Course Outline

Understanding Microservices

  • What are microservices?
  • Key benefits and challenges of microservices for government operations
  • Monolithic vs. microservice architectures in the public sector

Designing Microservice Systems

  • Principles of microservice architecture for government applications
  • Defining service boundaries to enhance governance and accountability
  • Communication between services to ensure seamless integration

Service Design

  • RESTful APIs and service contracts for reliable data exchange
  • Service versioning strategies to maintain compatibility and stability
  • Data partitioning and storage approaches for efficient microservices

Event Sourcing

  • Understanding event sourcing concepts for government systems
  • Benefits and use cases of event sourcing in public sector applications
  • Implementing event-driven architectures to improve responsiveness

CQRS (Command Query Responsibility Segregation)

  • Introduction to CQRS for optimizing data management
  • When to use CQRS in government projects
  • Implementing CQRS in microservice systems to enhance performance and scalability

Other Design Patterns for Microservice-Based Architectures

  • Service registry and discovery mechanisms for robust service management
  • Service mesh and API gateways for enhanced security and reliability
  • Resilience patterns (e.g., Circuit Breaker, Bulkhead) to ensure system stability

System Design and Operations

  • Monitoring and logging practices for effective microservices oversight
  • Containerization and orchestration tools (e.g., Docker, Kubernetes) for efficient deployment
  • Security considerations for securing microservice-based systems in government environments

Adopting Microservices

  • Evaluating organizational readiness for microservices implementation
  • Steps for migrating from monolithic to microservice architectures in the public sector
  • Managing cultural and technical challenges during the transition

Summary and Next Steps

Requirements

  • Prior programming experience

Audience

  • Software developers for government
  • System architects
  • DevOps professionals
 14 Hours

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