Research Skill
Quick Ref: Deep codebase exploration with multi-angle analysis. Output:
.agents/research/*.md
YOU MUST EXECUTE THIS WORKFLOW. Do not just describe it.
Execution Steps
Given /research <topic>:
Step 1: Create Output Directory
mkdir -p .agents/research
Step 2: Check Prior Art
First, search and inject existing knowledge (if ao available):
# Search knowledge base for relevant learnings, patterns, and prior research ao search "<topic>" 2>/dev/null || echo "ao not available, skipping knowledge search" # Inject relevant context into this session ao inject "<topic>" 2>/dev/null || echo "ao not available, skipping knowledge injection"
Review ao search results: If ao returns relevant learnings or patterns, incorporate them into your research strategy. Look for:
- •Prior research on this topic or related topics
- •Known patterns or anti-patterns
- •Lessons learned from similar investigations
Search local research artifacts:
ls -la .agents/research/ 2>/dev/null | grep -i "<topic>" || echo "No prior research found"
Also use Grep to search .agents/ for related content. Check TEMPERED learnings:
ls -la .agents/learnings/ .agents/patterns/ 2>/dev/null | head -10
Step 3: Launch Explore Agent
YOU MUST USE THE TASK TOOL NOW. Call it with these exact parameters:
Tool: Task
Parameters:
subagent_type: "Explore"
description: "Research: <topic>"
prompt: |
Thoroughly investigate: <topic>
Search strategy:
1. Glob for relevant files (*.md, *.py, *.ts, *.go, etc.)
2. Grep for keywords related to <topic>
3. Read key files and understand the architecture
4. Check docs/ and .agents/ for existing documentation
Return a detailed report with:
- Key files found (with paths)
- How the system works
- Important patterns or conventions
- Any issues or concerns
Cite specific file:line references for all claims.
Step 4: Validate Research Quality (Optional)
For thorough research, perform quality validation:
4a. Coverage Validation
Check: Did we look everywhere we should? Any unexplored areas?
- •List directories/files explored
- •Identify gaps in coverage
- •Note areas that need deeper investigation
4b. Depth Validation
Check: Do we UNDERSTAND the critical parts? HOW and WHY, not just WHAT?
- •Rate depth (0-4) for each critical area
- •Flag areas with shallow understanding
- •Identify what needs more investigation
4c. Gap Identification
Check: What DON'T we know that we SHOULD know?
- •List critical gaps
- •Prioritize what must be filled before proceeding
- •Note what can be deferred
4d. Assumption Challenge
Check: What assumptions are we building on? Are they verified?
- •List assumptions made
- •Flag high-risk unverified assumptions
- •Note what needs verification
Step 5: Synthesize Findings
After the Explore agent and validation swarm return, write findings to:
.agents/research/YYYY-MM-DD-<topic-slug>.md
Use this format:
# Research: <Topic> **Date:** YYYY-MM-DD **Scope:** <what was investigated> ## Summary <2-3 sentence overview> ## Key Files | File | Purpose | |------|---------| | path/to/file.py | Description | ## Findings <detailed findings with file:line citations> ## Recommendations <next steps or actions>
Step 6: Request Human Approval (Gate 1)
USE AskUserQuestion tool:
Tool: AskUserQuestion
Parameters:
questions:
- question: "Research complete. Approve to proceed to planning?"
header: "Gate 1"
options:
- label: "Approve"
description: "Research is sufficient, proceed to /plan"
- label: "Revise"
description: "Need deeper research on specific areas"
- label: "Abandon"
description: "Stop this line of investigation"
multiSelect: false
Wait for approval before reporting completion.
Step 7: Report to User
Tell the user:
- •What you found
- •Where the research doc is saved
- •Gate 1 approval status
- •Next step:
/planto create implementation plan
Key Rules
- •Actually dispatch the Explore agent - don't just describe doing it
- •Scope searches - use the topic to narrow file patterns
- •Cite evidence - every claim needs
file:line - •Write output - research must produce a
.agents/research/artifact
Thoroughness Levels
Include in your Explore agent prompt:
- •"quick" - for simple questions
- •"medium" - for feature exploration
- •"very thorough" - for architecture/cross-cutting concerns