research-opportunity-investigator

name

research-opportunity-investigator

description

Conduct systematic research and opportunity investigation for ACP protocol integration, collaboration, and enhancement opportunities. Use when the user wants to research external projects, protocols, or tools for potential collaboration; investigate gap-filling opportunities for IDE integrations; assess compatibility between ACP and external protocols; or identify opportunities for ACP adoption. Guides through discovery, analysis, validation, and RFC generation with mandatory gates and source grounding. Outputs include comprehensive summary documents, gap analyses, and formal RFC proposals.

Research & Opportunity Investigator

Systematic research and opportunity analysis for ACP protocol integration with external projects, protocols, and tools.

CRITICAL BEHAVIORAL REQUIREMENTS

This skill operates under strict guardrails. The assistant MUST:

1. NEVER Proceed Without Explicit User Confirmation

• Ask clarifying questions at EVERY phase gate before proceeding
• Do NOT proceed based on assumed understanding
• Wait for explicit user responses before moving forward
• Present findings and wait for validation

2. NEVER Make Ungrounded Claims

• All findings MUST reference specific sources (URLs, documentation, code)
• Format: [Statement] (Source: [URL/document], [section])
• If information cannot be verified, mark as: [UNGROUNDED—requires verification]
• Maintain running source registry throughout research

3. ALL Analysis Must Be Source-Grounded

• Every technical claim requires evidence
• Cite specific code, documentation, or announcements
• Distinguish between: [VERIFIED], [INFERRED], [ASSUMED]

4. Mandatory ACP Summary Document Before RFC

• MUST create comprehensive ACP summary document
• Summary MUST cover: existing RFCs, schemas, spec chapters
• Summary enables RFC validation against current state
• User MUST approve summary before RFC generation

5. RFCs Must Trace to Existing ACP Specification

• Every RFC proposal MUST reference existing spec sections
• Show which chapters/RFCs are affected
• Demonstrate compatibility with current design

---

Workflow Overview

Research & Opportunity Investigation Workflow:

□ Phase 1: RESEARCH SCOPING
  ├─ Define research target and objectives
  ├─ Establish success criteria
  └─ GATE: User confirms research scope

□ Phase 2: DISCOVERY & COLLECTION
  ├─ Web search for documentation, repos, announcements
  ├─ Source registration and cataloging
  └─ GATE: User confirms source coverage

□ Phase 3: DEEP ANALYSIS
  ├─ Technical architecture analysis
  ├─ Feature mapping and comparison
  ├─ Gap identification
  └─ GATE: User confirms analysis accuracy

□ Phase 4: ACP CONTEXT SUMMARY
  ├─ Generate comprehensive ACP summary
  ├─ Map existing RFCs, schemas, spec chapters
  ├─ Identify integration points
  └─ GATE: User approves ACP summary document

□ Phase 5: OPPORTUNITY ASSESSMENT
  ├─ Gap analysis (what target lacks that ACP provides)
  ├─ Collaboration opportunities
  ├─ Implementation feasibility
  └─ GATE: User confirms opportunity assessment

□ Phase 6: RFC GENERATION
  ├─ Draft RFC for identified opportunities
  ├─ Validate against ACP summary
  ├─ Cross-reference existing specs
  └─ GATE: User approves RFC content

□ Phase 7: DELIVERABLES PACKAGING
  ├─ Final summary document
  ├─ Gap analysis report
  ├─ RFC proposal(s)
  └─ GATE: User confirms all deliverables

---

Phase 1: Research Scoping

1.1 Scope Definition Template

═══════════════════════════════════════════════════════════════════════════════
🔍 RESEARCH SCOPE DEFINITION
═══════════════════════════════════════════════════════════════════════════════

RESEARCH TARGET:
  Name: [Project/Protocol/Tool name]
  Type: [IDE/Protocol/Framework/Tool]
  Primary URL: [Main website/repository]

RESEARCH OBJECTIVES:
  Primary Goal: [What are we trying to learn/achieve?]
  
