system-design

System architecture design involves capturing requirements, defining component boundaries, mapping data flows, and analyzing storage options to produce end-to-end design artifacts. You get a complete package including diagrams, decision records, and explicit trade-offs to guide implementation.

Defining system boundaries requires extracting requirements and maintaining an assumption ledger to formalize interface targets. This produces component definitions and data flow mappings that establish clear service limits and interaction contracts for new features.

Yes, you can generate component diagrams, sequence diagrams, and storage design docs by providing system context and goals. These artifacts are produced as part of a complete system design package that includes assumptions, risks, and decision records to guide project planning.

You document assumptions and risks by maintaining an assumption ledger and performing options analysis during the design process. This captures non-functional targets and trade-offs, resulting in formal decision records for risk management.

The best way to analyze trade-offs is through formal options analysis that evaluates storage strategies and component designs against non-functional targets. This yields explicit risk considerations and decision records that justify architectural choices.

You need a formal system design process with data flow mapping when planning new features or services that require robust scalability. It ensures teams capture functional boundaries, storage decisions, and risk considerations before implementation begins.