Modeling Threats in a Modern Age

As you plan your experience in threat modeling and its importance in cybersecurity, this course is intended to build advanced skills that professionals can use to protect systems in an evolving cyber risk landscape while examining the details of attack trees, continuous threat modeling, Threagile, and cloud threat modeling. We aim to deliver a complete understanding of these important topics.
Whether translating the visual representation of attack trees onto the mixed-methods of continuous threat modeling to embed it into your CI/CD pipelines, or to provide practical implementation nuggets, this course has you covered with practical examples and demonstrations. You will also be trained to interact with Threagile's YAML files, set up automated detection of threats, and create a mitigation strategy tailored to effectively alleviate risk as it evolves.
In addition to the unique challenges of securing cloud environments and diving into details around identity management, configuration security, and responsibility sharing, we will look at the Cloud Security Alliance's innovative threat modeling cards to visually consider threats, vulnerabilities, and controls associated with using systems based in the Cloud. In this expansive journey, participants will achieve a comprehensive understanding of threat modeling strategies to integrate security proactively into development life cycles. Leverage collaborative methods and industry best practices to build a secure system against evolving cyber threats.
Enhance your security skillset and protect future systems with confidence by attending this comprehensive threat modeling class.
You will learn about:
1. Advanced Understanding: A comprehensive understanding of attack trees, continuous threat modeling, Threagile, and cloud threat modeling that enables them to manage complex threat landscapes.
2. Practical Application: Hands-on experience in translating an attack tree's graphical representation, embedding continuous threat modeling into CI/CD pipelines, interacting with Threagile's YAML, and automating threat detection.
3. Customized Strategies: The capability to create customized mitigation strategies for a dynamic risk environment, ensuring systems are built to keep up with evolving threats.
4. And much more!