review-design-high-level

Identify gaps in high-level design documents before low-level design begins.

11|Updated Apr 7, 2026
One-click install
npx skills add https://github.com/awood45/claude-coding-commands --skill review-design-high-level
Or copy as Structured Prompt for Agent
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Skill: review-design-high-level
Source: https://github.com/awood45/claude-coding-commands/tree/main/.claude/skills/review-design-high-level
Command: npx skills add https://github.com/awood45/claude-coding-commands --skill review-design-high-level

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps teams catch architectural, security, and readiness gaps in a high-level design before they commit to low-level design or implementation.

Core Features & Use Cases

  • Architecture Review: Evaluates component boundaries, responsibilities, and communication patterns for clarity and fit.
  • Risk and Coverage Analysis: Checks data models, data flows, security posture, technology choices, and operational readiness against the intended design.
  • Use Cases: Useful when you have a requirements document and a high-level design that needs a structured review before the team starts detailed design work.

Quick Start

Ask the skill to review your high-level design document and produce a prioritized review with findings, verdicts, and recommendations.

Frequently Asked Questions about review-design-high-level

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I review a high-level software architecture design for gaps before coding?

To review a high-level design, evaluate component boundaries, data flows, security posture, and deployment readiness against requirements. This structured review produces prioritized findings and clear verdicts to surface architectural gaps before low-level design begins.

What is a high-level design review in software engineering?

A high-level design review is a structured assessment that validates technology choices, checks requirement coverage, and evaluates architecture gaps. It ensures component responsibilities and communication patterns are clear before teams commit to detailed implementation.

How do I check if my software requirements are covered by the architecture design?

Checking requirement coverage involves mapping intended requirements against the high-level design to identify missing elements. This process validates data models, security posture, and operational readiness, producing a structured review with prioritized findings.

Can I assess deployment readiness and security posture from a high-level design document?

Yes, you can assess deployment readiness and security posture by analyzing data flows and technology choices within the design document. The review cross-checks these architectural components against operational requirements to identify gaps and validate readiness.

When should I perform an architecture review during the software design process?

Perform an architecture review after creating a high-level design document but before starting low-level design or implementation. This timing catches architectural, security, and readiness gaps early, preventing costly rework during detailed development phases.

What is the best way to validate technology choices in a software architecture design?

The best way to validate technology choices is through a structured design review that evaluates component fit, data model alignment, and communication patterns. This produces prioritized findings and clear verdicts on whether choices meet intended requirements.