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v1.0.0
GitHub

About this Skill

Perfect for Frontend Agents needing AI-powered UI/UX analysis and real-time trend research for improvement recommendations. ui-ux-improve is a skill that combines AI-powered UI/UX analysis with real-time trend research to generate actionable improvement recommendations for developers.

Features

Parses user input for focus area, mode, and scope using text arguments
Analyzes entire application with research mode by default
Supports targeted analysis for specific components, pages, or features
Generates actionable improvement recommendations using AI analysis and trend research
Allows for immediate action with implement mode
Provides flexible analysis scope with full or targeted options

# Core Topics

specvital specvital
[0]
[0]
Updated: 3/6/2026

Quality Score

Top 5%
45
Excellent
Based on code quality & docs
Installation
SYS Universal Install (Auto-Detect)
Cursor IDE Windsurf IDE VS Code IDE
> npx killer-skills add specvital/infra/ui-ux-improve

Agent Capability Analysis

The ui-ux-improve MCP Server by specvital is an open-source Categories.community integration for Claude and other AI agents, enabling seamless task automation and capability expansion. Optimized for how to use ui-ux-improve, ui-ux-improve setup guide, ui-ux-improve alternative.

Ideal Agent Persona

Perfect for Frontend Agents needing AI-powered UI/UX analysis and real-time trend research for improvement recommendations.

Core Value

Empowers agents to generate actionable improvement recommendations for specific components, pages, or features using real-time trend research and AI-powered UI/UX analysis, supporting modes like 'research' and 'implement' with scopes such as 'full' or 'targeted'.

Capabilities Granted for ui-ux-improve MCP Server

Analyzing entire applications for UI/UX improvements
Generating targeted improvement recommendations for specific components
Conducting real-time trend research for informed design decisions

! Prerequisites & Limits

  • Requires user input for focus area, mode, and scope
  • Limited to UI/UX improvement analysis and recommendations
Project
SKILL.md
8.7 KB
.cursorrules
1.2 KB
package.json
240 B
Ready
UTF-8

# Tags

[No tags]
SKILL.md
Readonly

UI/UX Improvement Research Command

User Input

text
1$ARGUMENTS

Parse user input for:

  • Focus Area: Specific component, page, or feature to improve (optional)
  • Mode: research (default) or implement (immediate action)
  • Scope: full (entire app) or targeted (specific area)

If empty, analyze entire application with research mode.


Overview

This command combines AI-powered UI/UX analysis with real-time trend research to generate actionable improvement recommendations.

Key Features

  • 🎨 UI/UX Designer Agent: Specialized analysis via ui-ux-designer agent
  • 🛠️ Tech Stack Advisor Agent: Library/framework recommendations via tech-stack-advisor agent
  • 🔍 Trend Research: Web search for current UI/UX trends (2024-2025)
  • 📊 Gap Analysis: Compare current state vs best practices
  • 📝 Actionable Report: Generate improvement roadmap in markdown
  • 🚀 Optional Implementation: Execute improvements on demand

Execution Steps

1. Context Gathering

Analyze Project Structure

Detect Frontend Framework:

  • Check package.json for: React, Next.js, Vue, Svelte, Angular
  • Identify styling approach: Tailwind, CSS Modules, styled-components, CSS-in-JS
  • Find component library: shadcn/ui, MUI, Chakra, Radix

Explore UI Components:

  • Use Glob to find component files (**/*.tsx, **/components/**/*)
  • Identify layout components (Header, Footer, Sidebar, Navigation)
  • Map page structure and routing

Analyze Current Design System:

  • Color palette (CSS variables, theme config)
  • Typography (fonts, sizes, weights)
  • Spacing and layout patterns
  • Component consistency

2. Invoke UI/UX Designer Agent

REQUIRED: Use Task tool with subagent_type: "ui-ux-designer" to perform:

  • User experience evaluation
  • Accessibility assessment (WCAG guidelines)
  • Information architecture review
  • Component usability analysis
  • Mobile responsiveness check

Agent Prompt Template:

Analyze the UI/UX of this project focusing on:
1. User journey and flow optimization
2. Visual hierarchy and information architecture
3. Accessibility compliance (WCAG 2.1 AA)
4. Component reusability and consistency
5. Responsive design patterns
6. User interaction feedback patterns

Project context:
- Framework: {detected framework}
- Styling: {styling approach}
- Component library: {if any}
- Focus area: {from user input or "entire application"}

Provide specific, actionable recommendations with priority levels.

3. Invoke Tech Stack Advisor Agent

REQUIRED: Use Task tool with subagent_type: "tech-stack-advisor" when:

  • Recommending new UI component libraries
  • Evaluating animation/interaction libraries
  • Comparing styling solutions
  • Suggesting accessibility tooling
  • Recommending state management for UI

Agent Prompt Template:

Evaluate UI/UX related technologies for this project:

Current stack:
- Framework: {detected framework}
- Styling: {styling approach}
- Component library: {if any}

Evaluate these categories based on project needs:
1. Component libraries (shadcn/ui, Radix, Headless UI, etc.)
2. Animation libraries (Framer Motion, React Spring, GSAP)
3. Accessibility tools (axe-core, react-aria, etc.)
4. Icon libraries (Lucide, Heroicons, Phosphor)
5. Form libraries (React Hook Form, Formik, etc.)

