Secure C and C++ Programming: Identifying Vulnerabilities

Writing C and C++ code requires a deep understanding of how memory and logic can be exploited by malicious actors. Without a security-first mindset, even small errors can lead to critical system failures or data breaches. This course transforms how you read and write code by teaching you to proactively identify fragile patterns and remediate them before they become liabilities. You will move from simply writing functional code to crafting robust, hardened applications that stand up to modern threats. What you'll learn: - Understand fundamental security principles and the mindset of defensive programming - Identify common memory management errors including buffer overflows and dangling pointers - Analyze C and C++ code for logic vulnerabilities and integer overflows - Practice remediation techniques for fragile library functions and legacy codebases - Apply modern C++ features like smart pointers and RAII to enhance memory safety - Implement basic static analysis concepts to catch security flaws early in development The course begins with foundational security terminology and core definitions before moving into the practical analysis of vulnerable code patterns and modern mitigation strategies. You will learn exactly what to look for when auditing code and how to apply industry-standard fixes. This course is designed for beginner developers and students with a basic grasp of C or C++ syntax who want to specialize in secure software development. No prior experience with cybersecurity is required. Start building more secure and dependable software today.