# IBM Quantum MCP for AI Agents AI Agent Connect

> IBM Quantum connects your AI agent to actual quantum hardware. It lets you submit circuits, monitor job progress, and retrieve results directly through your AI client without switching to a web dashboard.

## Overview
- **Category:** industry-titans
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_NNHeCVFOguqiuPjrZJyiewB5nLuhf0h5ZUHGe8Ks/ai-agent-connect

## Description

IBM Quantum connects your AI agent to actual quantum hardware. Instead of jumping between browser tabs to check if a circuit finished running, you can just ask your agent to handle the heavy lifting. It handles the dirty work of interacting with IBM's quantum backends so you can focus on the physics. You'll find this in the Vinkius catalog, where it sits alongside other heavy-duty industry tools. It's about getting your results without the constant context switching. When you connect this Connector, your agent gains the ability to interact with the full suite of IBM's quantum services. This means you can move from a purely theoretical space into a practical execution environment where your agent is actually running circuits on real qubits. You can ask your agent to find the best hardware for a specific task, submit your jobs, and then let it monitor the progress while you move on to other work. It removes the friction of manual job tracking and gives you a way to batch your experiments with much less effort. Whether you're a researcher looking for specific backend details or a developer trying to automate a large queue of circuit executions, this tool puts the power of IBM's hardware directly into your agent's hands.

## Tools

### cancel_job
Stop a running quantum job immediately to free up resources. This is useful if a job is taking longer than expected.

### get_backend_details
See the specific hardware specs for a quantum backend. Use this to check qubit counts and other technical details.

### get_job_result
Pull the final output from a completed quantum job. This lets your agent retrieve data for you automatically.

### get_job_details
Check the current status and metadata of a specific quantum job. It tells you if a job is pending, running, or done.

### list_backends
See all available quantum devices and hardware options. This helps you find the right hardware for your circuit.

### list_jobs
View a history of your submitted quantum jobs. You can use this to track your past experiments.

### list_providers
See the different IBM Quantum providers available to you. This helps identify which services you can access.

### submit_job
Send a quantum circuit to a specific backend for execution. This is the primary way to start a quantum experiment.

## Prompt Examples

**Prompt:** 
```
What quantum backends are available right now?
```

**Response:** 
```
Here are the currently available IBM Quantum backends:

| Backend Name | Qubits | Features |
| :--- | :--- | :--- |
| `ibm_oslo` | 127 | Error Mitigation |
| `ibm_brisbane` | 127 | Error Mitigation |
| `ibm_kyoto` | 127 | Error Mitigation |

Would you like me to get more details on one of these?
```

**Prompt:** 
```
Submit my current circuit to the best available backend.
```

**Response:** 
```
I've submitted your circuit to the `ibm_oslo` backend. 

**Job Details:**
- **Job ID:** `job_8a2f3b1c` 
- **Status:** `Submitted` 
- **Backend:** `ibm_oslo` 

I'll keep an eye on it and let you know as soon as the results are ready.
```

**Prompt:** 
```
Can you give me a status update on my last 5 jobs?
```

**Response:** 
```
Here is the status of your last 5 jobs:

* **job_8a2f3b1c**: `Running` (65% complete)
* **job_7c2e1d0a**: `Completed` (Result available)
* **job_6b1a2c3d**: `Completed` (Result available)
* **job_5a4b3c2d**: `Failed` (Check logs)
* **job_4e3d2c1b**: `Completed` (Result available)

Would you like me to pull the results for the completed jobs?
```

## Capabilities

### Run quantum circuits
Submit your quantum jobs to IBM hardware and get results back in your chat.

### Monitor job status
Check the real-time progress of your submitted quantum experiments.

### Browse quantum hardware
See which IBM backends are available and what their specific specs are.

### Manage job queues
Cancel running jobs or list your past execution history.

### Identify providers
See the different IBM Quantum providers accessible to your account.

## Use Cases

### Batch circuit execution
A researcher wants to run 50 variations of a circuit. They ask their agent to submit all jobs and notify them when the first result is ready using `get_job_result`.

### Finding specific hardware
A developer needs a backend with a specific qubit count. They ask the agent to list all backends and filter by hardware specs.

### Experiment history tracking
A student wants to see the history of their experiments from last week. They ask the agent to list all jobs from their account.

### Real-time status monitoring
A physicist wants to know the status of a long-running job. They ask the agent to check the details of a specific job ID.

## Benefits

- Stop manual refreshing. Use `get_job_details` to see if your circuit is done without leaving your chat.
- Easier hardware selection. Use `list_backends` to see which devices are currently online and what they can do.
- Automated execution. Use `submit_job` to send your circuits directly from your workspace to the hardware.
- Quick results. Use `get_job_result` to grab data the moment your agent sees it is ready.
- Resource management. Use `cancel_job` to kill a runaway process and save your queue spot.
- Provider visibility. Use `list_providers` to see exactly which IBM services are available to you.

## How It Works

The bottom line is you can run real quantum circuits through your agent without leaving your workspace.

1. Connect the IBM Quantum MCP to your AI client through the Vinkius catalog.
2. Ask your agent to list available backends or select a specific hardware target.
3. Submit your circuits and get the results back directly in your conversation.

## Frequently Asked Questions

**How does the IBM Quantum MCP help my research?**
It lets you use your AI agent to handle the tedious parts of quantum research. You can ask it to submit jobs, check statuses, and gather results without having to manually manage the IBM Quantum web console.

**Can I use this to run circuits on real hardware?**
Yes, this Connector connects your agent directly to IBM's quantum hardware. It allows you to submit circuits for execution on real qubits and get actual results back.

**Does the IBM Quantum MCP support multiple backends?**
Yes, it allows your agent to see and interact with all the different backends available in your IBM Quantum account, so you can choose the best hardware for your specific circuit.

**How do I check if my quantum job is finished?**
You can simply ask your agent to check the status of your job. It will use the Connector to look up the job details and tell you if it is still running, completed, or failed.

**Can my agent automatically submit jobs for me?**
Yes, your agent can take your circuit description and use the Connector to submit it to the hardware, then monitor it until the results are ready for you to review.

**Is this Connector for everyone using quantum computing?**
It is specifically for those using the IBM Quantum ecosystem. If you are a researcher, student, or developer working with IBM's quantum hardware, this is the right tool for your agent.