For each recommendation:
- Modernity score (0-10)
- Stability score (0-10)
- Bundle size impact
- Migration complexity
- Learning curve

Focus on: {user focus area or "general UI/UX improvement"}

4. Trend Research (Web Search)

Search Queries (use WebSearch tool):

  1. "UI/UX trends 2025" best practices
  2. "{framework} UI design patterns 2025" (e.g., "React UI design patterns 2025")
  3. "modern web design trends" accessibility
  4. "{component type} UX best practices" (if specific focus area)
  5. "best {library type} library 2025" (e.g., "best React animation library 2025")

Information to Gather:

  • Current design trends (micro-interactions, glassmorphism, etc.)
  • Accessibility improvements
  • Performance optimization patterns
  • User engagement techniques
  • Mobile-first strategies
  • Emerging UI libraries and tools
  • Bundle size optimization techniques

5. Gap Analysis

Compare and Identify:

  • Current design vs trend recommendations
  • Missing accessibility features
  • Outdated patterns to modernize
  • Quick wins vs major refactors
  • Priority based on impact/effort ratio
  • Library/tool upgrades or additions needed

6. Generate Report

Create: UI-UX-IMPROVEMENTS.md at project root

Structure:

markdown
1# UI/UX Improvement Recommendations 2 3> **Generated**: {YYYY-MM-DD HH:mm} 4> **Scope**: {full/targeted: specific area} 5> **Mode**: {research/implement} 6 7--- 8 9## 📊 Current State Analysis 10 11### Framework & Stack 12 13- **Framework**: {detected} 14- **Styling**: {approach} 15- **Component Library**: {if any} 16 17### Strengths 18 19- {what's working well} 20 21### Areas for Improvement 22 23- {identified issues} 24 25--- 26 27## 🎯 Trend Insights (2024-2025) 28 29### Design Trends 30 31- {trend 1}: {how it applies} 32- {trend 2}: {how it applies} 33 34### Accessibility Standards 35 36- {WCAG requirements} 37- {current compliance status} 38 39### UX Best Practices 40 41- {practice 1} 42- {practice 2} 43 44--- 45 46## 🛠️ Technology Recommendations 47 48### Recommended Libraries 49 50| Category | Library | Score | Bundle Size | Why | 51| ---------- | --------- | ------ | ----------- | -------- | 52| {category} | {library} | {X}/10 | {size} | {reason} | 53 54### Migration Considerations 55 56- {library 1}: {migration notes} 57- {library 2}: {migration notes} 58 59--- 60 61## 🚀 Recommendations 62 63### Critical Priority 64 65#### 1. {Recommendation Title} 66 67**Problem**: {what's wrong} 68**Solution**: {how to fix} 69**Impact**: {user benefit} 70**Effort**: {Low/Medium/High} 71**Files**: {affected files} 72 73### High Priority 74 75#### 2. {Recommendation Title} 76 77{same structure} 78 79### Medium Priority 80 81#### 3. {Recommendation Title} 82 83{same structure} 84 85--- 86 87## 📋 Implementation Roadmap 88 89### Phase 1: Quick Wins (1-2 days) 90 91- [ ] {task 1} 92- [ ] {task 2} 93 94### Phase 2: Core Improvements (1-2 weeks) 95 96- [ ] {task 3} 97- [ ] {task 4} 98 99### Phase 3: Advanced Enhancements (2-4 weeks) 100 101- [ ] {task 5} 102- [ ] {task 6} 103 104--- 105 106## 🔗 Resources 107 108- {relevant documentation links} 109- {trend articles referenced} 110- {component library docs}

7. Implementation Mode (if requested)

If user specified implement mode or requests immediate action:

  1. Confirm scope with user before proceeding
  2. Start with Critical Priority items
  3. Make incremental changes with clear commits
  4. Verify each change doesn't break existing functionality
  5. Update report with completed items

Key Rules

✅ MUST DO

  • Always invoke ui-ux-designer agent for expert analysis
  • Always invoke tech-stack-advisor agent for library/tool recommendations
  • Perform web search for current trends and library comparisons
  • Analyze actual project code (not assumptions)
  • Provide specific file paths in recommendations
  • Include effort estimates for each recommendation
  • Evaluate bundle size impact for library recommendations
  • Generate report at project root (UI-UX-IMPROVEMENTS.md)
  • Consider accessibility in all recommendations
  • Prioritize by impact/effort ratio

❌ NEVER DO

  • Skip ui-ux-designer or tech-stack-advisor agent invocation
  • Make recommendations without code analysis
  • Suggest breaking changes without migration path
  • Ignore mobile/responsive considerations
  • Recommend trends that conflict with project constraints
  • Implement without user confirmation (in implement mode)
  • Generate vague or non-actionable recommendations
  • Recommend libraries without bundle size consideration
  • Suggest libraries with poor stability scores (<6/10)

🎯 Quality Standards

Each recommendation must include:

  1. Clear Problem Statement: What's wrong and why it matters
  2. Specific Solution: How to fix with code examples if applicable
  3. User Impact: How it improves user experience
  4. Effort Estimate: Implementation complexity (Low/Medium/High)
  5. File References: Which files need changes

Completion Report

After execution, provide summary:

markdown
1## UI/UX Improvement Research Complete 2 3### 📊 Analysis Summary 4 5- **Components Analyzed**: {X} 6- **Pages Reviewed**: {Y} 7- **Trends Researched**: {Z} 8- **Libraries Evaluated**: {W} 9 10### 🎯 Recommendations 11 12- **Critical**: {N} 13- **High**: {M} 14- **Medium**: {K} 15 16### 📄 Generated Report 17 18`UI-UX-IMPROVEMENTS.md` created at project root. 19 20### Next Steps 21 22{Based on mode}: 23 24- **Research mode**: Review recommendations and run with `implement` to proceed 25- **Implement mode**: {X} improvements applied, {Y} remaining

Execute

Start the UI/UX improvement research following the guidelines above.

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