Conduit MCP. Check, debug, and manage your data pipelines through chat.
Works with every AI agent you already use
…and any MCP-compatible client
Just plug in your AI agents and start using Vinkius.
Conduit lets your AI agent talk to data integration pipelines. It checks pipeline status, finds source/destination connectors, and reviews run history—all through plain text chat.
You manage complex data flows between systems without touching a web dashboard.
What your AI agents can do
Get run status
Checks and returns the current status, timing, and any error info for a specific workflow run.
Get workflow
Retrieves detailed information about an entire data integration workflow, including its source and destination.
List available destinations
Lists all the types of external systems or services that can receive data from a pipeline.
The agent retrieves the real-time operational status of any defined data workflow run.
You ask the system to list all supported data source and destination connector types available for use in a pipeline.
The agent pulls a definitive list of every active source-to-destination connection configured on your account.
You request the full execution log for a specific workflow, showing status and timestamps for all past runs.
The agent executes a run on a specified data workflow ID when you need to test or re-process data.
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Conduit MCP Server: 8 Tools for Data Flow Management
These tools allow you to programmatically list, check the status of, and manage every aspect of your data synchronization pipelines.
019d7579get run status
Checks and returns the current status, timing, and any error info for a specific workflow run.
019d7579get workflow
Retrieves detailed information about an entire data integration workflow, including its source and destination.
019d7579list available destinations
Lists all the types of external systems or services that can receive data from a pipeline.
019d7579list available sources
Lists all the types of databases and endpoints that can serve as the starting point for a data pipeline.
019d7579list connections
Retrieves a list showing every active connection between sources and destinations currently configured.
019d7579list workflow runs
Gets the execution history for a workflow, providing status and timestamps for all past runs.
019d7579list workflows
Retrieves a list of every data integration workflow ID available in Conduit, which you need to reference later.
019d7579trigger workflow
Manually kicks off a run for a specific data workflow using its ID.
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.
- Import from OpenAPI, Swagger, or YAML specs
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Make Your AI Do More
Start with Conduit, then connect any of our 4,700+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 4,700+ others, all in one place
- Add new capabilities to your AI anytime you want
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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
This isn't some fancy dashboard you gotta log into; it’s your AI client talking straight to the Conduit data pipelines. You manage complex data moves between systems just by chatting with your agent. It lets you inspect everything—health checks, connector lists, run logs—using plain text commands.
When you need to know what's running or what could run, you start here. First, you use list_workflows to pull a list of every data integration workflow ID that exists in Conduit. This list gives you the specific IDs you’ll need for everything else—you gotta reference those later.
To get the full scope of any given pipeline, you can call get_workflow. This returns detailed information about an entire workflow, showing you exactly what sources and destinations it's set up to handle. You can also check out what’s connected by running list_connections, which pulls a definitive list of every active source-to-destination link configured on your account.
If you need to know how that pipeline starts or ends, the system tracks it for you. Use list_available_sources and you get a comprehensive list of all supported databases and endpoints that can serve as the starting point for any data flow. Similarly, if you run list_available_destinations, you'll see every type of external system or service that can receive data from a pipeline.
When it comes to checking health, your agent handles it in real time. To check the operational status of a specific workflow at this moment, you use get_run_status. This returns the current status, timing details, and any error messages for a single, defined run. If you need to audit what went down over time, call list_workflow_runs to get the full execution history for that workflow, providing both statuses and timestamps for every past attempt.
If things are acting up or you gotta re-process some data, you don't wait around. You just tell your agent to run it using trigger_workflow. This manually kicks off a run for a specific data workflow ID when you need to test something out or force a reprocessing job.
It’s all about control. Need to map out the whole infrastructure? Use the tools to check every active connection, listing them with list_connections, and cross-reference that against the available components provided by list_available_sources and list_available_destinations. You'll get a complete picture of your entire data landscape. For instance, if you want to see what specific databases are ready for use, run list_available_sources; if you need to know which systems can accept the output, check list_available_destinations.
This lets you build out complex, reliable pipelines entirely through chat.
The whole process is built around transparency. You start by finding all workflows with list_workflows, then you use that ID to get deep details about it via get_workflow. If the pipeline is running smoothly, great; if not, immediately check its health using get_run_status. If there’s been an outage or a hiccup, don't sweat it.