  Specific Questions:
    1. [Question 1]
    2. [Question 2]
    3. [Question 3]

SUCCESS CRITERIA:
  □ [Criterion 1 - measurable outcome]
  □ [Criterion 2 - measurable outcome]
  □ [Criterion 3 - measurable outcome]

ACP INTEGRATION FOCUS:
  □ Gap-filling opportunity (target lacks capability ACP provides)
  □ Protocol integration (technical compatibility)
  □ Collaboration opportunity (partnership/adoption)
  □ Competitive analysis (understanding landscape)
  □ Other: _______________

───────────────────────────────────────────────────────────────────────────────
⚠️  Please confirm this scope before proceeding with discovery.
═══════════════════════════════════════════════════════════════════════════════

1.2 Scoping Questions

Ask these questions to establish research scope (2-3 per message max):

Target Identification:

• What specific project/protocol/tool are we researching?
• What is the primary URL or repository?
• What problem does this target solve?

Objective Clarification:

• What do you hope to achieve through this research?
• Are you looking for integration, collaboration, or competitive understanding?
• What would a successful outcome look like?

Constraints:

• Are there any aspects that are out of scope?
• What timeline or resource constraints exist?
• Are there any competing priorities?

---

Phase 2: Discovery & Collection

2.1 Source Registration Template

═══════════════════════════════════════════════════════════════════════════════
📚 SOURCE REGISTRATION
═══════════════════════════════════════════════════════════════════════════════

REGISTERED SOURCES:

  [SRC-001] Official Documentation
    └─ URL: [url]
    └─ Type: documentation
    └─ Accessed: [date]
    └─ Relevance: [high/medium/low]
    └─ Key Sections: [list relevant sections]

  [SRC-002] GitHub Repository
    └─ URL: [url]
    └─ Type: source_code
    └─ Accessed: [date]
    └─ Relevance: [high/medium/low]
    └─ Key Files: [list relevant files]

  [SRC-003] ...

───────────────────────────────────────────────────────────────────────────────
SOURCE GAPS (information needed but not found):

  □ [Gap 1] - Required for: [analysis area]
  □ [Gap 2] - Required for: [analysis area]

───────────────────────────────────────────────────────────────────────────────
⚠️  Please confirm these sources are sufficient or identify additional sources.
═══════════════════════════════════════════════════════════════════════════════

2.2 Discovery Search Strategy

For each research target, systematically search:

Tier 1 - Primary Sources (MUST search):

□ Official documentation site
□ GitHub/GitLab repository
□ Official announcements/blog posts
□ API/Protocol specifications

Tier 2 - Secondary Sources (SHOULD search):

□ Technical blog posts from team members
□ Conference talks/presentations
□ Community discussions (Discord, Slack, Forums)
□ Integration guides from partners

Tier 3 - Tertiary Sources (MAY search):

□ Third-party reviews and analyses
□ Comparison articles
□ Issue tracker discussions
□ Social media announcements

2.3 Evidence Grounding Format

All findings MUST use this grounding format:

[Finding Statement]
  └─ Source: [SRC-XXX], [specific section/line/page]
  └─ Evidence Type: [VERIFIED|INFERRED|ASSUMED]
  └─ Confidence: [HIGH|MEDIUM|LOW]
  └─ Quote/Reference: "[relevant excerpt]"

---

Phase 3: Deep Analysis

3.1 Technical Architecture Analysis

For each research target, analyze:

═══════════════════════════════════════════════════════════════════════════════
🏗️ TECHNICAL ARCHITECTURE ANALYSIS
═══════════════════════════════════════════════════════════════════════════════

CORE ARCHITECTURE:
  
  Components:
    □ [Component 1]: [Description] (Source: [SRC-XXX])
    □ [Component 2]: [Description] (Source: [SRC-XXX])
  
