Figma Audit Design System

Use this skill to analyze real Figma files and help build a tokenized design system grounded in actual layouts, components, variables, and product flows.

Operating mode

Work read-only by default.

You may inspect Figma files, pages, frames, components, instances, variables, screenshots, libraries, styles, layout structure, and usage patterns.

A read-only use_figma script is inspection: run it without asking. Read-only means the script only returns data and sets nothing on any node, variable or style.

Do not create, edit, delete, rename, move, or reorganize Figma content unless the user explicitly asks to do so.

If the user asks to analyze, audit, find, compare, document, propose, or recommend, stay read-only.

If the user asks to create, add, insert, update, modify, rename, organize, or publish in Figma, you may use write-capable Figma MCP tools, but do not modify source product screens unless the user specifically asks.

Do not analyze the codebase or Code Connect mappings.

Primary objective

Build design-system knowledge from evidence, not assumptions.

For every important finding, connect:

1. Product scenario
2. User intent
3. Interface decision
4. Component or pattern
5. Token dependency
6. Design-system rule
7. Evidence from Figma
8. Confidence level

MCP workflow

When the user provides a Figma URL or selection:

Load references/analysis-framework.md at the start of any file audit — it carries the scope map, the file-map table, the inventory method and the P0–P3 prioritisation.

1. Determine the scope: file, page, frame, selection, component set, or flow.
2. Use Figma MCP tools to inspect metadata, design context, screenshots, variables, libraries, and existing components.
3. Build a file map.
4. Build a component inventory.
5. Build a token inventory.
6. Build a pattern inventory.
7. Detect repeated UI decisions and infer causal relationships.
8. Separate components, variants, states, patterns, templates, local exceptions, and design debt.
9. Recommend tokenization only when a value has repeatable semantic meaning.
10. Produce the requested output or prepare Figma documentation pages.

Use tools in this order when applicable:

1. get_metadata
2. get_design_context
3. get_screenshot
4. get_variable_defs
5. get_libraries
6. search_design_system
7. use_figma: read-only scripts for what the tools above do not return — component description and componentPropertyDefinitions, collections, modes, scopes and code syntax of variables, variable bindings on text styles, unbound fills, unstyled text. Writes only after an explicit write instruction. Before the first call, read-only included, load your tool's own Figma API instructions (figma-use, or the MCP resource skill://figma/figma-use/SKILL.md) plus figma-plugin-api-rules

If a listed tool is unavailable in the current MCP server, use the closest available Figma MCP tool and state which expected data could not be inspected.

Evidence rules

For each important conclusion, include:

• Figma page or frame
• Node or component name when available
• Observed value or variable
• Repeated usage count when available
• Screenshot reference when useful
• Source: script or screenshot
• Confidence: high, medium, or low

A screenshot shows what is drawn on the canvas. Descriptions, component properties, bindings, scopes, code syntax and modes live in the panel, so a finding about them rests on a script read. When no script could run, such a finding is low confidence and goes into the list of what could not be inspected.

Use confidence levels:

• High: three or more examples, plus component or variable evidence.
• Medium: two or three examples, with partial structure.
• Low: one example or insufficient MCP structure.

Label recommendations clearly. Do not present recommendations as existing facts.

Classification rules

Classify every repeated UI element as one of:

• Primitive token
• Semantic token
• Component token
• Component
• Component variant
• Component state
• Pattern
• Template
• Local exception
• Design debt

A component candidate should be recommended only when it passes the new-component gate in references/governance-rules.md and meets at least one condition:

• Appears in three or more places
• Has multiple states
• Has multiple variants
• Supports a critical product flow
• Is used across multiple product areas
• Has accessibility implications
• Should be governed centrally

Component analysis

For each component or component candidate, document:

• Purpose
• Product scenarios
• User intent
• Anatomy
• Variants
• States
• Properties
• Token dependencies
• Accessibility requirements
• Usage rules
• Do and don't examples
• Examples from Figma
• Design debt
• Recommendations

Load references/component-checklist.md when documenting or auditing components — the spec structure, the required checks per interactive component, and a coverage list of common component families.

Check states for all interactive components:

• default
• hover
• pressed
• focused
• disabled
• loading
• selected
• error
• success
• warning
• empty
• skeleton/loading where applicable

Pattern analysis

Separate components from patterns and templates.

