Install on Slurm (bare metal)

Install Topograph on a Slurm head node so it can generate topology configuration (topology.conf or per-partition topology.yaml) for the Slurm controller to consume.

Prerequisites

• Slurm cluster with a head node you can install system packages on
• Go and make to build the package from source (see go.mod for the exact Go version), or a pre-built Debian/RPM package if your organization distributes one
• A supported provider for your environment — see the provider documentation for per-provider setup

Install

Clone the repo and build a native package for your distribution:

$
git clone https://github.com/NVIDIA/topograph.git
$
cd topograph
$
$
make deb        # Debian / Ubuntu — produces .deb under dist/
$
# or
$
make rpm        # RHEL / Rocky / SUSE — produces .rpm under dist/

Install the resulting package:

$
sudo dpkg -i dist/topograph_*.deb        # Debian / Ubuntu
$
# or
$
sudo rpm -ivh dist/topograph-*.rpm       # RHEL / Rocky / SUSE

The package installs the service but does not start it. Edit /etc/topograph/topograph-config.yaml to set at minimum:

1
http:
2
  port: 49021
3
provider: <provider>                     # aws, gcp, oci, nebius, netq, infiniband-bm, ...
4
engine: slurm
5
requestAggregationDelay: 15s

Then enable and start the service:

$
sudo systemctl enable --now topograph.service

Verify

Check that the service is running and the API is reachable:

$
curl http://localhost:49021/healthz

HTTP 200 means the API server is up.

Where to go next

• Slurm engine reference — full configuration, tree vs block vs per-partition topology formats, strigger integration
• Provider documentation — per-provider prerequisites and configuration
• Config and API reference — topograph-config.yaml schema, /v1/generate and /v1/topology contract
• scripts/create-topology-update-script.sh — generates the Slurm trigger that calls /v1/generate automatically when the cluster’s node inventory changes
• Architecture — how the API server, Provider, and Engine fit together