capability-evolver

Analyze runtime logs and memory to generate auditable evolution assets.

523|125|Updated Nov 11, 2025
One-click install
npx skills add https://github.com/anymouschina/TapCanvas --skill capability-evolver-anymouschina
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: capability-evolver
Source: https://github.com/anymouschina/TapCanvas/tree/main/apps/agents-cli/skills/evolver
Command: npx skills add https://github.com/anymouschina/TapCanvas --skill capability-evolver-anymouschina

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) components.

What problem does it solve?

The Capability Evolver analyzes runtime history to identify failures and inefficiencies, then autonomously produces protocol-bound evolution assets for auditable improvements to agent behavior.

Core Features & Use Cases

  • Auto-Log Analysis: scans runtime logs and memory for actionable signals to drive evolution.
  • Self-Repair: proposes patches and records evolution steps in a structured, auditable format.
  • GEP Protocol: uses a standardized Genome Evolution Protocol to ensure auditable, reusable assets across runs.
  • One-Command Evolution: enable continuous self-improvement with a single command while maintaining safety.
  • Asset Reuse & Transport: leverages a centralized asset store and pluggable transports for Genes, Capsules, and EvolutionEvents.

Quick Start

Run node index.js from the skill's root to start the evolution cycle.

Frequently Asked Questions about capability-evolver

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

FAQPage Schema
How do I enable self-improvement for long-running AI agents?

Self-improvement for long-running AI agents is enabled by running a protocol-bound mutation loop that analyzes runtime history and produces structured evolution assets. You can start continuous self-improvement with a single command while maintaining safety gating.

How does AI agent self-repair work with an auditable memory log?

AI agent self-repair works by scanning runtime logs and memory for actionable failure signals, then proposing patches and recording evolution steps in an auditable format. This ensures all behavioral improvements are verifiable across sessions.

What is the Genome Evolution Protocol for reusable agent assets?

The Genome Evolution Protocol (GEP) is a standardized framework that ensures auditable, reusable assets across multiple agent runs. It leverages a centralized store with pluggable transports for Genes, Capsules, and EvolutionEvents.

Can I reuse memory and assets across different AI agent sessions?

Yes, you can reuse memory and assets across different agent sessions. The system applies to long-running workflows that require structured prompts and utilizes a centralized asset store with pluggable transports for reuse.

How do I start an AI agent evolution cycle from the command line?

To start an agent evolution cycle from the command line, run node index.js from the skill's root directory. This initiates the loop to scan logs and autonomously produce protocol-bound evolution assets.

Are AI agent prompt mutations safe and verifiable during automation?

AI agent prompt mutations are safe and verifiable because the system implements safe command gating alongside memory logging. This protocol-bound approach ensures all autonomous improvements to agent behavior are auditable.