Map domain problems into software abstractions, boundaries, and dependency directions.
npx skills add https://github.com/rockandrolla13/blueprint --skill architect-rockandrolla13
Please help me install this Agent Skill. Skill: architect Source: https://github.com/rockandrolla13/blueprint/tree/main/architect Command: npx skills add https://github.com/rockandrolla13/blueprint --skill architect-rockandrolla13
Decompose a domain problem into a structured software architecture by identifying domain concepts, boundaries, and abstractions to enable consistent design decisions.
Provide a domain problem statement and constraints, and I will return a boundary-driven architecture plan.
High-intent search queries and answers about installing and using this skill.
To decompose a domain problem into software architecture, you map core domain concepts and relationships to partition the system into modules with clear responsibilities, interfaces, and abstraction layers for scalable design.
Dependency direction in system architecture ensures domain logic remains independent of infrastructure and orchestration layers, preventing infrastructure leakage by forcing dependencies to point inward toward core abstractions rather than outward to external systems.
Designing abstractions to separate concerns involves deciding between modules, packages, classes, and protocols to partition the system, ensuring each component has clear responsibilities and boundaries that enforce consistent architectural decisions.
Yes, this approach is designed for users who know the problem space but need help with domain mapping, translating domain concepts and relationships into structured software boundaries and abstraction decisions for scalable architecture.
The best way to structure a domain problem statement for boundary-driven architecture planning is to provide the domain problem statement alongside your system constraints, which yields a structured architecture plan with clear module boundaries and interfaces.
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