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 Duration 14 hours

Course Outline

Readying Machine Learning Models for Production Deployment

  • Encapsulating models using Docker
  • Exporting models from TensorFlow and PyTorch ecosystems
  • Best practices for version control and model storage

Serving Models via Kubernetes

  • Fundamentals of inference server architectures
  • Implementation of TensorFlow Serving and TorchServe
  • Establishing and managing model endpoints

Strategies for Inference Optimization

  • Implementing efficient batching techniques
  • Managing high concurrency and request loads
  • Refining latency and throughput metrics

Automated Scaling for ML Workloads

  • Leveraging the Horizontal Pod Autoscaler (HPA)
  • Utilizing the Vertical Pod Autoscaler (VPA)
  • Integrating Kubernetes Event-Driven Autoscaling (KEDA)

GPU Allocation and Resource Stewardship

  • Configuration of GPU-enabled nodes
  • Insights into the NVIDIA device plugin
  • Defining resource requests and limits for ML tasks

Model Release and Rollout Methodologies

  • Executing blue/green deployment patterns
  • Designing canary rollout mechanisms
  • Conducting A/B tests for model performance validation

Production Monitoring and Observability for ML

  • Tracking key metrics for inference services
  • Implementing robust logging and distributed tracing
  • Building dashboards and configuring alerting systems

Addressing Security and System Reliability

  • Hardening model endpoints against threats
  • Applying network policies and granular access controls
  • Safeguarding high availability standards

Recap and Future Directions

Requirements

  • Proficiency in managing containerized application lifecycles
  • Practical experience with Python-based machine learning pipelines
  • Core knowledge of Kubernetes principles

Target Participants

  • Machine Learning Engineers
  • DevOps Engineers
  • Platform Engineering Teams

Testimonials (3)

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