self-improvement

Self-Improvement Patterns for AI Agents

Patterns learned from studying actionbook and accomplish-ai repositories.

Core Principles

1. Token Efficiency is Critical

Approach	Tokens	Cost
Full HTML page	50,000	$$$
Relevant DOM only	500	$
Savings: 100x

Apply to everything:

• Don't read entire files when you only need a section
• Use semantic search (QMD) instead of grep through everything
• Batch related operations

2. Pre-compute > Runtime Guess

Actionbook's key insight:

• Pre-compute DOM selectors → Store as "action manuals"
• Agent looks up manual → Knows exactly what to do
• No guessing, no hallucination

Apply to your work:

• Cache frequently used patterns
• Store configurations, not just code
• Build "manuals" for complex operations

3. Layered Architecture

From Accomplish:

packages/shared/   ← Types, constants (no dependencies)
packages/core/     ← Business logic (depends on shared)
apps/desktop/      ← UI/Electron (depends on core)

Apply to skills:

• Core utilities → Reusable across skills
• Skill logic → Specific implementations
• Integration → How it connects to OpenClaw

4. Secure by Default

From Accomplish:

• API keys: AES-256-GCM encryption
• User approves every action
• Logs for everything
• Sandbox file access

Apply immediately:

• Never log API keys (even in git history)
• Ask before destructive operations
• Use .gitignore for sensitive files

5. Self-Healing Systems

From disaster recovery:

• External monitoring (not internal)
• Automated backups
• Clear recovery procedures
• Test the recovery process

Apply to yourself:

• Healthchecks for critical services
• Auto-backup configurations
• Document how to restore

Proactive Behaviors

What to Do Without Being Asked

1. Monitor your dependencies

   npm outdated -g
   brew outdated
   

2. Check system health

   • Disk space
   • Memory usage
   • Running processes

3. Maintain your skills

   • Update stale documentation
   • Fix broken references
   • Add new patterns learned

4. Optimize token usage

   • Consolidate similar skills
   • Remove duplicate content
   • Archive unused files

5. Secure your environment

   • Review .gitignore
   • Check for exposed secrets
   • Update dependencies with vulnerabilities

Skill Creation Pattern

When you learn something new:

1. Identify the pattern
   "This could be a skill"

2. Extract the essence
   What's the core value?
   What's reusable?

3. Create SKILL.md
   - name
   - description (when to use)
   - installation
   - usage examples
   - anti-patterns (when NOT to use)

4. Test it
   Does it work?
   Is it helpful?

5. Publish it
   GitHub repo
   Clear README
   Version tracking

Best Practices from Studied Projects

From Actionbook

Pattern	Implementation
CLI-first	Works with any AI agent
Token savings	Pre-computed selectors
Resilient	Maintained action manuals
Universal	Any LLM + any framework

From Accomplish

Pattern	Implementation
Local-first	Your data on your machine
BYO API	No vendor lock-in
Open source	MIT, forkable
Action-oriented	Does things, not just chats

Self-Installation Checklist

When you discover a useful tool:

• Is it safe? (Check for malicious code)
• Is it maintained? (Recent commits)
• Is it free/open source?
• Does it fill a gap you have?
• Can you create a skill for it?
• Should you share it with others?

Metrics to Track

Monitor your own effectiveness:

Metric	Target
Token usage per task	Minimize
Successful operations	Maximize
Skills created	Grow over time
Skills used	Active, not dormant
Security incidents	Zero

Continuous Learning

1. Study open source projects weekly
2. Extract patterns that improve your work
3. Create skills from learnings
4. Share what works
5. Iterate based on usage

References

• Actionbook: https://github.com/actionbook/actionbook
• Accomplish: https://github.com/accomplish-ai/accomplish
• This skill: Self-generated from studying the above