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roadmap-analyzer路线图分析器

Agent Skill

roadmap-analyzer 用于查找、检索和筛选相关信息,适合在 Codex、Claude、Cursor、Gemini CLI 中需要根据关键词、任务场景或来源线索快速定位候选结果时使用。可结合来源仓库、安装命令和原始 README 继续核验具体用法。安装前建议确认权限范围、维护状态,以及是否会触发联网、命令执行或文件读写。

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安装说明

本站只整理中文说明和来源信息,不托管安装包,也不代用户安装。

GitHub

来源数

3

许可证

MIT

最后核验

2026-05-01

来源状态

来源可访问

安装方式

通过对话安装

复制提示词发给支持本地命令或 Skills 的 AI 助手,先确认命令和权限,再让它执行。

请帮我安装这个 Agent Skill:roadmap-analyzer(路线图分析器)
来源仓库:https://github.com/shipshitdev/library
仓库路径:skills/roadmap-analyzer
安装命令:
npx skills add https://github.com/shipshitdev/library --skill roadmap-analyzer
安装前请先检查当前环境是否支持对应 CLI,并向我确认将要执行的命令、安装目录、联网范围和文件读写权限;确认后再执行。

命令行安装

复制命令到本机终端执行。不同来源提供的安装方式可能略有差异;本站展示可直接复制的安装命令,安装前请核对来源页面。

skills.shnpx skills
npx skills add https://github.com/shipshitdev/library --skill roadmap-analyzer

简介

用于路线图分析与信息检索,适合项目规划与需求调研场景。

  • 可根据关键词快速定位候选方案或参考资料,辅助决策制定。
  • 通过 npx 命令从 shipshitdev/library 仓库安装,操作简单直接。
  • 需注意该技能可能涉及外部数据源访问,应评估网络与安全策略。
  • roadmap-analyzer 属于研究检索类 Skill,可作为该场景下的辅助能力补充。

SKILL.md

Roadmap Analyzer

Overview

This skill analyzes a project's current feature set against the needs of the Ideal Customer Profile (ICP). Before analyzing, discover the project's ICP from documentation (.agents/SYSTEM/ or project docs) and current features from the codebase and documentation.

The skill produces three outputs:

  1. Gap Analysis Table: Side-by-side comparison of ICP needs vs current features with gaps highlighted
  2. Prioritized Backlog: Ranked list of features to build next based on ICP alignment and impact
  3. Strategic Themes: High-level focus areas with specific initiatives

When to Use This Skill

Invoke this skill when asked to:

  • "What should we build next?"
  • "Compare our features against what our customers need"
  • "Analyze product gaps for our ICP"
  • "Help me plan the product roadmap"
  • "What features are missing for our target customers?"
  • "Evaluate our competitive positioning"
  • "What do we need to focus on to serve SMBs creating UGC?"

Analysis Workflow

Step 1: Discover Current Features

Use a hybrid approach to identify existing project capabilities (discover from project):

1.1 Automated Codebase Scan

Search the codebase for feature implementations. Focus on:

Key directories to explore:

apps/frontend-apps/*/      - Frontend applications
apps/apis/*/               - Backend APIs
packages/*/                - Shared packages

Search patterns for features:

  • Component names (React components often indicate UI features)
  • API endpoints (routes indicate backend capabilities)
  • Service methods (business logic indicates functionality)
  • Database schemas (data models reveal supported features)
  • Configuration files (feature flags, settings)

Use grep/glob to find:

  • Video editing features: pattern: "edit|timeline|trim|cut|transition"
  • Avatar features: pattern: "avatar|character|persona|voice"
  • Export features: pattern: "export|format|platform|render"
  • Template features: pattern: "template|preset|brand"
  • AI features: pattern: "ai|generate|auto|openai|anthropic"

1.2 User Context Integration

Ask the user:

  • "Are there features I should know about that might not be obvious in the code?"
  • "Any recent features added that might not be fully integrated?"
  • "Features in beta or soft-launched?"
  • "Integrations or capabilities documented elsewhere?"

