Course Outline

Foundations: EU AI Act for Government Technical Teams

  • Key obligations and terminology relevant to developers and operators
  • Understanding prohibited practices under Article 4 from a technical perspective
  • Mapping legal requirements to engineering controls for government compliance

Secure and Compliant Development Lifecycle for Government AI Projects

  • Repository structure and policy-as-code implementation for AI projects
  • Code review processes and automated static checks to identify risky patterns
  • Dependency and supply-chain management for model components to ensure security

CI/CD Pipeline Design for Government Compliance

  • Pipeline stages: build, test, validation, package, deploy
  • Integrating governance gates and automated policy checks into the pipeline
  • Ensuring artifact immutability and tracking provenance for audit purposes

Model Testing, Validation, and Safety Checks for Government AI Systems

  • Data validation and bias detection tests to ensure fairness and accuracy
  • Performance, robustness, and adversarial resilience testing to maintain reliability
  • Automated acceptance criteria and test reporting for transparency and accountability

Model Registry, Versioning, and Provenance Management for Government AI Models

  • Using MLflow or equivalent tools for model lineage and metadata tracking
  • Versioning models and datasets to ensure reproducibility in government applications
  • Recording provenance and producing audit-ready artifacts for compliance

Runtime Controls, Monitoring, and Observability for Government AI Systems

  • Instrumentation for logging inputs, outputs, and decision-making processes
  • Continuous monitoring of model drift, data drift, and performance metrics
  • Implementing alerting mechanisms, automated rollback procedures, and canary deployments

Security, Access Control, and Data Protection for Government AI

  • Least-privilege Identity and Access Management (IAM) for model training and serving environments
  • Protecting training and inference data with robust security measures both at rest and in transit
  • Effective secrets management and secure configuration practices to prevent unauthorized access

Auditability and Evidence Collection for Government AI Systems

  • Generating machine-readable logs and human-readable summaries for audit purposes
  • Packaging evidence for conformity assessments and audits to ensure compliance
  • Implementing retention policies and secure storage of compliance artifacts

Incident Response, Reporting, and Remediation for Government AI Systems

  • Detecting suspected prohibited practices or safety incidents in government AI systems
  • Technical steps for containment, rollback, and mitigation of identified issues
  • Preparing detailed technical reports for governance and regulatory bodies

Summary and Next Steps for Government AI Projects

Requirements

  • An understanding of software development and deployment workflows for government applications
  • Experience with containerization and basic Kubernetes concepts
  • Familiarity with Git-based source control and CI/CD practices

Audience

  • Developers building or maintaining AI components for government projects
  • DevOps and platform engineers responsible for deployment in government environments
  • Administrators managing infrastructure and runtime environments for government systems
 14 Hours

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