auto-skill

Store and recall task-specific experiences in a persistent knowledge base.

Updated Jan 12, 2026
One-click install
npx skills add https://github.com/MING-CHUNLee/Tyla --skill auto-skill-ming-chunlee
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: auto-skill
Source: https://github.com/MING-CHUNLee/Tyla/tree/main/.agents/skills/auto-skill
Command: npx skills add https://github.com/MING-CHUNLee/Tyla --skill auto-skill-ming-chunlee

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes assets (resource) components.

What problem does it solve?

This Skill solves the problem of AI agents forgetting past experiences and user preferences, ensuring that your assistant becomes smarter and more efficient over time by building a persistent, cross-skill memory layer.

Core Features & Use Cases

  • Active Experience Capture: Automatically detects successful task completions and prompts you to save the workflow as a reusable experience.
  • Cross-Skill Memory: Maintains a shared knowledge base that informs other skills about past mistakes, successful parameters, and specific user preferences.
  • Self-Bootstrapping: Automatically enforces global rules across different IDEs to ensure the auto-skill protocol is always active.
  • Use Case: If you frequently use a coding skill, Auto-Skill will remember that you prefer specific error-handling patterns or that a certain library configuration previously caused issues, preventing you from repeating the same debugging process.

Quick Start

Enable the auto-skill system to begin tracking task patterns and building your personalized knowledge base for all future agent interactions.

Frequently Asked Questions about auto-skill

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I maintain persistent memory for AI agents across different sessions?

Persistent memory for AI agents is maintained by indexing successful workflows, user preferences, and troubleshooting patterns in a structured knowledge base. This enables cross-session recall and prevents repeating past debugging processes.

How does cross-skill memory work for agentic CLI environments?

Cross-skill memory in agentic CLI environments operates by maintaining a shared knowledge base that informs different skills about past mistakes, successful parameters, and specific user preferences. It automatically enforces global rules across various IDEs.

Can I automatically capture successful task completions as reusable workflows?

Automatically capturing successful task completions is supported through active experience detection. The system prompts you to save the completed workflow as a reusable experience, building a personalized knowledge base for future agent interactions.

Does the self-evolution protocol support automated rule enforcement across multiple IDEs?

The self-evolution protocol supports automated rule enforcement across multiple IDEs through a self-bootstrapping mechanism. This ensures the auto-skill protocol remains continuously active, enforcing global rules within agentic CLI environments.

What are the limitations of using a shared knowledge base for AI self-evolution?

A limitation of using a shared knowledge base for AI self-evolution is its reliance on detecting successful task completions to prompt experience capture. If a workflow fails or is interrupted, the system may not index the troubleshooting pattern effectively.

What's the best way to prevent AI agents from repeating past debugging mistakes?

The best way to prevent AI agents from repeating debugging mistakes is implementing a self-evolution protocol that indexes troubleshooting patterns and specific user preferences. This cross-session memory layer ensures the assistant recalls previous library configuration issues.