How are risk scores calculated in this skill?

The skill utilizes a risk matrix that multiplies Impact by Likelihood to generate a score, helping teams categorize threats from Low to Critical for better prioritization.

What is the STRIDE methodology?

STRIDE is a threat modeling framework developed by Microsoft for identifying computer security threats across six categories: Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, and Elevation of Privilege.

Does this skill provide code for automated analysis?

Yes, it includes a Python-based STRIDE analyzer template that can be used to programmatically define assets, track threats, and generate risk reports.

How does this skill assist in security audits?

It provides standardized templates and a systematic matrix for documenting assets, trust boundaries, and threats, ensuring that security audits are thorough, consistent, and easy to review.

Can I use this skill for existing legacy systems?

Yes, the skill is designed to analyze both new architectures and existing systems to identify overlooked vulnerabilities and prioritize remediation efforts.

STRIDE Security Analysis Patterns

Name: STRIDE Security Analysis Patterns
Author: 3commas-io

by3commas-io

Seguridad y Pruebas

Systematically identifies security threats and designs mitigations using the industry-standard STRIDE methodology.

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This skill empowers developers and security engineers to conduct comprehensive threat modeling sessions by providing structured patterns based on the STRIDE framework. It facilitates the identification of vulnerabilities across authentication, integrity, and availability domains, offering ready-to-use templates for documentation and automated analysis. Whether you are architecting a new system or auditing existing infrastructure, this skill ensures a disciplined approach to security by design, helping teams prioritize risks, calculate risk scores, and implement effective defensive controls.

Características Principales

Categorized mitigation strategies for every identified threat type
0 GitHub stars
Structured STRIDE categorization for comprehensive threat coverage
Python-based automated analysis and reporting helpers
Quantitative risk assessment matrix for prioritizing security fixes
Standardized Markdown templates for professional threat model documentation

Casos de Uso

Training engineering teams on systematic vulnerability identification and mitigation
Creating detailed security documentation for compliance and audit preparation
Conducting threat modeling sessions during the system architecture phase

Acerca de

Características Principales

Categorized mitigation strategies for every identified threat type
0 GitHub stars
Structured STRIDE categorization for comprehensive threat coverage
Python-based automated analysis and reporting helpers
Quantitative risk assessment matrix for prioritizing security fixes
Standardized Markdown templates for professional threat model documentation

Casos de Uso

Training engineering teams on systematic vulnerability identification and mitigation
Creating detailed security documentation for compliance and audit preparation
Conducting threat modeling sessions during the system architecture phase