Master STRIDE Threat Modeling: Hack-Proof Your Apps

About this course

Master STRIDE Threat Modeling: Hack-Proof Your Apps with Case StudiesThis course provides real-world case studies, hands-on threat modeling techniques, and actionable mitigation strategies to secure your applications against modern threats.1. What is STRIDE?In this section, we will explore the STRIDE threat modeling framework, a powerful methodology used to identify and categorize security threats in software systems. STRIDE stands for:· Spoofing – Impersonating a user or system to gain unauthorized access.· Tampering – Unauthorized modification of data or code.· Repudiation – Denying an action while avoiding accountability.· Information Disclosure – Unintended exposure of sensitive data.· Denial of Service (DoS) – Disrupting service availability for legitimate users.· Elevation of Privilege – Gaining higher-level permissions illegally.You will learn how these threats manifest, their impact on systems, and foundational strategies to mitigate them.2. Key Steps in Threat ModelingThreat modeling is a structured approach to identifying and mitigating security risks. In this module, we will break down the four key steps of effective threat modeling:1. Understand the System – Mapping architecture, data flows, and trust boundaries.2. Identify Potential Threats – Using frameworks like STRIDE to uncover vulnerabilities.3. Assess and Prioritize Risks – Evaluating threat severity and likelihood.4. Implement Countermeasures – Designing security controls to mitigate risks.By the end, you will be able to systematically analyze threats and apply risk-based security measures.Case Study 01 - Spoofing Attack Vi