/install keenlycat-self-improving-agent
Self-Improving Agent
Overview
This skill enables OpenClaw to continuously improve by capturing learnings from:
- Failed operations and errors
- User corrections and feedback
- Successful complex task completions
- Periodic review and consolidation
When to Use
- Error Recovery: When a command or operation fails unexpectedly
- User Correction: When the user corrects the agent's behavior or output
- Success Capture: After completing a complex task successfully
- Learning Review: Periodic review of past learnings to consolidate knowledge
Core Workflow
1. Capture Learning
When something noteworthy happens:
Type: error | correction | success | insight
Context: What was being attempted
Issue: What went wrong (for errors)
Correction: What should be done differently
Lesson: Generalizable takeaway
Tags: Relevant topics/skills
2. Store Learning
Learnings are stored in memory/learnings.jsonl with:
- Timestamp
- Type and severity
- Full context and details
- Tags for searchability
3. Retrieve Relevant Learnings
Before starting a task, search past learnings:
- Match by task type
- Match by tags
- Match by error patterns
4. Apply Learnings
Use retrieved learnings to:
- Avoid past mistakes
- Apply successful patterns
- Adjust approach based on corrections
Memory Structure
Learnings are stored in JSONL format:
{
"timestamp": "2026-03-06T10:30:00Z",
"type": "error",
"severity": "high",
"context": "Installing npm package globally",
"issue": "Permission denied without sudo",
"correction": "Use sudo for global installs or configure npm prefix",
"lesson": "Always check if operation requires elevated privileges",
"tags": ["npm", "permissions", "installation"],
"taskSlug": "npm-global-install"
}
Learning Types
| Type | When to Use | Example |
|---|---|---|
| error | Operation failed | Command returned non-zero exit code |
| correction | User corrected behavior | "Don't use rm, use trash instead" |
| success | Complex task completed | Successfully deployed to production |
| insight | Discovered optimization | "This API is faster than alternatives" |
Severity Levels
- critical: System-breaking errors, data loss risk
- high: Task-blocking errors, significant issues
- medium: Minor issues, workarounds available
- low: Optimization opportunities, nice-to-know
Commands
Capture a Learning
# Manual capture (for user corrections)
openclaw memory add-learning --type correction --context "..." --lesson "..."
Search Learnings
# Search by keyword
openclaw memory search-learnings "npm permissions"
# Search by tag
openclaw memory search-learnings --tag npm
# Search by type
openclaw memory search-learnings --type error
Review Learnings
# Review recent learnings
openclaw memory review-learnings --days 7
# Review by category
openclaw memory review-learnings --tag deployment
Best Practices
- Capture Immediately: Record learnings while context is fresh
- Be Specific: Include full error messages and exact commands
- Generalize Lessons: Extract principles that apply beyond this instance
- Tag Thoughtfully: Use consistent tags for easy retrieval
- Review Regularly: Weekly review helps consolidate knowledge
- Avoid Duplicates: Check existing learnings before adding new ones
Integration Points
- Error Handlers: Automatically capture command failures
- User Feedback: Listen for correction patterns in conversation
- Task Completion: Prompt for learning capture after complex tasks
- Heartbeat: Include learning review in periodic checks
Example Scenarios
Scenario 1: Command Failure
Context: Running `npm install -g package`
Issue: EACCES permission error
Correction: Run with sudo or configure npm prefix
Lesson: Check if global install requires elevated privileges
Tags: npm, permissions, installation
Scenario 2: User Correction
Context: Suggested using `rm -rf` for cleanup
Correction: User prefers `trash` for safety
Lesson: Default to safe, reversible operations
Tags: safety, file-operations, user-preference
Scenario 3: Success Pattern
Context: Deploying to VPS via SSH
Success: Used rsync with specific flags for reliability
Lesson: rsync -avz --delete is reliable for deployments
Tags: deployment, ssh, rsync, success
Safety Rules
- Never store sensitive data (passwords, API keys, tokens)
- Sanitize error messages that might contain secrets
- Require user approval before storing corrections
- Allow users to delete or edit learnings
- Respect user privacy preferences
- Make sure OpenClaw is installed (local or Docker)
- Run the install command in chat:
/install keenlycat-self-improving-agent - After installation, invoke the skill by name or use
/keenlycat-self-improving-agent - Provide required inputs per the skill's parameter spec and get structured output
What is Keenlycat Self Improving Agent?
Continuously captures and applies learnings from errors, user corrections, successful tasks, and periodic reviews to improve agent performance. It is an AI Agent Skill for Claude Code / OpenClaw, with 273 downloads so far.
How do I install Keenlycat Self Improving Agent?
Run "/install keenlycat-self-improving-agent" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.
Is Keenlycat Self Improving Agent free?
Yes, Keenlycat Self Improving Agent is completely free (open-source). You can download, install and use it at no cost.
Which platforms does Keenlycat Self Improving Agent support?
Keenlycat Self Improving Agent is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).
Who created Keenlycat Self Improving Agent?
It is built and maintained by keenlycat (@keenlycat); the current version is v1.0.1.