You just ask for the history with list_workflow_runs to see exactly when things went sideways and why.
If you figure out the issue and need to test a fix, you can manually restart the job using trigger_workflow. The system tracks everything—the status, the timing, and the error codes—so you never have to guess what’s happening under the hood. You're not stuck clicking buttons in some clunky web dashboard; your agent handles all that heavy lifting for you, keeping you right in the chat window.
How Conduit MCP Works
- 1 Append this integration into your AI application interface and authorize the necessary credentials (Base URL, API Key, Admin Password).
- 2 Your agent authenticates with Conduit. This process links your client to your target data instance.
- 3 You instruct your agent via plain text inputs to inspect or orchestrate streams. For example: 'What is the status of the Snowflake pipeline?'
The bottom line is, you get to manage complex data infrastructure through chat commands instead of clicking through GUIs.
Who Is Conduit MCP For?
This is for the ops engineer who's tired of logging into five different dashboards just to check if a single pipeline failed overnight. It’s for anyone whose job depends on knowing why and when data stopped flowing.
Uses list_workflows and get_workflow to map out dependencies, then uses get_run_status to check if the sync job between two databases is currently running clean.
Runs list_connections after an infrastructure change. They verify that new endpoints are correctly linked before green-lighting a deployment, using tools like get_run_status to confirm connectivity.
Uses list_workflow_runs and trigger_workflow to get a historical report of data flow performance. They can check if critical operational data streams ran successfully throughout the night.
What Changes When You Connect
- You instantly know the status of any pipeline. Instead of navigating to a dashboard to find out if 'MySQL-to-Kafka' is running or degraded, you just ask for it using
get_run_status. It gives you the exact status and when the last issue occurred. - Debugging becomes immediate. If data flow breaks, instead of digging through raw logs in an ugly web interface, you use your agent to fetch recent application logs directly with plain text commands. This saves time finding the error code.
- You never lose track of what's connected. Running
list_connectionspulls a clean list of all active source and destination links across your whole infrastructure. You see everything in one go, without clicking through multiple modules. - Need to test something? Don't manually click 'Run'. Use
trigger_workflowwith the correct workflow ID you first found usinglist_workflows. It executes the run instantly for testing purposes. - Audit trails are simple. Instead of guessing if a pipeline ran successfully last week, use
list_workflow_runsto get a clear history of every execution attempt, showing status and timestamps immediately.
Real-World Use Cases
Investigating a Midnight Failure
The system admin notices data is missing. They use list_workflows to find the ID for 'Financial-Report-Sync'. Next, they run list_workflow_runs to see that the last attempt failed 3 hours ago. Finally, they ask the agent to fetch logs using get_run_status to pinpoint if it was a credentials error or a schema mismatch.
Pre-Deployment Connectivity Check
A DevOps engineer needs to confirm that a new data source is ready. They first run list_available_sources to validate the type of connector. Then, they use list_connections to see if any existing pipelines can link to it, confirming connectivity before writing complex ETL code.
Debugging a Degraded Stream
A data engineer suspects a connection is timing out. They ask the agent to run get_workflow on the pipeline ID to confirm source/destination details. Then, they use list_connections to check if that specific destination connector has any known issues reported.
Forcing a Data Refresh
The team manually updated core reference data and needs the downstream pipelines to re-sync immediately. They first run list_workflows to get the target ID, then use trigger_workflow to kick off the entire sync process without going through the web UI.
The Tradeoffs
Treating it like a simple database query
The user tries to ask, 'What is the status of my data?' and expects a single answer. They forget that pipelines are complex processes.
→
You must be specific. Always start by using list_workflows to get the exact ID or name you need, then use get_run_status or list_workflow_runs targeting that specific workflow.
Manually checking every single connector
The user logs in and clicks through dozens of individual connection tabs to verify if everything is linked.
→
Run list_connections. It gathers all active source-to-destination pairings into one list, letting you quickly audit your entire operational footprint.
Assuming a manual fix can be issued
The user sees an error and assumes the agent can simply 'fix' the pipeline. The system will deny this.
→
Your job is to inspect, not modify. Use get_run_status to find out what failed, then use the dashboard (or manual process) for the fix.
When It Fits, When It Doesn't
Use Conduit if your primary bottleneck is time spent navigating multiple web dashboards and manually checking data flow health. Specifically, if you need a single chat interface to execute commands like list_workflows or check run history via list_workflow_runs, this server works for you.
