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system-architecture

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Mis à jour3 juillet 2026 à 02:00

Use when designing a system, choosing an architecture pattern, making a technology decision, or doing capacity/scalability planning — BEFORE drilling into framework-specific mechanics. A lean MAP over three reference docs: pattern selection (monolith → modular monolith → microservices → event-driven → CQRS → event sourcing → hexagonal → clean → API gateway, with trade-offs), the how-to system-design workflows (system-design-interview approach, capacity planning, API design, DB schema design, scalability assessment, migration planning), and the technology-choice frameworks (database, caching, message queue, auth, frontend framework, cloud provider, API style). Trigger on: 'design the system', 'choose an architecture pattern', 'which pattern fits', 'tech decision', 'SQL or NoSQL', 'REST vs GraphQL vs gRPC', 'capacity/scalability planning', 'plan the migration'. This is general system-design knowledge; for Phoenix bounded-context/Ecto/authz/Oban specifics use the architecture-phx skill.

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endorphin-ai/hasbrains-agent-kit

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Métiers associésSOC

Basé sur la classification professionnelle SOC

Développeurs de logicielsProfessions informatiques et mathématiques·SOC 15-1252

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SKILL.md

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name

system-architecture

description

TASKLANG TYPE SKILL

IDENTITY "System Architecture"

General-purpose system-design knowledge for the planning step that comes BEFORE technology-specific mechanics: pick the right architecture PATTERN, make the load-bearing TECHNOLOGY decisions, and run the system-design WORKFLOWS (capacity, API, schema, scalability, migration). This skill is a lean MAP — the substance lives in three reference docs under references/. Read the map, then open the one reference that matches the question.

!!! References FIRST — this SKILL.md only routes; the answers live in references/. !!! This is technology-AGNOSTIC system design. For Phoenix/Ecto/Oban/can?/3 !!! specifics (bounded contexts, schema tables, the verify gate), use the !!! architecture-phx skill — system-architecture supports the PLANNING that !!! precedes those mechanics.

When to use this skill

KNOWLEDGE USE_WHEN - "Choosing an architecture pattern for a new system or a milestone (and weighing its trade-offs)." - "Making a technology decision — database, cache, message queue, auth, frontend framework, cloud provider, API style." - "Running a system-design workflow — capacity planning, API design, schema design, scalability assessment, migration planning." - "Doing the PLAN-FIRST step of a design: settle pattern + data/access model + boundaries before drilling into framework mechanics." NOT_FOR - "Phoenix-specific bounded-context / Ecto schema / Oban / can?/3 policy design — that is the architecture-phx skill." - "Writing or verifying implementation code — this skill informs design decisions, it does not produce code."

Core knowledge (the map)

KNOWLEDGE METHOD - "PLAN before mechanics: a design starts by choosing a PATTERN, settling the DATA + ACCESS model, and naming the BOUNDARIES — then drills into technology-specific implementation." - "Every pattern and technology choice is a TRADE-OFF, not a default. Start simple (a monolith / modular monolith) and adopt complexity (microservices, CQRS, event sourcing) only when a concrete force — scale, team autonomy, independent deploy, audit/replay — demands it." - "Right-size the decision to the requirements you actually have: estimate scale FIRST (capacity-planning workflow), then let the numbers drive the pattern and the technology choices." - "Make decisions with a framework, not a hunch: each technology choice in tech_decision_guide.md carries a decision matrix + a 'when to use each' so the choice is defensible."

References (open the one that matches the question)

Three reference docs. Read the map above, then open exactly one.

MAP references "references/architecture_patterns.md" -> PATTERN SELECTION. Open when choosing/comparing an architecture pattern. Monolith, Modular Monolith, Microservices, Event-Driven, CQRS, Event Sourcing, Hexagonal, Clean Architecture, API Gateway — each with its forces, trade-offs, and a pattern-selection quick reference. "references/system_design_workflows.md" -> HOW-TO WORKFLOWS. Open when you need a step-by-step design procedure: the system-design-interview approach, capacity planning, API design, database schema design, scalability assessment, and migration planning. "references/tech_decision_guide.md" -> TECHNOLOGY CHOICE. Open when picking a specific technology: database (SQL vs NoSQL + type), caching strategy, message queue, authentication strategy (JWT vs sessions, OAuth flows), frontend framework (SSR vs SPA vs SSG), cloud provider, and API style (REST vs GraphQL vs gRPC).

How it fits the squad

KNOWLEDGE FITS - "Supporting knowledge for the architect-phx agent's DESIGN mode (phase 2): consulted during the PLAN-FIRST step (pattern selection + tech decisions + the system-design workflows) BEFORE the Phoenix-specific technical sub-steps." - "Does NOT replace architecture-phx: that skill owns the Phoenix bounded-context/Ecto/Oban/can?/3 policy mechanics and the verify gate; this skill informs the architectural choices that feed them."

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name

system-architecture

description

TASKLANG TYPE SKILL

IDENTITY "System Architecture"

General-purpose system-design knowledge for the planning step that comes BEFORE technology-specific mechanics: pick the right architecture PATTERN, make the load-bearing TECHNOLOGY decisions, and run the system-design WORKFLOWS (capacity, API, schema, scalability, migration). This skill is a lean MAP — the substance lives in three reference docs under references/. Read the map, then open the one reference that matches the question.