Analyze system architecture and generate architectural decision records.
npx skills add https://github.com/zapabob/Skills --skill architect-zapabob
Please help me install this Agent Skill. Skill: architect Source: https://github.com/zapabob/Skills/tree/main/registry/skills/architect/variants/cursor Command: npx skills add https://github.com/zapabob/Skills --skill architect-zapabob
This Skill automates the analysis of system architecture, design patterns, module boundaries, and scalability, providing actionable recommendations and architectural decision records.
Run the architect skill to analyze the current system architecture and generate a report.
High-intent search queries and answers about installing and using this skill.
System architecture analysis involves deep diving into project structure, languages, and frameworks to detect design patterns and assess module boundaries. This process generates high-level design recommendations and actionable architectural reports.
Documenting architectural decisions is best achieved by generating Architectural Decision Records (ADR). ADR templates capture the context, decision, and consequences of a design choice, ensuring system design rationale is transparent for new developers.
Scalability assessment evaluates concurrency models, data layers, and potential bottlenecks within the codebase. By analyzing system architecture, you can identify areas for potential improvement and highlight scalability concerns.
Automated architecture analysis tools process project structure, entry points, and frameworks to provide a comprehensive overview. This helps new developers understand system design, module boundaries, and key patterns quickly.
Architecture analysis evaluates module boundaries, data layers, and concurrency models directly. It detects common design patterns within the codebase and highlights potential bottlenecks to ensure robust system design.
You should generate an ADR template when making significant high-level design decisions or assessing scalability. It documents architectural choices, detected design patterns, and module boundaries for future reference.
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