organon-file-creation

Generate organon documentation file sets with correct frontmatter and bidirectional references.

Updated Feb 8, 2026
One-click install
npx skills add https://github.com/VledicFranco/organon --skill organon-file-creation
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: organon-file-creation
Source: https://github.com/VledicFranco/organon/tree/main/.claude/skills/organon-file-creation
Command: npx skills add https://github.com/VledicFranco/organon --skill organon-file-creation

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Organon documentation files (ETHOS.md, PHILOSOPHY.md, PROTOCOL.md, README.md) are frequently created ad hoc, leading to inconsistent structure, missing references, and drift from parent scope constraints.

Core Features & Use Cases

  • Generates complete organon file sets placed in the correct directory with correct frontmatter structure.
  • Enforces parent-scope inheritance, ensuring constraints are never relaxed and references are bidirectional.
  • Integrates with existing templates and loading guides to standardize artifact creation.
  • Use cases include adding a new domain, a new feature, or a new scope that requires formal organon documentation.

Quick Start

Run this skill to generate a full organon file set (ETHOS.md, PHILOSOPHY.md, PROTOCOL.md, README.md) with correct frontmatter, placement, and bidirectional references for a new domain, feature, or scope.

Frequently Asked Questions about organon-file-creation

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

FAQPage Schema
How do I generate organon documentation files with correct frontmatter?

You can generate organon documentation with correct frontmatter by running this skill, which automates the creation of ETHOS.md, PHILOSOPHY.md, PROTOCOL.md, and README.md files while enforcing placement and reference integrity.

Why do my organon documentation files drift from parent scope constraints?

Organon documentation files drift from parent scope constraints when created ad hoc without enforcing inheritance. This skill solves the problem by automating validation and ensuring bidirectional references and constraints are never relaxed.

What is the best way to add a new domain to organon documentation?

The best way to add a new domain to organon documentation is to run this skill, which generates a complete file set with standardized templates, protocol mappings, and required toolchain commands for formal scope creation.

Do I need existing templates to create valid organon documentation?

You do not need external templates to create valid organon documentation, because this skill integrates built-in loading guides, validates frontmatter, and enforces reference integrity through defined protocol mappings automatically.

Can I use this workflow to add a new feature scope without breaking references?

You can use this workflow to add a new feature scope without breaking references, as it enforces bidirectional references and parent-scope inheritance to ensure all documentation artifacts remain structurally valid.

What are the limitations of ad hoc organon file creation?

The limitations of ad hoc organon file creation include inconsistent structure, missing references, and drift from parent scope constraints, which this skill resolves through enforced templates, validations, and required toolchain commands.