GPUStack

GPUStack

3.0

GPUStack optimizes GPU resource allocation for AI workloads, enabling scalable and efficient model deployment.

Last Updated Oct 21, 2026
GPUStack screenshot

About

GPUStack is a cloud-based GPU computing platform designed to deliver powerful, flexible, and reliable high-performance computing resources for AI training and inference workloads. Whether you are an individual developer, a research team, or an enterprise, GPUStack lets you quickly access the compute power you need so you can focus on algorithm innovation and business execution—without worrying about the deployment and maintenance of underlying hardware infrastructure.

Key Features

On-demand GPU resource allocation with support for a wide range of mainstream GPU models
One-stop AI development environment with popular deep learning frameworks pre-installed
High-performance storage and high-speed networking to ensure efficient data processing
Flexible billing options, including hourly and monthly or yearly subscription plans
Task monitoring and resource management for real-time visibility into running workloads

Pricing & Fees

  • Pricing: Not publicly listed on the pages we reviewed; check the official site for current plans.
  • Open-source base: GPUStack is released under the Apache 2.0 license and is free to use, modify, and distribute; a "Book a Demo" option is offered for enterprise engagements.
  • API availability: Provides OpenAI-compatible and Anthropic-compatible REST APIs for LLM, voice, image, and video models, usable as a drop-in replacement in existing applications.
  • Deployment flexibility: Runs on any hardware — on-premise, cloud, or hybrid — across heterogeneous GPUs including NVIDIA, AMD, and Ascend, with Docker/Podman/Kubernetes support.

Who It's For

AI researchers and data scientists, machine learning engineers and deep learning developers, universities and research institutions conducting AI-related projects, startups and enterprises that need efficient model training and inference, as well as users with high compute demands for graphics rendering and scientific computing.