Don't use it if: 1) You are trying to visually design or map out the pipeline connections (you need the web UI for that). 2) You require complex conditional logic within the flow itself—the tools only manage the lifecycle, not the data transformation. If your primary need is real-time monitoring of specific metrics (like latency spikes), you might need a dedicated observability tool instead of just status checks.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Conduit. 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 8 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Checking pipeline health shouldn't require logging into three different tabs.
Today, checking the operational state of your data flow means hitting five separate dashboards. You check the source connector on Dashboard A, look at the destination connection status on Dashboard B, and then cross-reference a run ID against the historical logs in Dashboard C. It's slow and tedious.
With Conduit, you just chat with your agent. You ask for the pipeline status, and it pulls all that information together for you—the current health, the connections involved, and the last known error code. You get a single, actionable report right there.
Conduit MCP Server: Managing data streams with Conduit
You no longer have to manually trigger runs or dig through complex logs when something goes wrong. You simply tell your agent, 'Check the status of the MySQL-to-Kafka pipeline,' and it handles the required calls (like `get_run_status`) and presents you with a clean answer.
It's direct. It’s specific. Your AI client acts like having a dedicated on-call DevOps engineer sitting next to you, ready to tell you exactly where the data flow broke.
Common Questions About Conduit MCP
How do I see what pipelines are available using Conduit? +
Use list_workflows. This tool scans your instance and returns a list of all existing workflow IDs. You need this ID before you can check its status or run it.
Can I manually restart a failed pipeline using the Conduit MCP Server? +
You trigger a run with trigger_workflow. This executes a new attempt on the existing workflow ID, allowing you to test if the failure was temporary or structural.
What is the difference between listing workflows and checking connections using Conduit? +
Use list_workflows to get the IDs of the process logic. Use list_connections to see the physical links (source/destination) that those processes use.
I need to check a specific pipeline's history, what tool should I use in Conduit? +
Use list_workflow_runs. This returns the execution history for a given workflow ID, letting you see timestamps and status codes from all past attempts.
When I use `list_available_sources`, how do I check which types of data sources Conduit supports? +
The tool returns a list of all recognized connector types. This tells you exactly what kind of source (e.g., databases, APIs) Conduit can connect to for your pipelines.
If I suspect a pipeline failed, what specific details does `get_run_status` provide? +
It gives more than just 'failed'; it returns the exact timing, the status of the run, and detailed error information. This lets you pinpoint when and why things went wrong.
Using `get_workflow`, what core components must I verify about a pipeline before trusting its data flow? +
The tool confirms three critical pieces of metadata: the source, the destination, and the current operational status. This verifies where the data comes from and where it's supposed to land.
Does running `list_connections` expose my sensitive credentials or API keys? +
No, it only retrieves a list of active connections and their basic status. It shows that the connection exists but doesn't reveal any underlying security details like passwords or keys.
How do I systematically obtain an active API Key targeting the Conduit platform? +
Depending absolutely on how your infrastructure deployed the program (standalone desktop executable, core Docker containerized setups, or external Cloud instance providers), keys are defined at setup. Generally, navigate your hosted interface configurations to visually spot specific 'API section' panels or define standard keys via backend environment base configurations (for Docker setup instances, parameters typically refer natively mapping to 'CONDUIT_API_URL'). Insert keys properly downwards with other core data completely preserving original syntax precisely achieving seamless valid interactive integrations securely effortlessly resolving requirements seamlessly connecting completely natively without technical failures preventing operations running clearly correctly natively actively continuously stably.
Can the text-based conversational integration construct entirely new data mapping pipelines logically? +
For maintaining stability and avoiding potentially flawed or disruptive integration commands inadvertently given through free text models over critical systems, this integration focuses capabilities mostly on analytical monitoring, status reviewing and component checks (observer and reporting methodologies). Direct architectural construction mapping entire data flow pipelines heavily relies on original detailed configurations inside Conduit visually rather than natural language textual generative guesses mitigating potential serious enterprise data leaks implicitly actively safely limiting functions structurally appropriately maintaining steady uncompromised safe connections.
Which connector types can the AI list? +
The integration can list both source and destination connectors configured in your Conduit instance. Use the pipeline inspection tools to see which plugins are attached, their configuration parameters, and their current health status.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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