A Model Context Protocol (MCP) server for managing Ray clusters, jobs, and distributed computing workflows. Ray is an open-source, high-performance distributed execution framework designed for scalable and parallel Python and machine learning applications.
- Multi-Node Cluster Management: Manage Ray clusters across multiple nodes
- Job Management: Submit, monitor, and control Ray jobs
- Actor Management: Manage Ray actors for distributed computation
- Real-Time Monitoring: Monitor cluster health and resource usage
- Workflow Orchestration: Coordinate distributed workflows
- LLM-Enhanced Output: Optional AI-enhanced output via environment variable
- Scheduling: Advanced job scheduling capabilities
- Scalable machine learning library for distributed training
- Scale model training from single machine to cluster with 1 line of code
- Compatible with PyTorch, TensorFlow, XGBoost
- Distributed deep learning training across CPUs/GPUs
- Distributed execution framework
- Parallel Python applications
- Actor-based computation model
- Data pipeline processing
- Distributed machine learning training
- Large-scale model fine-tuning
- Gen AI foundation model training
- Time series model training
- Data pipeline orchestration
- Batch inference at scale
- Hyperparameter tuning
- Multi-node computation
- distributed_training.py: Distributed ML training examples
- basic_ray_jobs: Simple Ray job submission
- multi_node_clusters: Cluster management
- actor_based_computation: Actor pattern examples
- data_pipelines: Data processing workflows
- Natural language cluster management
- AI-assisted job scheduling
- Simplified distributed computing
- Reduced complexity for scaling
- Automated resource management
- Conversational monitoring
Built on Ray's distributed runtime with abstractions for:
- Task parallelism
- Actor model
- Distributed scheduling
- Object store
Works with Claude, Cursor, and any MCP-compatible AI assistant. Requires Ray cluster deployment.
Ray is open-source. Anyscale provides managed Ray services with enterprise features.