GPU orchestration control plane for agent workflows

dstack is a unified control plane for GPU provisioning and orchestration that works with any GPU cloud, Kubernetes, or on-prem clusters.

It streamlines development, training, and inference, and is compatible with any hardware, open-source tools, and frameworks.

Accelerators

dstack supports NVIDIA, AMD, Google TPU, and Tenstorrent accelerators out of the box.

Latest news ✨

• [2026/08] dstack 0.21.0: Pydantic v2, Gateway replicas
• [2026/07] dstack 0.20.29: Presets — agent-driven inference optimization (experimental)
• [2026/07] dstack 0.20.27: Slurm backend
• [2026/05] dstack 0.20.21: Kubernetes multiple clusters
• [2026/05] dstack 0.20.20: NVIDIA Dynamo integration
• [2026/04] dstack 0.20.17: Kubernetes volumes
• [2026/02] dstack 0.20.10: PD disaggregation support
• [2026/01] dstack 0.20.7: Replica groups

How does it work?

Launch the server

Before using dstack through CLI or API, set up a dstack server. If you already have a running dstack server, you only need to install the CLI.

To orchestrate compute across GPU clouds or Kubernetes clusters, you need to configure backends.

When using dstack with on-prem servers, backend configuration isn’t required. Simply create SSH fleets once the server is up.

The server can be installed on Linux, macOS, and Windows (via WSL 2). It requires Git and OpenSSH.

$ uv tool install "dstack[all]" -U
$ dstack server

Applying ~/.dstack/server/config.yml...

The admin token is "bbae0f28-d3dd-4820-bf61-8f4bb40815da"
The server is running at http://127.0.0.1:3000/

For more details on server configuration options, see the Server deployment guide.

Install the CLI

$ uv tool install dstack -U

$ dstack project add \
    --name main \
    --url http://127.0.0.1:3000 \
    --token bbae0f28-d3dd-4820-bf61-8f4bb40815da

Configuration is updated at ~/.dstack/config.yml

Install agent skills

Install dstack skills to help AI agents use the CLI and edit configuration files.

$ npx skills add dstackai/dstack

AI agents like Claude, Codex, and Cursor can now create and manage fleets and submit workloads on your behalf.

Define configurations

dstack supports the following configurations:

• Fleets — Provision and manage clusters across clouds, Kubernetes, and on-prem
• Dev environments — Launch dev environments to be accessed by agents or from your IDE
• Tasks — Run training, batch or other jobs across a single node or clusters
• Services — Deploy model inference as secure and scalable endpoints
• Presets — Agent-driven inference optimization (experimental)
• Volumes — Managing instance and network volumes for persisting data

Configuration can be defined as YAML files within your repo.

Apply configurations

Apply the configuration via the dstack apply CLI command, a programmatic API, or through AI agent skills.

dstack automatically manages provisioning, job queuing, auto-scaling, networking, volumes, run failures, out-of-capacity errors, port-forwarding, and more — across clouds and on-prem clusters.

Useful links

For additional information, see the following links:

• Docs
• Examples
• Discord

Contributing

You're very welcome to contribute to dstack. Learn more about how to contribute to the project at CONTRIBUTING.md.

License

Mozilla Public License 2.0