ddd-architect

To identify bounded contexts for microservice decomposition, you classify core, supporting, and generic domains while capturing ubiquitous language. This process maps context relationships and defines aggregate boundaries to ensure your domain model remains coherent and aligned with business intent.

Context mapping in domain-driven design defines relationships between bounded contexts like Customer-Supplier, Anti-Corruption Layer, and Shared Kernel. You need it when integrating complex business domains to maintain domain separation and propose robust integration strategies.

Designing aggregates involves defining root entities, value objects, and domain invariants to enforce consistency. This tactical design step also produces domain events and repository interfaces to maintain a robust and coherent domain model.

The best way to apply CQRS and event sourcing is by defining integration patterns during tactical design. This approach separates read and write models and persists domain events, providing robust integration strategies for complex business domains and microservice architectures.

You should use an anti-corruption layer when integrating microservices to prevent external domain concepts from polluting your bounded context. It acts as a translation mechanism between contexts, ensuring your domain model remains coherent and protected during complex integrations.

Yes, you can use domain-driven design for strategic architecture and microservice decomposition. It helps classify domains, capture ubiquitous language, and map context relationships, resulting in coherent domain models aligned with business intent.