architecture▌

Information Architecture creates logical structures that help users find and understand information easily.

$22

Analyzes codebases to generate comprehensive architectural documentation with diagrams and implementation patterns. \n \n Auto-detects technology stacks (.NET, Java, React, Angular, Python, Node.js, Flutter) and architectural patterns (Clean Architecture, Microservices, Layered, MVVM, Hexagonal, Event-Driven, Serverless, Monolithic) \n Generates C4, UML, Flow, or Component diagrams at multiple abstraction levels showing subsystems, dependencies, and data flow \n Documents core components, layers

Use this skill to pick the best Swift architecture playbook for SwiftUI/UIKit codebases and apply it to the user’s task.

CSS architecture patterns for scalable, maintainable styling systems across teams and projects. \n \n Covers three core methodologies: BEM (Block Element Modifier) for component naming, SMACSS for modular organization, and CSS-in-JS with Styled Components for dynamic styling \n Includes reference guides for CSS Variables, Utility-First CSS (Tailwind pattern), and practical implementation examples \n Best suited for large-scale stylesheets, component-based design systems, and multi-team collabora

Guides domain structure decisions for multiple products or brands: subfolder (subdirectory), subdomain, or independent domain. Covers brand architecture (Branded House vs House of Brands) and Hub-Spoke principles when multiple domains coexist. See domain-selection for initial domain choice (Brand/PMD/EMD, TLD); website-structure for single-domain page planning; rebranding-strategy for domain change and migration; multi-domain-brand-seo for brand search optimization.

Build scalable, maintainable React components using modern patterns including functional components, hooks, composition, and TypeScript for type safety.

Master proven backend architecture patterns including Clean Architecture, Hexagonal Architecture, and Domain-Driven Design to build maintainable, testable, and scalable systems.

Build and scale partner ecosystems that drive revenue and platform adoption. These aren't theory — they're patterns from building partner programs that drove 8-figure ARR and observing partnerships with real economic commitment.

High-level system architecture design, decision documentation, and technology trade-off evaluation for distributed systems. \n \n Guides full architecture workflows from requirements gathering through stakeholder review, with explicit trade-off analysis and failure mode planning \n Produces architecture diagrams (Mermaid format), Architecture Decision Records (ADRs), and technology recommendations with documented rationale \n Covers architectural patterns, microservices structuring, scalability