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Model Deployment

Model Serving Architectures

  • What you Need to Know
    • Batch vs Real-Time Inference Patterns

    • Model Serving Frameworks

    • Multi-Model Serving and Management

      • Model versioning and A/B testing strategies
      • Canary deployments and gradual rollouts
      • Model routing and load balancing
      • Resources:
        • Seldon Core - ML deployment on Kubernetes
        • BentoML - Model serving and deployment framework
        • KFServing - Kubernetes-native model serving

Containerization and Orchestration

  • What you Need to Know
    • Docker for ML Model Deployment

      • Multi-stage Docker builds for ML applications
      • Image optimization and security scanning
      • GPU support and CUDA container configuration
      • Resources:
    • Kubernetes for ML Workloads

      • Pod scheduling and resource management
      • Horizontal Pod Autoscaling for ML services
      • Service discovery and load balancing
      • Resources:
    • Helm Charts for ML Applications

      • Packaging ML applications with Helm
      • Configuration management and templating
      • Chart versioning and dependency management
      • Resources:

Cloud-Native Model Deployment

  • What you Need to Know
    • AWS Model Deployment Services

      • Amazon SageMaker endpoints and auto-scaling
      • AWS Lambda for serverless ML inference
      • Amazon ECS and EKS for containerized ML services
      • Resources:
    • Azure ML Deployment Options

    • Google Cloud ML Deployment

      • AI Platform Prediction and custom prediction routines
      • Cloud Run for serverless ML containers
      • Google Kubernetes Engine for ML workloads
      • Resources:

API Development and Management

Model Optimization for Production

  • What you Need to Know
    • Model Compression and Quantization

    • Inference Optimization Techniques

      • Batch processing and dynamic batching
      • Caching strategies for model predictions
      • Hardware acceleration (GPU, TPU, specialized chips)
      • Resources:
    • Edge Deployment and Mobile Optimization

      • TensorFlow Lite for mobile and edge devices
      • Core ML for iOS deployment optimization
      • Model conversion and format optimization
      • Resources:

Deployment Strategies and Patterns

  • What you Need to Know
    • Blue-Green and Canary Deployments

    • A/B Testing for ML Models

      • Experimental design for model comparison
      • Statistical significance and sample size calculation
      • Multi-armed bandit approaches for model selection
      • Resources:
    • Shadow Deployment and Dark Launches

Scalability and Performance

  • What you Need to Know
    • Auto-Scaling for ML Services

    • Load Balancing and Traffic Management

      • Application load balancers for ML services
      • Service mesh for microservices communication
      • Circuit breakers and retry mechanisms
      • Resources:
    • Caching and Performance Optimization

Security and Compliance in Deployment

Monitoring and Health Checks

  • What you Need to Know

Ready to Monitor? Continue to Module 4: Monitoring and Observability to master ML model performance monitoring, drift detection, and comprehensive observability systems.