---

name: research-after-failure description: Use after 2 consecutive failed attempts at solving a problem - STOP guessing and research documentation, codebase, and online resources before resuming allowed-tools:

• Read
• Grep
• Glob
• WebFetch
• WebSearch model: opus

---

Research After Failure

Overview

After 2 failed attempts, stop and research. Don't keep trying the same thing.

Core principle: Insanity is doing the same thing and expecting different results.

Trigger: Two consecutive failed attempts at solving a problem.

Announce at start: "I've failed twice. I'm stopping to research before trying again."

The Rule

Attempt 1: Try solution
            │
            ▼
         Failed?
            │
     ┌──────┴──────┐
     │             │
    Yes           No → Done
     │
     ▼
Attempt 2: Try different approach
            │
            ▼
         Failed?
            │
     ┌──────┴──────┐
     │             │
    Yes           No → Done
     │
     ▼
    STOP
     │
     ▼
  RESEARCH ← You are here
     │
     ▼
Attempt 3: Try with new knowledge

What Counts as a Failure

Failure	Not a Failure
Tests don't pass	Minor syntax error fixed
Build breaks	Typo corrected
Feature doesn't work	IDE autocomplete issue
Same error recurs	Different error (progress)
No progress made	Partial progress

The Research Protocol

Step 1: Document the Failures

Before researching, document what was tried:

## Failed Attempts

### Attempt 1
**Approach:** [What was tried]
**Result:** [What happened]
**Error:** [Error message if any]

### Attempt 2
**Approach:** [What was tried]
**Result:** [What happened]
**Error:** [Error message if any]

### Pattern
[What do these failures have in common?]

Step 2: Research Repository Documentation

# Check README
cat README.md

# Check docs directory
ls -la docs/
cat docs/[relevant-topic].md

# Check CONTRIBUTING
cat CONTRIBUTING.md

# Search for relevant docs
grep -r "[keyword]" docs/

Questions to answer:

• Is there documented guidance for this?
• Are there examples of similar work?
• Are there known issues or limitations?

Step 3: Research Existing Codebase

# Find similar patterns
grep -r "[pattern]" src/

# Find how others solved similar problems
git log --all --oneline --grep="[keyword]"

# Look at test files for usage examples
grep -r "[function/class]" **/*.test.ts

Questions to answer:

• How does existing code handle this?
• What patterns are established?
• Are there utility functions I'm missing?

Step 4: Research Online

Use web search for:

1. Error messages - Exact error text
2. Library documentation - Official docs
3. Stack Overflow - Similar problems
4. GitHub Issues - Known bugs

Search queries to try:
- "[exact error message]"
- "[library name] [problem description]"
- "[framework] [what you're trying to do]"

Step 5: Synthesize Findings

## Research Findings

### From Repository Docs
- [Finding 1]
- [Finding 2]

### From Codebase
- [Pattern found]
- [Example found]

### From Online
- [Solution found]
- [Workaround found]

### New Approach
Based on research, the new approach is:
1. [Step 1]
2. [Step 2]
3. [Step 3]

Step 6: Update Issue

Post research findings to the issue:

gh issue comment [ISSUE_NUMBER] --body "## Research After Failed Attempts

### What Was Tried
1. [Attempt 1]
2. [Attempt 2]

### Research Findings
[Summary of findings]

### New Approach
[How this will be solved now]
"

Step 7: Resume with New Knowledge

Apply findings to the next attempt.

If third attempt also fails → Consider escalating to human.

When to Escalate

After research + third attempt, if still failing:

## Escalation: Need Human Input

**Issue:** #[NUMBER]

**Attempted:**
1. [Approach 1] - [Result]
2. [Approach 2] - [Result]
3. [Approach 3 after research] - [Result]

**Researched:**
- [Sources checked]
- [Findings]

**Current Understanding:**
[What we know now]

**Blocking Question:**
[Specific question that needs human insight]

Mark issue as Blocked and await response.

Research Anti-Patterns

Anti-Pattern	Correct Approach
Keep trying same thing	Stop and research
Research indefinitely	Time-box to 15-30 min
Ignore error messages	Search exact error text
Skip local docs	Check README first
Guess at solutions	Understand problem first

What to Research First

Priority order:

1. Error message - Often contains the answer
2. Local documentation - Project-specific guidance
3. Existing code - Established patterns
4. Library docs - Official guidance
5. Online search - Community solutions

Time Boxing

Research should be focused:

Resource	Time Limit
Local docs	5 minutes
Codebase search	10 minutes
Online search	15 minutes
Total research	30 minutes max

After 30 minutes without breakthrough → Escalate.

Checklist

When triggered by 2 failures:

• Document what failed and why
• Check repository documentation
• Search existing codebase
• Search online resources
• Synthesize findings
• Update issue with research
• Formulate new approach
• If still failing, escalate

Integration

This skill is triggered by:

• issue-driven-development - Step 8 (verification loop)

This skill calls:

• issue-lifecycle - Post research findings
• memory-integration - Store findings for future reference