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 Duration 14 hours

Course Outline

Introduction to Mistral at Scale

  • Overview of the Mistral Medium 3 model
  • Balancing performance against cost tradeoffs
  • Key considerations for enterprise-scale implementations

Deployment Patterns for LLMs

  • Serving topologies and architectural design decisions
  • Comparing on-premises versus cloud deployments
  • Implementing hybrid and multi-cloud strategies

Inference Optimization Techniques

  • Batching strategies to enhance high-throughput performance
  • Quantization methods aimed at reducing operational costs
  • Maximizing accelerator and GPU utilization

Scalability and Reliability

  • Scaling Kubernetes clusters for inference workloads
  • Implementing load balancing and traffic routing mechanisms
  • Ensuring fault tolerance and system redundancy

Cost Engineering Frameworks

  • Metrics for measuring inference cost efficiency
  • Right-sizing compute and memory resources
  • Setting up monitoring and alerting for continuous optimization

Security and Compliance in Production

  • Hardening deployments and securing APIs
  • Navigating data governance considerations
  • Addressing regulatory compliance within cost engineering practices

Case Studies and Best Practices

  • Reference architectures for scaling Mistral
  • Insights and lessons learned from enterprise deployments
  • Emerging trends in efficient LLM inference

Summary and Next Steps

Requirements

  • A solid grasp of machine learning model deployment workflows
  • Practical experience with cloud infrastructure and distributed systems
  • Knowledge of performance tuning methodologies and cost optimization strategies

Target Audience

  • Infrastructure Engineers
  • Cloud Architects
  • MLOps Leads

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