swarm-debug
Systematic debugging — evidence before hypotheses, hypotheses before fixes, root cause before patches, and the diagnosis saved to the vault. Use for any real…
System design phase — architecture, tech-stack options, module boundaries, data model, and ADRs from a validated SRS. Use after requirements are validated, when choosing a tech stack, designing system structure/APIs/data models, or recording an architecture decision.
$ npx -y skills add AnmarHani/SwarmVault --skill swarm-design --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/swarm-designContext preview
The summary Claude sees to decide when to auto-load this skill.
System design phase — architecture, tech-stack options, module boundaries, data model, and ADRs from a validated SRS. Use after requirements are validated, when choosing a tech stack, designing system structure/APIs/data models, or recording an architecture decision.
name: swarm-design description: System design phase — architecture, tech-stack options, module boundaries, data model, and ADRs from a validated SRS. Use after requirements are validated, when choosing a tech stack, designing system structure/APIs/data models, or recording an architecture decision.
**Gate:** requires a validated SRS (else route back to swarm-spec). Read the SRS and feature specs first; the design must answer them, not your habits.
**Lane:** this is the standard, agent-driven lane — you propose, the user validates. If the user wants to *own* the system rather than receive it (deep design, pseudocode, algorithm-level planning, "developer mode"), hand the phase to **swarm-design-deep** instead; the two replace each other and never run together.
1. **Tech stack** — options with trade-offs *measured against the NFRs* (not fashion), recommendation first; the user decides. Significant picks become ADRs. 2. **Decomposition** — modules/services with single responsibilities, boundaries, and data flow. Prefer deep modules behind simple interfaces. Mermaid diagrams for the system view and any non-obvious flow. 3. **Data model & contracts** — entities, relationships, API contracts where relevant. 4. **Cross-cutting strategy** — error handling, logging, testing approach fit for the stack. 5. **Milestone boundaries** — group FRs into build milestones; these become swarm-implement's ticket batches.
the design satisfies it. Nothing silently dropped.
or complexity — never decide those silently (mode: in auto, only stack-level choices already delegated by the user proceed without asking; queue the rest).
(refactoring.guru names) over invention; when two designs both satisfy the NFRs, ship the smaller one.
`90 Templates/decision.md`): context, options, decision, consequences, FR/NFR links.
`docs/design.md` (human lane) + ADRs, mirrored to the vault by sync. End with the user validation gate (gated mode) or a self-check against the traceability table (auto mode); update flow-state to `phase: design-ui` (if the SRS declares an interface) or `phase: tickets`.
--- *Influences: Jeffallan's architecture-designer & api-designer; Pocock's codebase-design & domain-modeling; refactoring.guru; Nygard ADRs — see CREDITS.md.*
Your AI agents don't synchronise. SwarmVault does. One shared memory for Claude Code, Codex, and any other CLI agent. Real software engineering: requirements → design → tickets → review. 14 skills, the best of everything combined.
Systematic debugging — evidence before hypotheses, hypotheses before fixes, root cause before patches, and the diagnosis saved to the vault. Use for any real…
The developer-driven design lane — the user commits to each approach before anything is written, then the design goes to pseudocode, algorithms, invariants,…
UI/UX design phase — propose an intentional design system (pattern, brand, color, typography, spacing, atomic components) with the user, offering distinct…
Disconnect a project from SwarmVault and choose what happens to its knowledge — keep it, export it into the repo, or delete it. Use when the user wants to stop…
The SDLC router — figures out where a project stands and runs the right phase. Use at the START of any work in a SwarmVault project: continuing/resuming a…
Implementation phase — turn a validated design into dependency-ordered tickets, then work them as one of N parallel agents with atomic claims, model tiering,…