Case Study

Multi-Cloud GPU Orchestration for AI Workloads

An intelligent resource allocation fabric integrating bare-metal and cloud GPUs with Kubernetes-aware scheduling to improve utilization by 50%.

Cloud & InfrastructureAI PoweredKubernetesCUDASlurmHPC
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GPU Orchestration Platform

The Challenge

AI workloads required massive GPU resources but suffered from poor utilization, complex scheduling, and high costs. The client needed a unified platform to manage both bare-metal and cloud GPUs across multiple providers while optimizing resource allocation and reducing operational overhead.

Our Solution

We built an intelligent GPU orchestration platform for multi-cloud AI workloads

Kubernetes Integration

Developed custom Kubernetes scheduler with GPU-aware resource allocation and workload optimization for AI/ML tasks.

Multi-Cloud Management

Created unified abstraction layer for managing GPUs across AWS, GCP, Azure, and bare-metal infrastructure.

Intelligent Scheduling

Implemented AI-powered scheduling algorithms that optimize GPU utilization based on workload requirements and cost constraints.

HPC Integration

Built seamless integration with HPC schedulers like Slurm for hybrid workloads spanning traditional and AI computing.

Results & Impact

50%
Better GPU Utilization
40%
Cost Reduction
10K+
AI Jobs Daily

Technology Stack

Advanced orchestration and cloud technologies

Kubernetes
Container Orchestration
CUDA
GPU Computing
Slurm
HPC Scheduler
HPC
High Performance