Strategy and Solutions

Close

Discover our digital transformation stories and the impact driving real change

Global Retailer Modernizes GPU Infrastructure to Accelerate AI Model Training

About the Client

The client was a global retail enterprise investing heavily in machine learning to power personalization, demand forecasting, and recommendation systems. While the organization had already deployed GPU resources in its on-premises data centers, these resources were often underutilized due to fragmented infrastructure management and inefficient workload scheduling.

To unlock the full potential of its AI investments and support next-generation personalization models, the retailer partnered with Zymr to modernize its GPU infrastructure.

Key Outcomes

Significant Increase in GPU Utilization
Faster AI Model Training Cycles

Business Challenges

Despite significant GPU investments, the retailer’s AI teams faced long model training cycles and inconsistent resource availability. GPU workloads were manually scheduled across clusters, leading to idle capacity in some environments and contention in others. Training pipelines lacked dynamic scaling, and infrastructure teams struggled to balance cost control with growing demand from data science teams. The organization required a centralized orchestration framework capable of optimizing GPU usage while supporting diverse AI workloads across departments.

Business Impacts / Key Results Achieved

Zymr helped the retailer transform underutilized GPU infrastructure into a high-performance AI platform. The modernized environment accelerated model training, improved resource efficiency, and enabled the rapid development of new personalization capabilities.

  • Significant Increase in GPU Utilization
  • Faster AI Model Training Cycles
  • Improved Throughput for Personalization Workloads
  • Stabilized Infrastructure Costs
  • Greater Infrastructure Visibility and Control

Strategy and Solutions

Zymr implemented a modern AI infrastructure layer designed for efficient GPU orchestration and scalable training environments.

  • Kubernetes-Based AI Cluster Management
    Unified GPU resources across infrastructure using container orchestration.
  • GPU-Aware Workload Scheduling
    Optimized job placement to maximize hardware utilization.
  • Autoscaling for AI Training Pipelines
    Dynamically adjusted compute resources based on workload demand.
  • Centralized Resource Monitoring
    Provided visibility into GPU allocation, utilization, and training performance.
  • Infrastructure Automation
    Simplified cluster management and deployment processes.
  • Cost Optimization Controls
    Balanced workload demand with infrastructure efficiency.
Show More
Request A Copy
Zymr - Case Study

Latest Case Studies

With Zymr you can