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tinkermonkey
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LAYER_03_SECURITY

Create and validate YAML-based security models for Documentation Robotics.

Updated Nov 23, 2025
Search Tags:#RBAC#threat-modeling#ABAC#data-classification#security-modeling#STS-ml
One-click install
npx skills add https://github.com/tinkermonkey/documentation_robotics_viewer --skill layer-03-security
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: LAYER_03_SECURITY
Source: https://github.com/tinkermonkey/documentation_robotics_viewer/tree/main/.claude/skills/dr_03_security_layer
Command: npx skills add https://github.com/tinkermonkey/documentation_robotics_viewer --skill layer-03-security

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

The Skill provides a comprehensive framework for Security Layer modeling within Documentation Robotics, enabling teams to define authentication, authorization, data classification, and policy enforcement in a unified model.

Core Features & Use Cases

  • Authentication & Authorization modeling (RBAC, ABAC) across resources and operations
  • STS-ml inspired goal-oriented security, information flow rights, delegation, and social dependencies
  • Threat modeling, security patterns (Separation of Duty, Binding of Duty, Need-To-Know), and accountability
  • Cross-layer references and containment-based relationships to connect motivation, business, application, and API layers

Quick Start

Create a new security model named "application-security", then add actors, resources, policies, and references to motivation goals and threats, followed by validation.

Frequently Asked Questions about LAYER_03_SECURITY

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

FAQPage Schema
How do I model RBAC and ABAC authorization policies in a unified security model?▼

You can model RBAC and ABAC authorization by defining actors, resources, and operations within a YAML-based security specification, enforcing policies through documented validation and auditing workflows.

What is STS-ml goal-oriented security modeling for threat modeling?▼

STS-ml goal-oriented security modeling defines information flow rights, delegation, and social dependencies across motivation, business, and application layers to structure threat modeling and accountability.

How do I create a security layer model for authentication and data classification?▼

To create a security layer model, define authentication and data classification rules in a YAML specification, then add containment relationships to connect motivation goals, threats, and application resources.

Can I enforce Separation of Duty and Need-To-Know security patterns using YAML?▼

Yes, you can enforce security patterns like Separation of Duty, Binding of Duty, and Need-To-Know by specifying policy rules and accountability constraints within the YAML-based security model.

Does this security modeling approach support cross-layer references for application and business layers?▼

Yes, the security modeling approach supports cross-layer references and containment-based relationships, connecting motivation, business, application, and API layers to ensure comprehensive policy enforcement.

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