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Automated AI / GPU Resource Optimization

Continuously optimize GPU infrastructure to reduce cost, increase utilization, and eliminate manual tuning—at scale.

Servicing your AI workloads could be more expensive than it needs to be – we can show you why

Visibility and Insight

Gain real-time and granular understanding of GPU usage and efficiency:

  • Understand the utilization of every AI workload at every level of the stack
  • Reclaim wasted capacity by evicting misplaced pods
  • Recover idle or forgotten GPUs
  • Real-time, predictive and adaptive insights: Continuously evaluate needs using AI-driven analytics.

GPU Resource Optimization

Place workloads on the right GPU, at the right time:

  • Dynamically partition and assign GPUs to match demand
  • Ensure containers use only what they need—no more, no less
  • Maximize throughput by co-locating compatible jobs
  • Protect high-priority jobs from being compromised or impacted

Efficiency and Cost Optimization

Maximizes GPU yield while minimizing spend:

  • Slash GPU infrastructure cost through precision optimization
  • 50% higher utilization, 50% cost reduction
  • Automated resource decisions eliminate human guesswork and intervention

The result:

  • 60 %

    Higher GPU utilization

  • 50 %

    Cost savings

  • 0

    Zero guesswork

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See the benefits of optimized
Kubernetes Resources

AI-driven analytics that precisely determine optimal resource settings for Kubernetes.

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FAQs

Frequently asked questions

What is Kubex and how does it optimize GPU usage?

What types of AI workloads can Kubex optimize?

What makes AI workloads so hard to manage?

How does Kubex differ from other optimization platforms?

Does Kubex support optimization beyond Kubernetes?

How does Kubex optimize for cost and performance?

What GPU sharing strategies does Kubex use?

What kind of visibility does Kubex provide?

What results can I expect with Kubex?

Who benefits from using Kubex?

How do I get started with Kubex?