A collection of Model Context Protocol (MCP) servers that enable Claude and other AI assistants to interact with scientific computing resources and data management services.
This repository contains MCP servers that allow AI assistants to interact with scientific computing infrastructure:
- Globus MCP Servers - Enable interaction with Globus services for data transfer and compute functions
- Compute Facility MCP Servers - Enable interaction with ALCF and NERSC supercomputing facilities
- Diaspora MCP Server - Enables interaction with the Diaspora Event Fabric (Octopus) for topic management and event streaming.
These servers implement the Model Context Protocol (MCP), which allows AI assistants like Claude to interact with external tools and services.
The Globus MCP servers enable AI assistants to:
- Globus Transfer - Transfer files between Globus endpoints, browse directories, and manage transfer tasks
- Globus Compute - Register and execute Python functions on remote Globus Compute endpoints (formerly FuncX)
- Globus Search - Create search indices, ingest documents, and perform powerful searches across Globus Search indexes
Learn more about Globus MCP Servers
The Compute Facility MCP servers enable AI assistants to:
- ALCF - Check status of ALCF machines (e.g., Polaris) and monitor running jobs
- NERSC - Check status of NERSC systems and services
Learn more about Compute Facility MCP Servers
The Diaspora MCP server enable AI assistants to:
- Manage topics - Create, list, and delete topics within the user’s namespace
- Stream events - Publish events to a topic and retrieve the most recent event
Learn more about the Diaspora MCP Server
The Garden MCP server enable AI assistants to:
- Discover AI Model Gardens - Search Garden's registry of domain-specific AI-for-science models.
- Run Models - Run inference on Garden models.
Learn more about the Garden MCP Server
To use these MCP servers with Claude Desktop, you'll need to deploy them locally:
- Open Claude Desktop and go to Settings → Developers.
- Click Edit Config to configure your MCP servers.
- Follow the local deployment guide for detailed setup instructions.
- Restart Claude Desktop.
You can ask Claude to:
Transfer files from my Globus endpoint to another endpoint
You can ask Claude to:
Run a Python function on a Globus Compute endpoint
You can ask Claude to:
Create a search index and publish research data for discovery
You can ask Claude to:
Check if Polaris is online
You can ask Claude to:
Check the status of NERSC systems
You can ask Claude to:
Register a Diaspora topic, produce three messages, and consume the latest message
submit_transfer- Submit a file transfer between collectionsget_task_events- Get a list of task events to monitor the status and progress of a tasklist_directory- Browse files on a collection- And more...
register_python_function- Register a Python function with Globus Computesubmit_task- Submit a function execution task to an endpointget_task_status- Retrieve the status and result of a task- And more...
create_index- Create a new Globus Search indexingest_document- Ingest a single document into a search indexsearch_index- Search for documents using a simple query stringadvanced_search- Perform advanced search with filters, facets, and sorting- And more...
check_alcf_status- Get the status of the Polaris machineget_running_jobs- Return the list of running jobssystem_health_summary- Summarize the jobs submitted to Polaris
get_nersc_status- Get the status of various NERSC servicescheck_system_availability- Check the system's current availabilityget_maintenance_info- Check the maintenance schedule of the resources
register_topic– create a new Kafka topicproduce_event– publish a UTF‑8 message to a topicconsume_latest_event– fetch the most recent event from a topic- And more...
For a complete list of tools, see the README files for each component.
This project is licensed under the MIT License - see the LICENSE file for details.
Contributions are welcome! Please feel free to submit a Pull Request.