  Data Flow:
    [Component A] → [Component B] → [Component C]
  
  Key Abstractions:
    □ [Abstraction 1]: [Purpose]
    □ [Abstraction 2]: [Purpose]

PROTOCOL/API DESIGN:
  
  Communication Pattern: [request-response/streaming/event-driven]
  Data Format: [JSON/Protocol Buffers/Other]
  Transport: [HTTP/WebSocket/IPC/Other]
  
  Key Endpoints/Methods:
    □ [Endpoint 1]: [Purpose] (Source: [SRC-XXX])
    □ [Endpoint 2]: [Purpose] (Source: [SRC-XXX])

EXTENSION POINTS:
  
  □ [Extension Point 1]: [How external tools integrate]
  □ [Extension Point 2]: [How external tools integrate]

───────────────────────────────────────────────────────────────────────────────

3.2 Feature Mapping Template

## Feature Comparison Matrix

| Feature Area | Target Has | ACP Provides | Gap/Overlap |
|--------------|------------|--------------|-------------|
| [Feature 1] | [Yes/No/Partial] | [Yes/No/Partial] | [Gap/Overlap/None] |
| [Feature 2] | [Yes/No/Partial] | [Yes/No/Partial] | [Gap/Overlap/None] |

### Gap Details

#### Gap G-001: [Gap Name]
- **Target Status**: [What target lacks]
- **ACP Capability**: [What ACP provides]
- **Integration Potential**: [HIGH/MEDIUM/LOW]
- **Evidence**: (Source: [SRC-XXX])

#### Gap G-002: ...

---

Phase 4: ACP Context Summary

4.1 Summary Generation Requirements

BEFORE generating any RFC, MUST create comprehensive ACP summary covering:

═══════════════════════════════════════════════════════════════════════════════
📋 ACP PROTOCOL SUMMARY DOCUMENT
═══════════════════════════════════════════════════════════════════════════════

Generated: [timestamp]
Purpose: Reference document for RFC validation and integration planning

───────────────────────────────────────────────────────────────────────────────
SECTION 1: SPECIFICATION OVERVIEW
───────────────────────────────────────────────────────────────────────────────

Current ACP Version: [version]
Spec Location: acp-protocol/acp-spec/spec/

Key Chapters:
  □ 01-introduction.md: [Summary of goals and non-goals]
  □ 03-cache-format.md: [Summary of cache structure]
  □ 04-config-format.md: [Summary of configuration options]
  □ 05-annotations.md: [Summary of annotation syntax]
  □ 06-constraints.md: [Summary of constraint system]
  □ [Additional relevant chapters...]

───────────────────────────────────────────────────────────────────────────────
SECTION 2: EXISTING RFCs
───────────────────────────────────────────────────────────────────────────────

RFC-001: Self-Documenting Annotations
  Status: [status]
  Summary: [brief summary]
  Key Changes: [what it introduced]
  Relevance to Research: [how it relates to current investigation]

RFC-002: Documentation References
  Status: [status]
  Summary: [brief summary]
  Key Changes: [what it introduced]
  Relevance to Research: [how it relates]

RFC-003: Annotation Provenance
  Status: [status]
  Summary: [brief summary]
  Key Changes: [what it introduced]
  Relevance to Research: [how it relates]

[Continue for all RFCs...]

───────────────────────────────────────────────────────────────────────────────
SECTION 3: SCHEMA INVENTORY
───────────────────────────────────────────────────────────────────────────────

Location: acp-protocol/acp-spec/schemas/

Schemas:
  □ cache.schema.json: [purpose, key fields]
  □ config.schema.json: [purpose, key fields]
  □ vars.schema.json: [purpose, key fields]
  □ sync.schema.json: [purpose, key fields]
  [Continue for all schemas...]

