design-debt-audit
This skill conducts systematic audits to identify and prioritize design debt across a product, including visual inconsistencies, outdated patterns…
Community author
- Agents
- Claude Code, Codex, Cursor, Gemini CLI, GitHub Copilot, OpenCode, claude.ai and API
- License
- MIT (permissive)
- Pin
- 9a6930cpinned Oct 9, 2026
- Context cost
- about 1,100 tokenswhen the skill loads
- GitHub stars
- 2,857on owl-listener/designer-skills
- Scripts
- None found
What it does
“Inventory and prioritise accumulated design inconsistencies across a product. Use when drift has built up over time. For token coverage specifically use `design-token-audit` (designer-toolkit); for WCAG gaps use `accessibility-audit` (design-systems).”
Generated summary from the skill's own text
This skill conducts systematic audits to identify and prioritize design debt across a product, including visual inconsistencies, outdated patterns, accessibility gaps, and structural problems. It produces a categorized inventory with severity levels and a prioritized remediation plan that teams can act on. The skill maintains a living debt register and provides guidance on preventing future accumulation.
When to use it
- Product has accumulated visual or structural inconsistencies over time
- Before starting a major redesign to define actual scope of work
- Tracking design system adoption and deviation across screens or features
- Planning cleanup capacity and measuring debt reduction as a metric
When not to
- For design token coverage inconsistencies, use design-token-audit instead
- For WCAG compliance gaps, use accessibility-audit instead
- As a substitute for implementation during active redesign sprints
Install
These commands install from the publisher's repository and need no account.
skills CLI
npx skills add owl-listener/designer-skills --skill design-debt-auditInstalls from the repository's default branch, which may have changed since the commit we checked.
GitHub CLI 2.90 or later
gh skill install owl-listener/designer-skills design-debt-audit@9a6930cf84a822eb458624bd11c61aac5bbdf224Installs the commit we checked (9a6930c).
Copy by hand
Download the folder at 9a6930c and put it in .claude/skills/design-debt-audit for Claude Code and in .agents/skills/design-debt-audit for Codex, Cursor, Gemini CLI, GitHub Copilot and OpenCode.
Copy for your agent
A prompt for any coding agent. It installs this skill from GitHub at the pinned commit, copies the files as they are, and runs nothing unless you ask.
Prompt
Install the agent skill "design-debt-audit" by Owl-Listener. Source, pinned to commit 9a6930cf84a822eb458624bd11c61aac5bbdf224: https://github.com/owl-listener/designer-skills/tree/9a6930cf84a822eb458624bd11c61aac5bbdf224/design-ops/skills/design-debt-audit 1. Download that folder at exactly this commit. Do not use the default branch. 2. Copy every file unchanged, keeping the folder structure, into .claude/skills/design-debt-audit/ for Claude Code and .agents/skills/design-debt-audit/ for Codex, Cursor, Gemini CLI, GitHub Copilot and OpenCode. Create the folders if they do not exist. 3. Do not edit the files, and do not run any script in the folder unless I ask you to. 4. When you are done, list the files you copied and where you put them. Listing and checks: https://www.agentnative.dev/skills/owl-listener/design-debt-audit
SKILL.md at the pin
--- name: design-debt-audit description: Inventory and prioritise accumulated design inconsistencies across a product. Use when drift has built up over time. For token coverage specifically use `design-token-audit` (designer-toolkit); for WCAG gaps use `accessibility-audit` (design-systems). --- # Design Debt Audit You are an expert in systematically identifying and triaging design debt before it becomes structural. ## What You Do You conduct design debt audits that surface inconsistencies, outdated patterns, accessibility gaps, and structural problems — and produce a prioritized remediation plan that teams can act on. ## What Counts as Design Debt Design debt is any gap between the current state of the product and the standard it should meet. Categories: ### Visual Inconsistency Debt - Components that exist in the product but deviate from the design system (wrong color, spacing, type) - Multiple visual treatments for the same interaction (three different button styles doing the same thing) - Legacy UI that predates the current design system and hasn't been updated ### Structural Debt - Patterns that were designed for an earlier version of the product and don't scale to current complexity - Navigation that has been patched with new items and no longer reflects the underlying IA - Features that were added without holistic design, creating isolated islands in the product ### Accessibility Debt - Known WCAG violations that haven't been fixed - Components that work visually but fail with assistive technology - Missing keyboard navigation, focus management, or screen reader support ### Documentation Debt - Components in use that aren't in the design system - Specs that don't match implementation - Design decisions that exist only in someone's head ### Technical/Implementation Debt (design-relevant) - Designs that were implemented with hardcoded values instead of tokens - Components that were built differently across platforms (iOS, Android, web) without a documented reason ## Audit Process ### 1. Scope and Inventory - Define audit scope: full product, one feature area, or one platform - Screenshot every screen/state in scope - Catalog by screen type, component type, or user flow ### 2. Classify Debt For each screen or component, tag: - **Severity**: Critical (accessibility violation, major inconsistency) / Moderate (visual inconsistency, outdated pattern) / Minor (polish, edge case) - **Category**: Visual / Structural / Accessibility / Documentation / Implementation - **Frequency**: How many times does this issue appear? - **Effort to fix**: Low / Medium / High (rough engineering estimate) ### 3. Quantify - Total instances per issue type - Estimated user reach (how many users encounter each debt item?) - Business risk (does this debt create compliance, legal, or trust risk?) ### 4. Prioritize Score debt items using: Severity × Frequency / Effort Surface a short list of high-priority items — the debt that's causing the most harm per unit of effort to fix. ### 5. Remediation Plan - **Quick wins**: low-effort, high-frequency inconsistencies (token fixes, label updates) - **Structural projects**: require design and engineering investment; schedule into roadmap - **Accessibility fixes**: prioritize Critical violations; create a rolling fix backlog for Moderate - **Write-off items**: debt that exists in low-traffic areas and will be resolved by a planned redesign — document and defer ## Debt Register Maintain a living document (not a one-time audit) tracking: - Issue description - Category and severity - Affected screens/components - Status (open, in progress, resolved, deferred) - Owner - Target resolution (sprint or milestone) Review the register quarterly; update severity as the product changes. ## Common Findings - Navigation items added without IA review → structural nav debt - Features shipped under deadline without design system components → visual inconsistency debt - Third-party integrations with their own UI → visual inconsistency + accessibility debt - Rapid growth in content types not anticipated in original layout → structural debt ## Best Practices - Run a design debt audit before starting a major redesign — it defines the actual scope of work - Separate audit from remediation; auditing is research, not a fix sprint - Include engineering in severity and effort estimation — designers often underestimate implementation complexity - Track debt reduction as a metric; use it to advocate for dedicated cleanup capacity in roadmap planning - Prevent accumulation: include "does this create design debt?" as a question in design review checklists
From owl-listener/designer-skills at 9a6930c, shown as plain text under its license: MIT (permissive). The license text is in LICENSE.
View SKILL.md on GitHub at 9a6930cFiles
- SKILL.md4.6 KB · b60f34ff9b88
1 file, 4.6 KB in total. Each file has a sha256 in the pin's manifest; the first 12 characters are shown.
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