1.3 Feature Inventory Creation

Organize discovered features into categories from references/feature-categories.md:

  1. Content Input & Ideation
  2. AI Avatar Creation & Management
  3. Video Editing & Assembly
  4. Visual Enhancement & Effects
  5. Text, Captions & Typography
  6. Audio & Music
  7. Platform Optimization & Export
  8. Templates & Brand Management
  9. Collaboration & Workflow
  10. Asset Management & Media Library
  11. AI & Automation Features
  12. Analytics & Performance
  13. Learning & Support
  14. Integration & Ecosystem
  15. E-commerce & Monetization

For each feature, note:

  • Status: Exists (production), Partial (incomplete), Planned, Missing
  • Quality: Production-ready, Beta, Prototype, Needs improvement
  • Location: Where found in codebase (file paths)

Step 2: Load ICP and Editor Needs Context

Read the reference documents to understand requirements:

Required reading:

  • references/icp-profile.md - Deep understanding of target customer needs
  • references/editor-needs.md - What editors need for great social content
  • references/feature-categories.md - Comprehensive feature taxonomy

Key focus areas from ICP:

  1. AI Avatar Army: Creating multiple avatars, consistency, customization
  2. User Empowerment: Self-service creation, templates, intuitive UX
  3. UGC at Scale: Volume, speed, platform-native content
  4. Team Collaboration: Multi-user, approvals, brand consistency

Critical editor needs:

  • Platform-specific optimization (TikTok, Instagram, YouTube)
  • Fast pacing and trending effects
  • Text overlays and captions
  • Audio/music integration
  • Quick variations for A/B testing

Step 3: Gap Analysis

Compare current features against ICP needs and editor requirements.

3.1 Create Gap Analysis Table

Format:

| Feature Category | ICP Need Priority | Current State | Gap Severity | Key Missing Elements |
|-----------------|-------------------|---------------|--------------|----------------------|
| AI Avatar Creation | CRITICAL | Partial | HIGH | Multiple avatars, avatar library, voice cloning |
| Platform Optimization | CRITICAL | Missing | CRITICAL | Auto-reframe, batch export multiple formats |
| ... | ... | ... | ... | ... |

Gap Severity Levels:

  • CRITICAL: Blocking ICP adoption, core value prop missing
  • HIGH: Significantly impacts ICP success, competitive disadvantage
  • MEDIUM: Limits scale/efficiency, nice-to-have
  • LOW: Future enhancement, not blocking

Priority Levels:

  • CRITICAL: Must-have for ICP, core to value proposition
  • HIGH: Important for ICP success, competitive requirement
  • MEDIUM: Valuable but not essential
  • LOW: Nice-to-have, future consideration

3.2 Identify Critical Gaps

Highlight gaps where:

  1. ICP Need Priority = CRITICAL AND Gap Severity = CRITICAL/HIGH
  2. Feature is table stakes for competitors
  3. Feature directly enables "AI avatar army" or "user empowerment"
  4. Feature required for platform-native content (TikTok, Instagram, etc.)

Step 4: Generate Prioritized Backlog

Create a ranked list of features to build next.

4.1 Prioritization Framework

Score each feature on:

ICP Impact (1-5)

  • 5: Core to ICP value prop, directly addresses primary pain point
  • 4: Strongly supports ICP needs, key differentiator
  • 3: Valuable for ICP, improves experience
  • 2: Nice-to-have for ICP
  • 1: Minimal ICP impact

Urgency (1-5)

  • 5: Blocking sales/adoption, critical competitive gap
  • 4: Significant competitive pressure, customer requests
  • 3: On roadmap, good timing to build
  • 2: Can wait, not time-sensitive
  • 1: Future consideration

Implementation Effort (1-5)

  • 5: Very high effort, 3+ months, complex
  • 4: High effort, 1-3 months, significant work
  • 3: Medium effort, 2-4 weeks, moderate complexity
  • 2: Low effort, < 2 weeks, straightforward
  • 1: Very low effort, < 1 week, simple

Priority Score = (ICP Impact × 2 + Urgency × 1.5) / Implementation Effort

Higher score = higher priority.

4.2 Backlog Format

## Prioritized Feature Backlog

### P0 (Build Immediately - Priority Score > 3.0)
1. **[Feature Name]** (Score: 4.2)
   - **Why**: [ICP impact explanation]
   - **Customer need**: [Specific ICP pain point addressed]
   - **Effort**: [Time estimate]
   - **Dependencies**: [What's needed first]

### P1 (Build Next Quarter - Priority Score 2.0-3.0)
[Same format]

### P2 (Future Consideration - Priority Score < 2.0)
[Same format]

4.3 Quick Wins Section

Identify features with:

  • High ICP Impact (4-5)
  • Low Implementation Effort (1-2)
  • Decent Urgency (3+)

These are "quick wins" that deliver high value with low investment.

