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Duration 14 hours
Course Outline
Foundations of AI-Enhanced Release Control
- Comprehending feature flags and progressive delivery
- Key concepts in canary testing and staged exposure
- Identifying where AI adds value in release workflows
Machine Learning Techniques for Rollout Decisions
- Baseline modeling of system and user behavior
- Anomaly detection methods for early warning systems
- Considerations for training data and feedback loops
Designing AI-Driven Feature Flag Strategies
- Dynamic flag rules guided by AI signals
- Exposure thresholds and automated score gates
- Logic for adaptive scaling, pausing, or rollback
AI-Assisted Canary Analysis
- Comparing canary and baseline performance
- Weighting metrics to generate AI-based risk scores
- Activating automated decision pathways
Integrating AI Models into Release Pipelines
- Embedding AI checks within CI/CD stages
- Linking feature flag systems to ML engines
- Managing pipelines for hybrid automated/manual workflows
Monitoring and Observability for AI Decision-Making
- Signals required for reliable AI inference
- Gathering performance, crash, and behavioral telemetry
- Implementing continuous learning loops
Risk Management and Operational Governance
- Ensuring responsible automation in release decisions
- Defining human review conditions and override points
- Auditing AI-driven rollout actions
Scaling AI-Based Rollout Strategies Across Products
- Multi-team governance frameworks
- Reusable ML components and model standardization
- Cross-product telemetry normalization
Summary and Next Steps
Requirements
- A solid understanding of CI/CD workflows
- Experience with feature flag usage or deployment pipelines
- Familiarity with basic statistical or performance monitoring concepts
Target Audience
- Product engineers
- DevOps professionals
- Release engineers and technical leads