One-click install
npx skills add https://github.com/Icebane84/Synarche_Workshop --skill reforge-icebane84
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: reforge
Source: https://github.com/Icebane84/Synarche_Workshop/tree/main/.agent/skills/reforge
Command: npx skills add https://github.com/Icebane84/Synarche_Workshop --skill reforge-icebane84

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Reforging prevents inconsistent or outdated artifact headers from breaking discovery, governance indexing, and protocol compliance across the v13.0 ecosystem.

Core Features & Use Cases

  • v13.0 Header Canonicalization: Rewrites an artifact’s UIP header (artifact id, official name, version, domain, evolution, status, and relations) to v13.0 compliance.
  • Automatic Domain Inference: Infers the target domain from the filepath (e.g., governance/logs/philosophy/creative cues) and normalizes it to allowed v13.0 domains.
  • Reusable Bulk Tooling Pattern: Supports deterministic reprocessing of documentation or protocol artifacts so teams can standardize large collections consistently (e.g., updating older protocol/blueprint docs before indexing).

Quick Start

Tell the AI to reforge artifacts to v13.0 by running the reforge_artifact tool on the target file you want standardized.

Frequently Asked Questions about reforge

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

FAQPage Schema
How do I standardize artifact headers to Phoenix Protocol v13.0?

To standardize artifact headers to Phoenix Protocol v13.0, run the reforge_artifact tool on your target file. It reads the existing file, extracts current UIP fields, and rewrites it in place with a compliant v13.0 header containing integrity and provenance defaults.

What does metadata rewriting for v13.0 protocol compliance actually do?

Metadata rewriting for v13.0 protocol compliance updates artifact headers with canonical UIP metadata, including artifact id, official name, version, domain, evolution, status, and relations. This ensures consistent governance indexing and discovery across the v13.0 workspace.

Can I infer artifact domains automatically from filepaths during v13.0 refactoring?

Yes, v13.0 refactoring supports automatic domain inference from filepaths. It reads directory cues like governance, logs, philosophy, or creative, and normalizes the inferred domain into the allowed v13.0 domains during the header rewriting process.

What is the best way to normalize metadata for bulk documentation collections?

The best way to normalize metadata for bulk documentation collections is using the reusable bulk tooling pattern. This supports deterministic reprocessing of documentation or protocol artifacts, allowing teams to standardize large collections consistently before indexing.

Do I need existing UIP fields in a file to reforge it to v13.0?

You do not need existing UIP fields to reforge a file to v13.0. The tool reads the existing artifact file, extracts any current UIP fields if present, and generates a fully compliant v13.0 header with default integrity and provenance metadata.

Why does inconsistent artifact metadata break governance indexing?

Inconsistent artifact metadata breaks governance indexing because outdated or non-canonical headers prevent proper discovery and protocol compliance across the v13.0 ecosystem. Reforging standardizes these headers to ensure deterministic indexing and consistent workspace governance.