───────────────────────────────────────────────────────────────────────────────
SECTION 4: INTEGRATION POINTS
───────────────────────────────────────────────────────────────────────────────

Existing Integration Mechanisms:
  □ MCP Integration (acp-mcp): [current capabilities]
  □ CLI Interface (acp-cli): [current capabilities]
  □ LSP Planning (acp-lsp): [planned capabilities]

Extension Points for External Protocols:
  □ [Extension point 1]: [how external tools would integrate]
  □ [Extension point 2]: [how external tools would integrate]

───────────────────────────────────────────────────────────────────────────────
SECTION 5: DESIGN PRINCIPLES
───────────────────────────────────────────────────────────────────────────────

Core Principles (from spec):
  □ Self-documenting annotations
  □ Token efficiency
  □ Deterministic constraints
  □ Language-agnostic syntax
  □ Progressive disclosure

Compatibility Requirements:
  □ Backward compatibility policy
  □ Versioning approach
  □ RFC process requirements

═══════════════════════════════════════════════════════════════════════════════
⚠️  User MUST approve this summary before RFC generation proceeds.
═══════════════════════════════════════════════════════════════════════════════

4.2 Summary Validation Checklist

Before proceeding to RFC generation:

□ All existing RFCs catalogued with summaries
□ All relevant spec chapters summarized
□ All schemas inventoried with key fields
□ Integration points identified
□ Design principles extracted
□ User has reviewed and approved summary

---

Phase 5: Opportunity Assessment

5.1 Gap Analysis Framework

═══════════════════════════════════════════════════════════════════════════════
🎯 OPPORTUNITY ASSESSMENT
═══════════════════════════════════════════════════════════════════════════════

GAP ANALYSIS:

  What [TARGET] Lacks That ACP Provides:
  
    GAP-001: [Gap Name]
      └─ Target Status: [Current capability or lack]
      └─ ACP Capability: [What ACP offers]
      └─ Strategic Value: [HIGH/MEDIUM/LOW]
      └─ Implementation Effort: [HIGH/MEDIUM/LOW]
      └─ Evidence: (Source: [SRC-XXX])
    
    GAP-002: ...

COLLABORATION OPPORTUNITIES:

  OPP-001: [Opportunity Name]
    └─ Description: [What could be achieved]
    └─ Mutual Benefit: [How both parties benefit]
    └─ Required Changes:
        - ACP: [What ACP would need to change/add]
        - Target: [What target would need to change/add]
    └─ Feasibility: [HIGH/MEDIUM/LOW]
    └─ Evidence: (Source: [SRC-XXX])

  OPP-002: ...

RISK ASSESSMENT:

  RISK-001: [Risk Name]
    └─ Description: [What could go wrong]
    └─ Likelihood: [HIGH/MEDIUM/LOW]
    └─ Impact: [HIGH/MEDIUM/LOW]
    └─ Mitigation: [How to address]

───────────────────────────────────────────────────────────────────────────────
RECOMMENDATION:

  □ Proceed with RFC development for: [specific opportunities]
  □ Defer: [what to defer and why]
  □ Decline: [what to decline and why]

───────────────────────────────────────────────────────────────────────────────
⚠️  Please confirm this assessment before RFC generation.
═══════════════════════════════════════════════════════════════════════════════

---

Phase 6: RFC Generation

6.1 RFC Requirements

MUST follow ACP RFC structure. See references/rfc-template.md for complete template.

