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Duration 21 hours
Course Outline
Introduction to CI/CD in AI Environments
- Distinct challenges associated with AI model delivery pipelines
- Differentiating traditional DevOps from MLOps processes
- Essential elements of automated model deployment
Containerizing AI Models via Docker
- Architecting efficient Dockerfiles for ML inference tasks
- Handling dependencies and model artifacts effectively
- Creating secure and performance-optimized images
Establishing CI/CD Pipelines
- Evaluating CI/CD tooling options and their respective ecosystems
- Constructing pipelines for automated model packaging
- Validating pipeline integrity through automated checks
Testing AI Models Within CI
- Automating checks for data integrity
- Executing unit and integration tests for model services
- Conducting performance and regression validation
Automated Deployment of Docker-Hosted AI Services
- Deploying AI containers into cloud infrastructures
- Executing blue-green and canary release strategies
- Defining rollback procedures for failed deployments
Overseeing Model Versions and Artifacts
- Leveraging registries for version control of models and containers
- Applying tagging, signing, and image promotion practices
- Synchronizing model updates across various services
Monitoring and Observability in AI CI/CD
- Monitoring pipeline execution and model performance metrics
- Generating alerts for build failures or model drift
- Tracking inference behavior across different environments
Scaling AI CI/CD Pipelines
- Parallelizing builds to accommodate large models
- Optimizing usage of compute and storage resources
- Integrating distributed and remote runner capabilities
Conclusion and Future Directions
Requirements
- A solid grasp of the machine learning model lifecycle
- Practical experience with Docker containerization
- Familiarity with core CI/CD principles and pipeline structures
Target Audience
- DevOps engineers
- MLOps teams
- AI operations engineers