Case studies
Robotics
Vektor
Vektor

Ten million simulated robot-hours a week, on a fixed power price.

Vektor trains warehouse robots in simulation first. A fixed hydro rate turned their compute bill from a weekly surprise into a line in the plan.

Industry
Robotics
GPUs
1024
Site
N-01
Live since
May 4, 2026
Ten million simulated robot-hours a week, on a fixed power price.
Vektor
N-01
3.1×
Sim throughput
10M
Robot-hours simulated per week
−29%
Cost per sim-hour

Simulation is the training set

Vektor builds picking robots for warehouses. Before a new grasping policy reaches a real shelf, it runs through millions of simulated hours: different boxes, different lighting, different ways for things to fall over.

Until 2026 those sweeps ran on spot GPUs across three clouds. When prices rose, experiments were cut, and the robots learned less than the team wanted them to.

“The question used to be what we could afford to simulate. Now it is what we want to learn.”

A fixed rate for a variable workload

Vektor reserved 1,024 H200s on N-01 on a three-year term. Power and cooling are part of a fixed GPU-hour rate, so a week of heavy sweeps costs the same per hour as a quiet one.

How the cluster is used

  • Simulation workers fill the pod around the clock, scheduled by Slurm.
  • Policy training takes priority twice a day and pre-empts sim jobs cleanly.
  • Results stream to Vektor's lab in Gothenburg over a private link.

The result

Simulation throughput is 3.1 times what Vektor ran in the cloud, at 29% lower cost per simulated hour. The team now runs about ten million robot-hours a week, and two new grasping policies have reached production since May.

Robotics
“We used to ration simulation when power prices spiked. Now we run every experiment the robots need, and the bill is the same every month.”
Maja Lindholm
3.1×
Sim throughput
Maja Lindholm
Vektor
1024
GPUs ·
N-01
02
Contact
Q1 2027 allocation is open

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