stride-analysis-patterns

STRIDE Analysis Patterns — Systematic Threat Identification Skill

Skill Overview

STRIDE Analysis Patterns is an AI skill that applies the STRIDE methodology for systematic threat identification. It helps teams accurately identify potential security threats during threat modeling sessions, system security analysis, and the creation of security documentation.

Applicable Scenarios

Starting a New Threat Modeling Session

When starting a new project or system design, use this skill to systematically identify threat types such as Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, and Elevation of Privilege.

Analyzing Existing System Architecture

When reviewing the current system architecture, apply the STRIDE methodology to assess security risks across components, identify potential vulnerabilities and attack surfaces, and provide a basis for security improvements.

Creating Threat Documentation

During security documentation, compliance audit preparation, or team training, use this skill to generate structured threat analysis reports and actionable security recommendations.

Core Features

Systematic Threat Identification

Based on the six threat categories of the STRIDE methodology, it provides a complete threat identification framework to ensure coverage of all major threat types and avoid missing critical risk points.

Scenario-Based Security Analysis

According to the specific system architecture and use cases, it delivers targeted threat analysis, including security assessment of key areas such as network communications, identity authentication, and data storage.

Actionable Threat Documentation

Generates structured documentation that includes threat descriptions, impact assessments, and mitigation measures—supporting secure design decisions and compliance audit needs.

Common Questions

What threat types does the STRIDE methodology include?

STRIDE is a threat modeling methodology developed by Microsoft. It includes six threat categories: Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, and Elevation of Privilege. Each category corresponds to different security risks and protective strategies.

When should threat modeling be performed in a project?

Threat modeling is best done early in the system design phase, when the cost of modifying the architecture is lowest. It is recommended to start threat modeling during requirements analysis and architecture design, and to keep it updated throughout system iterations. For existing systems, add threat analysis before security reviews, compliance assessments, or major updates.

Who is this skill suitable for?

STRIDE Analysis Patterns is suitable for security engineers, system architects, developers, and security auditors. Whether you are just learning threat modeling or need to quickly analyze an existing system, this skill can provide a structured threat identification approach and practical security recommendations.