Step 5: Define Strategic Themes

Group features into high-level strategic focus areas.

5.1 Theme Identification

Analyze feature clusters to identify 3-5 strategic themes, such as:

Example themes:

  • "AI Avatar Arsenal": Building the avatar creation and management system
  • "Platform-Native Mastery": Optimizing for TikTok, Instagram, YouTube
  • "Team Empowerment Engine": Collaboration, templates, workflows
  • "Speed to Market": Automation, batch processing, quick variations
  • "Editor's Toolkit": Core editing capabilities for creators

5.2 Theme Structure

For each theme, provide:

## [Theme Name]

**Vision**: [1-2 sentence vision for this theme]

**ICP Alignment**: [How this theme serves ICP needs]

**Current State**: [Where we are today]

**Target State**: [Where we need to be]

**Key Initiatives**:
1. **[Initiative Name]**
   - Features: [Specific features]
   - Impact: [Expected outcome]
   - Timeline: [When to build]

2. **[Next initiative]**
   [Same format]

**Success Metrics**:
- [Metric 1]: [Target]
- [Metric 2]: [Target]

5.3 Theme Prioritization

Recommend theme focus order based on:

  1. Foundation themes first: Core platform capabilities required for everything else
  2. Differentiator themes next: Unique value props (e.g., AI avatar army)
  3. Enhancement themes last: Improvements to existing capabilities

Step 6: Output Assembly

Combine all analysis into a comprehensive report:

# [Project] Roadmap Analysis
## [Date]

## Executive Summary
[3-5 bullets summarizing key findings and recommendations]

## Gap Analysis
[Gap analysis table from Step 3]

## Critical Gaps
[Detailed explanation of critical gaps from Step 3.2]

## Prioritized Backlog
[Prioritized backlog from Step 4]

## Quick Wins
[Quick wins list from Step 4.3]

## Strategic Themes
[Strategic themes from Step 5]

## Recommended Focus
**Next 30 days**: [Immediate priorities]
**Next quarter**: [Q1 focus areas]
**Next 6 months**: [Half-year vision]

## Appendix
### Feature Inventory
[Complete list of discovered features]

### ICP Summary
[Brief ICP recap]

Best Practices

Analysis Quality

  1. Be specific: Don't just say "add editing features"—specify "Add timeline trimming with frame-level precision"
  2. Show evidence: Reference where features exist (or don't) in codebase
  3. Connect to customer: Explain how each feature serves ICP needs
  4. Consider competition: Note when gaps create competitive disadvantage
  5. Balance ambition with reality: Acknowledge technical constraints

Prioritization Rigor

  1. Defend scores: Explain why a feature gets specific impact/urgency/effort scores
  2. Consider dependencies: Note when features require others to be built first
  3. Think sequentially: Some features enable others (e.g., avatar library before multi-avatar videos)
  4. Question assumptions: If effort seems high, suggest simpler MVP versions

Strategic Thinking

  1. Theme coherence: Themes should feel cohesive, not arbitrary groupings
  2. ICP-centric: Every recommendation should trace back to ICP needs
  3. Differentiation: Emphasize features that set the project apart
  4. Reality check: Acknowledge market timing, competitive landscape, technical feasibility

Common Pitfalls to Avoid

  1. Don't just list features: Explain WHY each feature matters for ICP
  2. Don't ignore existing features: Give credit for what already exists
  3. Don't treat all gaps equally: Not all missing features are critical
  4. Don't forget the "AI avatar army" vision: This is a key differentiator
  5. Don't overlook platform-specific needs: TikTok ≠ YouTube
  6. Don't assume features work well: Existing features might have quality gaps

Resources

references/

Three comprehensive reference documents inform the analysis:

  • icp-profile.md: Detailed profile of target customers (SMBs creating UGC with AI, empowering users, building AI avatar armies). Includes pain points, core needs, success metrics, and buying journey.
  • editor-needs.md: Comprehensive breakdown of what video editors need to create great content for social platforms (TikTok, Instagram, YouTube). Covers editing capabilities, platform-specific requirements, audio/visual needs, and competitive benchmarks.
  • feature-categories.md: Taxonomy of 15 feature categories typical in AI UGC platforms. Provides framework for organizing discovered features and identifying gaps systematically.

Load these references at the start of analysis to inform all evaluation and recommendations.

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