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PAI

by Community

Resource scheduling and cluster management for AI

P

OSS

PAI

Added 1 June 2026

#ai #artificial-intelligence #chainer #cloud #cluster-management #cluster-manager #gpu #gpu-cluster

Overview

PAI is an open-source resource scheduling and cluster management platform for AI workloads. It manages job submission, resource allocation, and monitoring across GPU clusters. Built with JavaScript, it provides a web interface for managing distributed training and inference tasks.

Best for

Best for
Teams needing an open-source scheduler for managing GPU clusters used in AI training and experimentation

Use cases

  • Scheduling distributed training jobs on shared GPU clusters
  • Managing resource allocation and job queues for AI workloads
  • Monitoring cluster utilization and job status via a web dashboard

Notes

PAI is an open-source resource scheduling and cluster management platform for AI workloads. It manages job submission, resource allocation, and monitoring across GPU clusters. Built with JavaScript, it provides a web interface for managing distributed training and inference tasks.

2,687 stars on GitHub. Last updated 2024-06-06. Licensed MIT.

Use cases

  • Scheduling distributed training jobs on shared GPU clusters
  • Managing resource allocation and job queues for AI workloads
  • Monitoring cluster utilization and job status via a web dashboard

Pros

  • Open source with a community-driven development model
  • Provides a centralized web interface for cluster management
  • Supports scheduling for diverse AI workloads across GPU nodes

Cons

  • Limited to resource scheduling and does not include model serving or data pipelines
  • Community-maintained, so updates and support may be less predictable than commercial tools
  • Requires significant setup and configuration for production clusters

Indexed from awesome-llmops and enriched against its public facts.

Pros

  • Open source with a community-driven development model
  • Provides a centralized web interface for cluster management
  • Supports scheduling for diverse AI workloads across GPU nodes

Cons

  • Limited to resource scheduling and does not include model serving or data pipelines
  • Community-maintained, so updates and support may be less predictable than commercial tools
  • Requires significant setup and configuration for production clusters