GPU
AI Infrastructure — AI

GPU infrastructure powers AI workloads — high-density accelerated compute for training and inference, the engine behind modern machine learning.

Zero Trust Automation Observability AI-Driven

Technologies available for this scope

N
NVIDIA
S
SambaNova

What organizations face today

  • Availability — accessing scarce GPUs
  • Utilization — maximizing accelerator use
  • Cost — GPU economics at scale
  • Orchestration — scheduling GPU workloads
  • Cooling & power — datacenter constraints

Future Challenges

GPU as a Service

On-demand accelerated compute.

Fractional GPUs

Sharing accelerators efficiently.

AI-driven scheduling

Optimal GPU allocation.

Sustainable AI compute

Energy-aware acceleration.

Composable acceleration

GPUs allocated on demand.

A Virtuous Cycle of Services

Services define the WHAT — the desired action according to the service type. They follow a virtuous cycle aligned with your GPU initiatives.

Define

Knowledge Transfer
Outcome(s)
  • Deliverable
PS Example

We define a GPU skills development plan covering automation, security and observability.

Teach

Knowledge Transfer
Outcome(s)
  • Videos recorded session
  • Deliverable
PS Example

We deliver technical GPU sessions tailored to your teams' level and objectives.

Validate

Knowledge Transfer
Outcome(s)
  • Deliverable
PS Example

We validate GPU knowledge through practical exercises and real-world scenarios.

Evaluate

Knowledge Transfer
Outcome(s)
  • Deliverable
PS Example

We evaluate GPU skills and identify improvement areas for continuous progression.

Mentor

Knowledge Transfer
Outcome(s)
  • Deliverable
PS Example

We provide GPU technical mentoring for troubleshooting, design and optimization.

Inform

Knowledge Transfer
Outcome(s)
  • Webinar
  • Deliverable
PS Example

We keep you informed about GPU trends, best practices and emerging technologies.

AI & Automation

AI and automation enhance every aspect of your GPU scope: detection, analysis, configuration, remediation, prediction and optimization.

  • Utilization optimization
  • Cost analysis
  • Workload scheduling
  • Failure prediction