SelfModSkill

Analyze performance feedback and propose auditable skill refinements for human review.

Updated Feb 25, 2026
One-click install
npx skills add https://github.com/PixnBits/SeedClaw --skill selfmodskill
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: SelfModSkill
Source: https://github.com/PixnBits/SeedClaw/tree/main/src/skills/evolution/self-modification
Command: npx skills add https://github.com/PixnBits/SeedClaw --skill selfmodskill

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill enables the controlled and auditable self-evolution of AI agent capabilities by analyzing performance feedback and proposing refinements or new skill creations, without granting direct modification access.

Core Features & Use Cases

  • Performance Analysis: Analyzes feedback from other skills (CriticSkill, MemoryReflectionSkill, etc.) or user escalations to identify areas for improvement.
  • Proposal Generation: Suggests modifications to existing skill prompts, system templates, or architectural guidelines, and proposes new skills to fill identified gaps.
  • Controlled Evolution: Ensures all proposed changes are human-reviewed and auditable, maintaining strict security invariants and preventing unintended system degradation.
  • Use Case: After noticing a pattern of repeated safety violations flagged by the CriticSkill, SelfModSkill proposes a revised prompt for the coder skill to strengthen its security guardrails.

Quick Start

Analyze the recent performance feedback and propose any necessary skill prompt refinements.

Frequently Asked Questions about SelfModSkill

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

FAQPage Schema
How do I safely evolve AI skill prompts using performance feedback?

To safely evolve AI skill prompts, analyze performance feedback from agent components to propose refinements. The system strictly enforces security invariants, ensuring all proposed prompt modifications are auditable and require human review before implementation.

What is meta-learning for AI safety and how does it prevent system degradation?

Meta-learning for AI safety is a controlled process where an agent analyzes feedback to propose skill refinements. It prevents system degradation by strictly enforcing security invariants and mandating human review before any proposed architectural or prompt changes are applied.

Can I automate skill creation and prompt engineering without granting the AI direct modification access?

Yes, you can automate skill creation proposals without granting direct modification access. The system analyzes feedback to suggest new skills or prompt refinements, but strictly enforces security invariants by requiring human review before any changes are actioned.

How do I make AI prompt refinements auditable after repeated safety violations?

To make AI prompt refinements auditable after repeated safety violations, analyze the flagged feedback to propose revised prompts. The system ensures all proposed changes to strengthen security guardrails are strictly logged and require human review before activation.

Does self-improvement in AI agents work without unintended system degradation?

Self-improvement in AI agents works safely by analyzing performance feedback to propose skill changes. It prevents unintended system degradation by maintaining strict security invariants and ensuring human review of all architectural guidelines and prompt modifications.

What are the limitations of using proposed architectural guidelines for AI skill evolution?

The primary limitation of using proposed architectural guidelines for AI skill evolution is that changes cannot be applied directly. All proposed modifications must pass human review and strict security invariant checks before implementation, ensuring controlled but non-instantaneous evolution.