---
name: agent-ops-potential-discovery
description: "Analyze incoming content (text, files, folders, URLs) to extract purpose, create summaries, and identify potential value for the current project."
license: MIT
compatibility: [opencode, claude, cursor]

metadata:
  category: analysis
  related: [agent-ops-project-sections, agent-ops-idea, User request]

---

# Potential Discovery Workflow

## Purpose

Perform deep analysis of incoming content to:
1. Extract and understand its core purpose
2. Create extensive, structured summaries
3. Identify potential value and applications for the current project
4. Suggest concrete integration opportunities or inspired improvements

## When to Use

- Evaluating a new library, tool, or framework
- Reviewing incoming code contributions or PRs
- Analyzing competitor products or similar solutions
- Assessing documentation, specs, or RFCs
- Exploring repositories for reusable patterns
- Reviewing articles, blog posts, or research papers

## Input Types

| Type | Description | Example |
|------|-------------|---------|
| **Text** | Raw text, markdown, documentation | Pasted README, spec doc |
| **File** | Single file analysis | `analyze: ./incoming/proposal.md` |
| **Folder** | Directory tree analysis | `analyze: ./incoming/new-library/` |
| **URL** | Web content (requires fetch capability) | `analyze: https://github.com/user/repo` |

## Procedure

### Phase 1: Content Ingestion

1. **Identify content type** (text/file/folder/URL)
2. **Load content**:
   - Text: Use directly
   - File: Read file contents
   - Folder: Scan structure, read key files (README, package.json, etc.)
   - URL: Fetch content (if MCP fetch available) or note for manual review
3. **Assess scope**: Estimate content size and complexity

### Phase 2: Purpose Extraction

Analyze content to identify:

| Aspect | Questions to Answer |
|--------|---------------------|
| **Core Purpose** | What problem does this solve? What is its primary function? |
| **Target Audience** | Who is this for? What skill level? |
| **Key Features** | What are the main capabilities? |
| **Architecture** | How is it structured? What patterns does it use? |
| **Dependencies** | What does it rely on? What ecosystem? |
| **Maturity** | How stable/complete is it? Active development? |

**Output format:**
```markdown
### Purpose Analysis

**Core Purpose:** {one-sentence summary}

**Problem Solved:** {what pain point it addresses}

**Target Audience:** {who would use this}

**Key Features:**
- {feature 1}
- {feature 2}
- {feature 3}

**Architecture/Approach:** {how it works at a high level}

**Maturity:** {early/stable/mature} — {evidence}
```

### Phase 3: Extensive Summary

Create a comprehensive summary covering:

```markdown
### Detailed Summary

#### Overview
{2-3 paragraphs explaining what this is and how it works}

#### Structure
{File/folder organization, key components}

#### Technical Details
- **Language/Runtime:** {languages, versions}
- **Dependencies:** {key dependencies}
- **Build System:** {how to build/run}
- **Testing:** {test approach}

#### Strengths
- {strength 1}
- {strength 2}

#### Limitations
- {limitation 1}
- {limitation 2}

#### Notable Patterns
- {interesting pattern or technique}
- {reusable approach}
```

### Phase 4: Potential Assessment

Evaluate relevance to current project:

1. **Read project context**:
   - Check `.agent/constitution.md` for project scope
   - Check `.agent/map.md` for codebase structure
   - Check current `focus.md` for active work

2. **Identify alignment**:
   - Technology overlap (same language, framework, etc.)
   - Problem overlap (solves similar issues)
   - Pattern overlap (uses approaches we could adopt)

3. **Generate potential opportunities**:

```markdown
### Potential for Current Project

**Relevance Score:** {low/medium/high}

**Alignment:**
- ✅ {alignment point 1}
- ✅ {alignment point 2}
- ⚠️ {partial alignment}
- ❌ {misalignment}

**Opportunities:**

1. **{Opportunity Title}**
   - What: {description}
   - Effort: {low/medium/high}
   - Value: {low/medium/high}
   - How: {brief approach}

2. **{Opportunity Title}**
   - What: {description}
   - Effort: {low/medium/high}
   - Value: {low/medium/high}
   - How: {brief approach}

**Risks/Concerns:**
- {risk 1}
- {risk 2}

**Recommendation:** {adopt/adapt/inspire/skip}
```

### Phase 5: Issue Creation

Convert opportunities into trackable IDEA issues using `agent-ops-idea` skill:

**For each identified opportunity:**

1. **Create IDEA issue** (minimal mode via agent-ops-idea):
   ```markdown
   ## IDEA-{N}@{hash} — {Opportunity Title}
   
   **Status:** `idea`
   **Type:** IDEA
   **Created:** {date}
   **Source:** Potential discovery from {content identifier}
   
   ### Original Opportunity
   {opportunity description from Phase 4}
   
   ### Context
   - **Discovered in:** {source content}
   - **Relevance:** {low/medium/high}
   - **Effort:** {low/medium/high}
   - **Value:** {low/medium/high}
   
   ### Notes
   {any additional context or caveats}
   ```