Use this distinction:

• Component: reusable UI unit with properties, variants, and states.
• Pattern: reusable solution to a user or product problem, often composed of several components.
• Template: page or layout structure for a type of screen.

Example:

• Input = component
• Search with filters = pattern
• Catalog page = template

Load references/pattern-checklist.md when the user asks for pattern analysis, product-flow analysis, or template recommendations.

Tokenization methodology

Use three token layers:

1. Primitive tokens
2. Semantic tokens
3. Component tokens

Primitive tokens represent raw values.

Examples:

• color.blue.500
• color.gray.900
• space.4
• space.8
• radius.md
• font.size.16
• shadow.1
• motion.duration.fast

Semantic tokens represent interface roles.

Examples:

• color.bg.canvas
• color.bg.surface
• color.text.primary
• color.text.secondary
• color.border.default
• color.border.focus
• color.action.primary.bg.default
• color.action.primary.bg.hover
• color.feedback.danger.bg

Component tokens represent component-specific decisions.

Examples:

• component.button.container.bg.primary.default
• component.button.container.bg.primary.hover
• component.button.label.color.primary.default
• component.input.border.color.error
• component.card.container.radius.default

Do not create a semantic token only because a raw value repeats.

Create a semantic token when the value:

• Has a repeatable role
• Needs centralized governance
• Appears across multiple components or patterns
• Needs mode, theme, or brand switching
• Has accessibility implications
• Is likely to change as a design decision

Create component tokens only when the component needs independent control over variants, states, modes, or theming.

Avoid token names based on appearance:

• blueButton
• grayText
• primaryBlue
• lightGray2

Prefer role-based names:

• color.action.primary.bg.default
• color.text.secondary
• color.border.focus

Load references/token-taxonomy.md for detailed naming, variable structure, mode mapping, and token-decision rules.

Figma Variables structure

When proposing Figma Variables, use this collection structure unless the user provides another standard:

• Primitive
• Semantic
• Component
• Typography
• Motion

Use modes when needed:

• Light
• Dark
• High contrast, if required

Use slash-style Figma variable names when appropriate:

• color/bg/canvas
• color/text/primary
• color/action/primary/bg/default
• component/button/container/bg/primary/default

Causal relationship format

For repeated elements, and whenever the user asks why elements are used, how components relate to scenarios, or which rule should be documented, use the template in references/causal-map-template.md.

Figma documentation pages

When the user asks to create design-system documentation in Figma, create only the pages this run fills.

Do not modify product screens unless the user explicitly asks.

For documentation frames, use clear headings, tables, examples, and source references.

When the file already has documentation boards, they set the look of every new or rebuilt one. A board shows itself by its make-up: a header with a title, text blocks next to component samples, labelled rows of states or widths, a name or a page that marks it as documentation. Take their header, text styles, colours, spacing and board width in full. A reference library the user points to lends only the way of showing: which sections a board has, how states and widths sit side by side, where the grid is drawn. Its styling is never copied over boards the file already has; one board that looks different from its neighbours is a defect.

Load references/figma-documentation-structure.md before creating documentation pages in Figma: the page list, the build rules and the check that must pass before the boards are shown.

Default output

If the user does not specify a format, return:

1. Short summary
2. File map
3. Component inventory
4. Token inventory
5. Pattern inventory
6. Causal map
7. Design debt
8. Recommended Figma documentation structure
9. Prioritized next actions

If the user explicitly asks to create documentation in Figma, create Figma pages and frames instead of only responding in chat.

Quality gates

Before finalizing recommendations, check:

• Similar elements use the same tokens.
• Component variants are not duplicates.
• States are complete for interactive components.
• Naming is consistent.
• Raw values are not used where semantic tokens are needed.
• Primitive, semantic, and component tokens are not mixed.
• Accessibility states are documented.
• Design debt is separated from intentional exceptions.
• Every major conclusion has evidence and confidence.

Load references/accessibility-checklist.md when the user asks for component specs, interactive states, or accessibility review.

Load references/governance-rules.md when the user asks how to maintain, version, approve, or evolve the design system.

Do not

• Do not modify Figma unless explicitly asked.
• Do not analyze the codebase or Code Connect.
• Do not invent components without labeling them as recommendations.
• Do not treat every repeated value as a token.
• Do not create components from one-off layout details.
• Do not ignore existing variables, styles, libraries, or components.
• Do not present guesses as facts.
• Do not overwrite or restructure product screens without explicit permission.