876c2f4f Here's how it actually works
The bottom line is, you talk to your agent about logistics problems instead of clicking through multiple dashboards and forms.
Subscribe to this MCP and provide your Kargo API Token, Business Slug, and Facility Slug.
Your agent accesses the necessary permissions within the Vinkius catalog. You confirm the connection parameters in your client app.
You ask your AI agent a question—like 'What's the status of devices at the West Coast facility?'—and it executes the required tool calls to give you an answer.
Who is this actually for?
This MCP is built for the ops engineer or warehouse manager who gets frustrated by data silos. If your job involves keeping physical assets—whether it's a truck, a sensor, or a pallet—moving and accounted for, you need this.
Checking shipment statuses or pulling carrier contact details without having to manually search the main dashboard.
Monitoring scheduled departures and device health for IoT sensors straight from their communication tool, flagging issues before they become problems.
Automating data synchronization between the physical system and internal databases, or pulling audit logs to prove compliance.
What Changes When You Connect
Instantly know where everything is. Instead of opening a separate dashboard to check carrier contact details, you simply ask for it using get_carrier_info and get the number immediately.
Keep tabs on physical hardware effortlessly. Use list_devices or get_device_status to monitor if sensors are online, catching potential failures before they stop operations.
Cut down on manual data entry and errors. When an order changes, you don't copy-paste; you just tell your agent to run update_logistics, syncing the data automatically.
Get full context on shipments fast. You can pull up a specific manifest using get_shipment or check all active freight with list_shipments—all in one conversational step.
Maintain compliance and visibility. Running through list_payload_logs means you have an instant, searchable record of every data sync that ever happened.
See it in action
The Morning Dispatch Check
A coordinator needs to confirm if three specific shipments are ready for departure. They ask their agent to use list_shipments and then specify the IDs. The agent compiles a report, confirming they're all at the dock and listing the associated carrier contact info via get_carrier_info. No dashboard hopping needed.
The Inventory Reconciliation
An analyst needs to verify that the physical inventory matches the digital record. They run a check using list_orders for today's facility orders, then use get_order on the top three records to cross-reference customer details against shipment manifest data.
The System Sync Failure
IT notices an order status hasn't updated in 24 hours. Instead of manually troubleshooting, they use list_payload_logs to check the synchronization history and then run update_logistics, forcing a fresh data push.
The Asset Health Check
A manager needs an immediate status report on all assets. They ask about device health, running a query that uses list_facilities to scope the location and then runs get_device_status for any flagged sensors.
The honest tradeoffs
Searching dashboards manually
Trying to find out if a shipment is delayed by logging into the main portal, navigating three tabs (Tracking > Shipments > Details), and then reading the status field.
Just ask your agent. Tell it: 'What's the real-time status of SHP-2024-05?' It uses get_shipment to pull the answer instantly.
Assuming data is synced
Sending out a confirmation email for an order change and assuming the warehouse system knows about it. The physical records might be wrong.
You have to tell your agent to run update_logistics first, which forces the correct payload data into the unified endpoint before you rely on it.
Checking device status piecemeal
Calling the sensor team and asking them for 12 different IDs one by one to check if they're online.
Ask your agent: 'List all IoT devices at Facility XYZ.' It uses list_devices once, then runs get_device_status on the whole list.
When It Fits, When It Doesn't
Use this MCP if your job revolves around real-time status checks across physically connected assets—think tracking goods, monitoring hardware, or moving data between systems. If you need to know: 'Where is it?' or 'Is it working?', this is for you. Don't use this if you are doing deep financial modeling, tax calculations, or writing marketing copy; those tasks require entirely different tools. Similarly, don't rely on the agent for historical data older than what’s in your logs—use list_payload_logs to check when the last sync occurred, but assume the API holds the current operational state.
Questions you might have
How do I use list_shipments with Kargo? +
You ask your agent to 'list all shipments for today.' The MCP runs list_shipments and gives you a comprehensive, up-to-date roster of everything at the facility.
Can I check device status with get_device_status? +
Yes. You ask your agent to 'check the sensor status for CAM-04.' It executes get_device_status and reports back if it's online, offline, or reporting an error.
What is list_payload_logs? +
This tool lets you review the history of data payloads. If something went wrong with a sync, checking list_payload_logs tells you exactly when and what was pushed to the platform.
Does get_order use list_orders? +
Not directly. You use list_orders to see all orders at a facility, but then you use get_order with a specific ID to pull the full details for just that one record.
How do I use `list_facilities` to see all my business locations? +
It returns a list of every facility registered in your Kargo account. You must grab the correct Facility Slug from this output before calling other tools, like get_order, for specific site data.
What comprehensive details does the `get_shipment` tool provide? +
This tool pulls everything about a single shipment. You get carrier contact info, scheduled departure times, and all associated orders linked to that ID in one call.
If `update_logistics` fails, how do I troubleshoot the data sync issue? +
The tool returns an error message specifying why the payload failed. Cross-reference this failure reason with the history of successful pushes using list_payload_logs.
What kind of status information does `list_devices` report on my IoT fleet? +
This function gives a real-time snapshot of all devices. It reports whether each device is online or offline and includes the last data timestamp recorded for that unit.
Where do I find my Business and Facility Slugs? +
These unique identifiers are assigned to your organization by Kargo. You can find them in your dashboard settings or by contacting your Kargo account manager.
Can I check the status of physical devices in the warehouse? +
Yes! Use the list_devices tool to see all IoT equipment at your facility, and get_device_status for detailed health metrics and last-seen timestamps for a specific unit.
What is the Unified Endpoint used for? +
The Unified Endpoint allows you to push external order or shipment data into the Kargo system for automated processing and real-time visibility updates.
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