Threat Modeling using STRIDE masterclass - 2026

Explore how cybersecurity risk management forms the foundation for threat modeling, guiding asset identification, threats, vulnerabilities, likelihood, and impact to prioritize controls and risk-based decisions.

Threat modeling identifies and prioritizes threats to a system using diagrams, brainstorming, and attacker perspectives to secure your systems. Collaborate with IT teams and use simple diagrams.

Learn to build a threat model for a hotel booking app by combining application diagram with a STRIDE-based threats model, identifying assets, dependencies, entry and exit points, and trust boundaries.

Adopt threat categorization using STRIDE to identify and rank threats. Explore threat listing, threat trees, and practical banking app examples like cross-site scripting and SQL injection.

This lesson explains applying STRIDE threat categorization to identify mitigations for threats, choose countermeasures like web application firewalls and code reviews, and integrate threat modeling with risk management and QA.

Explore threat modeling with a case study of a mobile banking app migrating to microservices, identifying assets, entry points, trust boundaries, and mitigating threats.

Explore how to use stride to identify threats such as spoofing, tampering, information disclosure, and denial of service in a case study.

This case study guides you through completing a threat model with STRIDE, identifying threats and applying countermeasures and risk mitigation, including zero trust and client and server checks.

Apply threat modeling with STRIDE to a cloud based social app, decompose the architecture, identify assets and threats, and define countermeasures and risk mitigation through a four step process.

Leverage a whiteboard culture and virtual whiteboarding for collaborative threat modeling using STRIDE, while exploring tools like Microsoft SQL threat modeling and even ChatGPT to list risks and countermeasures.

Explore using ChatGPT to generate threat models with stride, creating an initial list of threats for cybersecurity projects, while emphasizing human analytics and caution against copy-paste.

Threat model ai systems using stride, recognizing ai-specific attacks such as data poisoning, prompt injection, and model evasion. Use the Mitre Atlas framework to map risks and apply mitigations.

Explore threat modeling with the free OWASP Threat Dragon, building STRIDE-based threat models and diagrams with actors, data flows, and trust boundaries.

Accelerate threat modeling with generative AI by using the free thread designer to extract assets, data flows, and threats from architecture diagrams, generating a practical threat model and downloadable documentation.

Select a threat modeling methodology such as stride, secure management buy-in, and weave threat modeling into design with policy gates and team involvement; it complements code reviews and penetration testing.

Advance your threat modeling skills with STRIDE by applying system threat models and examples, recognizing it as an underrated, accessible tool that strengthens cybersecurity posture as a team.