Key RFC sections required:

• Summary (2-3 sentences)
• Motivation with research basis and gap analysis
• Specification with affected components
• Backward compatibility analysis
• Implementation guidance
• Alternatives considered
• References to sources

6.2 RFC Validation Checklist

Before finalizing RFC:

RFC VALIDATION CHECKLIST:

Structure:
  □ All required sections present
  □ RFC number follows convention
  □ Status correctly set to Draft

Content:
  □ Summary is concise (2-3 sentences)
  □ Motivation clearly explains problem
  □ Research basis documented with sources
  □ Gap analysis included with IDs

Specification:
  □ All affected components identified
  □ Changes reference existing spec sections
  □ Proposed changes are specific and implementable
  □ Examples provided where helpful

Compatibility:
  □ Breaking changes identified (or stated as none)
  □ Migration path provided if needed
  □ Deprecation schedule if applicable

Validation:
  □ Cross-referenced against ACP Summary document
  □ No conflicts with existing RFCs
  □ Consistent with ACP design principles
  □ User has reviewed and approved

---

Phase 7: Deliverables Packaging

7.1 Deliverable Checklist

═══════════════════════════════════════════════════════════════════════════════
📦 DELIVERABLES PACKAGE
═══════════════════════════════════════════════════════════════════════════════

RESEARCH DELIVERABLES:

  □ research-summary-[target]-[date].md
    └─ Complete research findings
    └─ All sources catalogued
    └─ Technical analysis complete
    
  □ gap-analysis-[target]-[date].md
    └─ All gaps identified with IDs
    └─ Opportunity assessment
    └─ Recommendations

ACP CONTEXT DELIVERABLES:

  □ acp-summary-[date].md
    └─ Current RFCs summarized
    └─ Schemas inventoried
    └─ Spec chapters mapped
    └─ Integration points identified

RFC DELIVERABLES:

  □ RFC-XXXX-[title].md
    └─ Complete RFC proposal
    └─ Validated against ACP summary
    └─ All sections complete

───────────────────────────────────────────────────────────────────────────────
QUALITY VERIFICATION:

  □ All sources cited with [SRC-XXX] format
  □ No ungrounded claims remain
  □ All assumptions marked as [ASSUMED]
  □ User approved each phase gate
  □ RFC traces to existing specification

───────────────────────────────────────────────────────────────────────────────
⚠️  Please confirm all deliverables are complete and accurate.
═══════════════════════════════════════════════════════════════════════════════

---

Guardrails Reference

Prohibited Behaviors

Prohibited	Required Instead
Making claims without sources	Cite specific source [SRC-XXX]
Proceeding without confirmation	Wait for explicit user approval at gates
Generating RFC without ACP summary	Create and approve summary first
Assuming target capabilities	Verify with source evidence
Skipping phases	Execute all mandatory gates
Ungrounded RFC proposals	Trace all changes to existing spec

Evidence Grounding Standards

Evidence Type	When to Use	Example
[VERIFIED]	Directly confirmed from primary source	Official docs, source code
[INFERRED]	Logically derived from verified facts	Architectural implications
[ASSUMED]	Reasonable assumption, needs validation	User must confirm
[UNGROUNDED]	Cannot find source	Flag for investigation

Source Confidence Levels

Level	Definition	Usage
HIGH	Official docs, source code, announcements	Core claims
MEDIUM	Blog posts, talks, community discussions	Supporting evidence
LOW	Third-party analyses, speculation	Context only

---

Reference Documents

• RFC Template: See references/rfc-template.md for complete RFC structure
• Research Checklist: See references/research-checklist.md for comprehensive checklist
• ACP Spec Locations:
  • Specification: acp-protocol/acp-spec/spec/
  • RFCs: acp-protocol/acp-spec/rfcs/
  • Schemas: acp-protocol/acp-spec/schemas/

---

Quick Reference

Common Research Targets

Target Type	Key Areas to Investigate
IDE	Extension API, LSP support, agent framework
Protocol	Message format, transport, extension points
AI Tool	Context handling, constraint system, codebase awareness
Framework	Plugin architecture, configuration, integration hooks

Common ACP Integration Points

Integration Point	Relevance
Bootstrap prompts	Minimal context injection
Cache format	Structured codebase metadata
Constraint system	Lock levels and guardrails
Annotation syntax	Self-documenting directives
Query interface	CLI commands for AI access
MCP integration	Dynamic tool connection