mcpbeat

Review Design

serpro69/review-design

| Review design, implementation, and task documents produced by design. Evaluates document quality, internal consistency, and technical soundness. Use after design completes and before starting implement.

6k tokens
context cost
the whole folder, loaded on every use
5
files
instructions only
0
copies elsewhere
how many repositories repackaged it
147
stars on the repo
on the repository, not the skill itself

Install

one command, takes just this skill from the repository
npx skills add https://github.com/serpro69/claude-toolbox --skill review-design

What comes with it

17 543 bytes besides the instruction
review-isolated.md
review-process.md
shared-capy-knowledge-protocol.md
shared-pal-codereview-invocation.md

The instruction itself

10 sections, as written by the author

Design Review

Conventions

  • Read capy knowledge base conventions at shared-capy-knowledge-protocol.md.

Overview

Pre-implementation review gate that evaluates design documents produced by /kk:design before code is written. Sits between /kk:design (creates docs) and /kk:implement (executes them). Reviews tree distinct dimensions

  • document quality/structure (completeness, internal consistency, clarity, convention adherence)
  • technical soundness (architectural viability, edge cases, failure modes, trade-off analysis)
  • feature value (Does the feature improve things for end-users? Is it useful? Is it correct in _how_ it tries to solve the problem?)

Review Modes

Standard Mode (/kk:review-design)

Reviews design documents in the main conversation context. Fast, single-pass review using the workflow below.

Isolated Mode (/kk:review-design:isolated)

Delegates detection to independent reviewers that did not participate in the design, then annotates their findings with author context. Two parallel reviewers: a design-reviewer sub-agent and pal codereview (external model in native format). Produces a report organized by agreement level with corroborated findings highlighted.

  • Cost: Higher (sub-agent + external model + annotation)
  • Isolation: True — reviewers have zero authorship bias or session context
  • Degradation: Graceful — if one reviewer fails, proceeds with the other; if both fail, suggests standard mode fallback
  • Best for: When extra rigor is worth the cost (before starting implementation of high-stakes features)

See review-isolated.md for the isolated workflow.

Finding Types

| Type | Code | Description |

| ---------------------- | -------------- | ---------------------------------------------------------------------------------------- |

| Incomplete Spec | INCOMPLETE | Section lacks sufficient detail for implementation |

| Internal Inconsistency | INCONSISTENT | Two parts of the docs contradict each other |

| Technical Risk | TECH_RISK | Architecture choice has unaddressed failure modes, scalability concerns, or edge cases |

| Missing Concern | MISSING | Cross-cutting concern is absent (error handling, migration, backwards compatibility) |

| Ambiguity | AMBIGUOUS | Requirements can be interpreted multiple ways, likely to cause implementation divergence |

| Structure Issue | STRUCTURE | Document doesn't follow project conventions — missing sections, vague subtasks |

Severity Levels

| Level | Name | Description | Action |

| ------ | -------- | ---------------------------------------------------------------------------------------- | -------------------------------- |

| P0 | Critical | Fundamental flaw — design will not work as described, or critical requirement is missing | Must fix before implementation |

| P1 | High | Significant gap — likely to cause rework or wrong implementation | Should fix before implementation |

| P2 | Medium | Moderate concern — ambiguity or missing detail that could cause confusion | Fix or create follow-up |

| P3 | Low | Minor — style, structure, or nitpick | Optional |

Workflow

Mandatory order — methodology before evaluation. The flow below is strictly sequential. Do not evaluate document quality, assess technical soundness, or form findings until this SKILL.md and the process file are fully loaded. The design documents are both instruction context (they define what the feature is) and subject matter (they are what you evaluate) — but the review methodology and rubric must be loaded first.

Phases:

  • Load documents — parse scope, locate feature directory, read in-scope docs
  • Capy search — search kk:arch-decisions and kk:review-findings for prior context
  • Document quality review — completeness, clarity, consistency, convention adherence
  • Technical soundness review — viability, edge cases, trade-offs, scalability, testing strategy
  • Self-check and confidence assessment — re-read, question assumptions, assign confidence
  • Present findings with next steps

See review-process.md for the detailed step-by-step process.

Invocation

Post-design gate. This is the recommended review step after /kk:design completes and before /kk:implement begins. The default scope reviews all documents, including task-format checks.

Standard mode — reviews all documents by default:

/kk:review-design [feature-name]

Standard mode with scope — review specific documents:

/kk:review-design [feature-name] design
/kk:review-design [feature-name] implementation
/kk:review-design [feature-name] tasks

| Scope | Documents reviewed |

| ---------------- | ---------------------------------------------- |

| _(none)_ | design.md + implementation.md + tasks.md |

| design | design.md only |

| implementation | implementation.md only |

| tasks | tasks.md only |

Isolated mode with independent sub-agents:

/kk:review-design:isolated [feature-name]
/kk:review-design:isolated [feature-name] tasks

How to use it

Copy the folder

Take serpro69/review-design from the repository into ~/.claude/skills for personal use, or into .claude/skills inside a project.

Check the name does not clash

The agent identifies a skill by the name field in its header. Two skills with the same name cannot sit side by side — one of them will be ignored.