For Infra Teams

GPU infrastructure. Seconds, not weeks.

Stop waiting for hardware. Stop juggling clouds. Unified orchestration for on-prem, cloud, and Lyceum GPUs. One control plane for your entire fleet.

Lyceum Control Plane
All Systems Operational
On-Prem Cluster
Berlin DC
GPUs 64× H100
Utilisation 87%
AWS eu-west-1
Ireland
GPUs 32× A100
Utilisation 72%
Lyceum Cloud
EU Region
Capacity Unlimited burst
Status Ready to scale
Active Jobs 12 running
llm-finetune-v3
8× H100 On-Prem
embedding-train
4× A100 AWS
burst-job-overflow
16× H100 Lyceum

The infrastructure bottleneck is real

Your ML teams need GPUs. But procurement takes months, cloud accounts are siloed, and existing clusters sit half-empty while queues grow.

Procurement takes forever

Weeks to get cloud approval. Months for on-prem hardware. ML projects stall waiting for compute.

Fragmented infrastructure

On-prem clusters, AWS, GCP, Azure. Different tools, different queues, no unified view.

Low utilisation

Expensive GPUs sitting at 40% utilisation. Capacity hoarding. No visibility into actual usage.

Instant Provisioning

Get GPUs in seconds, not weeks

Self-service provisioning from CLI or API. No tickets, no approvals, no waiting. Your ML teams get compute when they need it.

$

One command to launch

VMs spin up in under 30 seconds. Pre-configured with CUDA, drivers, and your choice of ML framework.

Burst when you need it

On-prem full? Jobs automatically overflow to Lyceum Cloud. Seamless scaling, same API.

Keep your policies

Quotas, budgets, and access controls. Give teams autonomy without losing governance.

Terminal
# Launch 8× H100 cluster
$ lyceum vm create --gpu h100 --count 8
Provisioning cluster...
Configuring InfiniBand...
Installing CUDA 12.4...
[INFO] Cluster ready
$ ssh root@cluster-8xh100-a3f2.lyceum.cloud
Welcome to Lyceum GPU Cluster
8× NVIDIA H100 80GB | InfiniBand 400Gb/s
Provisioned in: 28 seconds

GPU Utilisation

+47% improvement
Before Lyceum 38%
With Lyceum 85%
-62%
Queue time
2.3×
Throughput
-34%
Cost per job
Infrastructure Optimisation

Double your effective capacity

Most GPU clusters run at 30-50% utilisation. Lyceum's orchestration layer pushes that to 80%+ by eliminating idle time, optimising scheduling, and enabling preemption.

Smart scheduling

Jobs get matched to optimal hardware automatically. Gang scheduling for distributed training. Bin-packing for small jobs.

Preemptible workloads

Low-priority jobs run on spare capacity. High-priority work preempts when needed. No idle GPUs.

Real-time visibility

See exactly what's running, who's using what, and where the bottlenecks are. Data-driven capacity planning.

Ready to modernise your GPU infrastructure?

Talk to our engineering team about your infrastructure needs.