2. **Present summary to user**:
   ```
   ## Potential Discovery Complete
   
   **Analyzed:** {content identifier}
   **Relevance:** {overall score}
   
   **Issues Created:**
   - IDEA-{N}@{hash}: {title} (effort: X, value: Y)
   - IDEA-{N}@{hash}: {title} (effort: X, value: Y)
   
   These are now in backlog.md for later triage.
   Use `/agent-task triage` to review and prioritize.
   ```

**No opportunities found:**
```
## Potential Discovery Complete

**Analyzed:** {content identifier}
**Relevance:** Low

No actionable opportunities identified for the current project.
The content may still be useful as reference material.
```

## Output Locations

| Output | Location | When |
|--------|----------|------|
| Console | Displayed directly | Always — analysis report shown to user |
| IDEA issues | `.agent/issues/backlog.md` | Opportunities converted to trackable issues |

**IMPORTANT**: This skill only writes to `backlog.md` and `.counter`. It does NOT:
- Create report files in `.agent/discoveries/`
- Modify `focus.md`
- Make any code changes

All findings become IDEA issues for later review and triage.

## Integration with agent-ops-idea

This skill uses `agent-ops-idea` to convert opportunities into issues:

1. **Analysis complete** → Opportunities identified
2. **For each opportunity** → Invoke `agent-ops-idea` (minimal mode)
3. **Create IDEA issue** → Added to `backlog.md` with:
   - Original opportunity description
   - Source reference (what content it came from)
   - Relevance assessment
4. **User reviews later** → Triage to promote or drop

## Integration with Other Skills

| Skill | Integration |
|-------|-------------|
| `agent-ops-idea` | Convert opportunities into enriched IDEA issues |
| `agent-ops-project-sections` | Understand current project structure for alignment |
| `agent-ops-context-map` | Reference codebase overview |
| `agent-ops-tasks` | Create follow-up issues from discoveries |

## Customization Options

User can specify intent to focus analysis:

```
`agent-discover` ./incoming/auth-library/ --intent "improve our authentication"
`agent-discover` https://github.com/user/tool --intent "CLI patterns"
`agent-discover` spec.md --intent "API design inspiration"
```

When intent is provided:
- Purpose analysis weighted toward intent
- Potential assessment focused on stated goal
- Opportunities filtered for relevance

## Completion Criteria

- [ ] Content successfully ingested
- [ ] Purpose clearly identified and documented
- [ ] Comprehensive summary created
- [ ] Potential assessed against project context
- [ ] Opportunities converted to IDEA issues in backlog.md
- [ ] User presented with summary of created issues

## Anti-patterns (avoid)

- ❌ Shallow analysis (just reading README)
- ❌ Missing project context (analyzing in isolation)
- ❌ Vague opportunities ("could be useful")
- ❌ Ignoring limitations or risks
- ❌ Over-promising value without evidence
- ❌ Creating files outside of backlog.md and .counter
- ❌ Modifying focus.md or other state files
- ❌ Making code changes

## Examples

### Example 1: Library Analysis

**Input:** `analyze: ./incoming/result-monad/`

**Output:**
```markdown
# Potential Discovery Report

**Content:** ./incoming/result-monad/
**Analyzed:** 2026-01-17
**Context:** agent-ops-cli (Python CLI tool)

### Purpose Analysis

**Core Purpose:** Rust-style Result type for Python error handling

**Problem Solved:** Replaces exceptions with explicit error returns

**Key Features:**
- Result[T, E] generic type
- Pattern matching support
- Railway-oriented programming helpers

### Potential for Current Project

**Relevance Score:** Medium

**Alignment:**
- ✅ Same language (Python)
- ✅ We have error handling inconsistencies
- ⚠️ Would require refactoring existing code

**Opportunities:**

1. **Adopt for new modules**
   - What: Use Result type in kg module
   - Effort: Low
   - Value: Medium
   - How: Add as optional dependency, use in new code

**Recommendation:** Adapt — use pattern for new code, don't refactor existing
```

### Example 2: URL Analysis

**Input:** `analyze: https://github.com/anthropics/anthropic-cookbook --intent "prompt engineering patterns"`

**Output:**
```markdown
# Potential Discovery Report

**Content:** anthropic-cookbook repository
**Analyzed:** 2026-01-17
**Context:** AgentOps prompt/skill design

### Purpose Analysis

**Core Purpose:** Collection of Anthropic API usage patterns and examples

### Potential for Current Project

**Relevance Score:** High

**Opportunities:**

1. **Prompt structure patterns**
   - What: XML-tagged prompt sections
   - Value: High
   - How: Review and adopt in skill prompts

2. **Tool use examples**
   - What: Function calling patterns
   - Value: High  
   - How: Reference for harness tool design
```