forge-evolution

Extract failure DNA from repeated agent failures to synthesize persona blueprints.

15|4|Updated Dec 24, 2025
One-click install
npx skills add https://github.com/tao3k/xiuxian-artisan-workshop --skill forge-evolution
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: forge-evolution
Source: https://github.com/tao3k/xiuxian-artisan-workshop/tree/main/packages/rust/crates/xiuxian-zhixing/resources/zhixing/skills/forge-evolution
Command: npx skills add https://github.com/tao3k/xiuxian-artisan-workshop --skill forge-evolution

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill automates the transformation of repeated agent failures into actionable persona upgrades, removing manual diagnosis and ad-hoc patching that lead to regressions and inconsistent behaviors.

Core Features & Use Cases

  • Failure DNA Extraction: Evidence-first root-cause analysis and clustering to identify non-negotiable faults.
  • Persona Synthesis: Generate persona YAML frontmatter and deployable Markdown blueprints that address measured capability gaps.
  • Safety & Regression Guarding: Adversarial audits and a final Forge-Guard gate that enforce structural integrity and prevent degeneration.
  • Workflow Integration: Orchestrates a synaptic flow (Grand Auditor → Soul-Forger → Manifestation → Index Refresh) suitable for CI-like agent evolution pipelines.
  • Use Case: Convert repeated task failures from an autonomous agent into a tested, versioned persona upgrade that is audit-ready and incrementally indexed.

Quick Start

Use the forge-evolution skill to analyze failure traces and produce a tested persona blueprint ready for audit and deployment.

Frequently Asked Questions about forge-evolution

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

FAQPage Schema
How do I extract root causes from repeated autonomous agent failures?

To extract root causes from autonomous agent failures, you can perform evidence-first failure DNA analysis and clustering. This identifies non-negotiable faults and measures capability gaps to synthesize improved persona blueprints.

What is the best way to upgrade agent personas from failure traces in a CI workflow?

Upgrading agent personas from failure traces in a CI workflow is best handled by synthesizing persona YAML frontmatter and deployable Markdown blueprints. This process includes adversarial audits and a Forge-Guard gate to prevent regressions.

Can I automate failure triage and persona deployment for autonomous agents?

Yes, you can automate failure triage and persona deployment by orchestrating a synaptic flow. This workflow integrates grand audits, soul-forging, manifestation, and index refresh nodes suitable for iterative capability upgrades.

How does failure DNA extraction prevent regression when evolving agent personas?

Failure DNA extraction prevents regression during persona evolution by applying adversarial audits and a final Forge-Guard gate. This enforces structural integrity and stops degeneration when generating deployable persona YAML blueprints.

Do I need wendao-compatible workflow nodes to use autonomous persona evolution?

Autonomous persona evolution refreshes indexes via wendao-compatible workflow nodes to integrate into CI-like pipelines. This ensures synthesized persona blueprints are properly audited, tested, and incrementally indexed after failure analysis.