architecture-domain-analysis

To identify bounded contexts in a monolith, analyze the codebase to group concepts by ubiquitous language and assess domain cohesion. This process detects natural linguistic boundaries and low cohesion issues, suggesting clear seams for decomposing the application.

In Domain-Driven Design, core subdomains provide competitive advantage, supporting subdomains are business-specific but not differentiating, and generic subdomains are outsourcable. Analyzing your codebase classifies these parts to prioritize architectural focus and maintainability.

You assess domain cohesion by analyzing how well extracted concepts like entities, services, and use cases fit together within a specific domain. This analysis detects low cohesion issues and suggests clear integration patterns to enforce boundaries.

Yes, you can apply Domain-Driven Design principles to split an application based on business capabilities. By classifying subdomains and mapping them to bounded contexts, you refactor along natural seams rather than technical layers.

You need bounded context mapping when complex relationships within a codebase obscure system design. It helps you understand distinct business domains by suggesting explicit linguistic boundaries, leading to better maintainability.