I help organizations build and scale AI/ML infrastructure on Kubernetes, specializing in GPU orchestration, model serving, and distributed training. With deep expertise in Go, Kubernetes, and cloud-native practices, I deliver production-ready ML platforms that handle everything from distributed training to high-throughput inference.
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Deep experience with NVIDIA GPU operators, MIG configuration, and optimizing GPU utilization from 30% to 85%+ for ML workloads.
I leverage Go’s performance to build custom operators and controllers that automate ML workflows, manage model deployments, and orchestrate training pipelines.
Hands-on experience deploying ML infrastructure across GKE, EKS, AKS with GPU node pools, supporting everything from experimentation to production inference.
I’ve helped enterprises reduce ML infrastructure costs by 60-70% through spot GPU strategies, time-slicing, and intelligent workload scheduling.
Using battle-tested patterns with Kubeflow, KServe, and custom operators, I can establish production ML platforms in days, not months.
Expert evaluation of your current ML platform capabilities and GPU utilization, with actionable recommendations for optimization. Learn More
End-to-end setup of GPU-enabled Kubernetes clusters optimized for ML workloads, including NVIDIA operators, monitoring, and autoscaling. Learn More
Production-ready model serving infrastructure with KServe/Seldon, supporting thousands of models with automatic scaling and A/B testing. Learn More
Implement Kubeflow pipelines or custom training orchestration with distributed training support, spot instance management, and automatic checkpointing. Learn More
Go-based operator development for automating ML workflows, model lifecycle management, and experiment tracking. Learn More
Complete guide to GPU orchestration, model serving with KServe, and distributed training on Kubernetes.
Practical strategies for maximizing GPU efficiency through MIG, time-slicing, and intelligent scheduling.
Data-driven analysis of GKE, EKS, AKS, OpenShift for ML workloads, including GPU support comparison.
Leveraging spot GPUs, automatic checkpointing, and smart scheduling for cost-effective ML training.
Comprehensive guide to developing Kubernetes operators for automating ML workflows and model deployment.
Deep dive into leveraging Go for ML infrastructure, from training orchestration to inference optimization.
Whether you’re starting your ML journey, struggling with GPU utilization, or ready to scale to production, I can help you build robust, cost-effective ML infrastructure on Kubernetes.
Schedule a Free 30-Minute ML Infrastructure Consultation