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Duration 21 hours
Course Outline
Foundations of CI/CD for AI Workflows
- Distinct challenges encountered in AI model delivery pipelines.
- A comparison between traditional DevOps and MLOps methodologies.
- Essential components for automated model deployment.
Containerization of AI Models Using Docker
- Constructing efficient Dockerfiles tailored for ML inference.
- Handling dependencies and model artifacts.
- Creating secure and performance-optimized images.
Configuring CI/CD Pipelines
- Exploring CI/CD tooling alternatives and their respective ecosystems.
- Assembling pipelines for automated model packaging.
- Ensuring pipeline reliability through automated checks.
Testing AI Models Within CI
- Automating data integrity verification.
- Executing unit and integration tests for model services.
- Conducting performance and regression validation.
Automated Release of Docker-Enabled AI Services
- Deploying AI containers into cloud environments.
- Applying blue-green and canary release techniques.
- Defining rollback procedures for unsuccessful deployments.
Overseeing Model Versions and Artifacts
- Leveraging registries for version control of models and containers.
- Implementing tagging, signing, and image promotion.
- Synchronizing model updates across different services.
Surveillance and Visibility in AI CI/CD
- Monitoring pipeline efficiency and model performance.
- Generating alerts for build failures or model drift.
- Tracing inference behavior across various environments.
Expanding CI/CD Pipelines for AI Systems
- Parallelizing builds for large-scale models.
- Optimizing the utilization of compute and storage resources.
- Integrating distributed and remote runners.
Conclusions and Future Directions
Requirements
- A solid grasp of machine learning model lifecycles.
- Practical experience with Docker containerization.
- Proficiency in CI/CD concepts and pipeline structures.
Target Audience
- DevOps engineers.
- MLOps team members.
- AI-ops engineers.