Unleashing Chaos with Stack and Heap Overflows | Karoly Nyisztor's

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Secure Coding in C/C++

Introduction to Secure Programming

A Turbulent Tale: System Crash at 30,000 Feet (2:58)
What You Should Know (1:53)

Balancing Freedom and Responsibility

The Hazards of Manual Memory Management (2:58)
Pointer Pitfalls (3:15)
The Double-Edged Sword: Low-Level System Access (2:22)
Risky Type Conversions (3:43)
Library Landmines: Dangerous Functions (1:57)
Tread with Caution: Legacy Code (2:39)

Common Security Flaws in C and C++ Programming

Unleashing Chaos with Stack and Heap Overflows (5:17)
Overstepping Limits: Integer Overflows (1:40)
Uncontrolled Format Strings: When Small Mistakes Cause Big Problems (3:43)
The Dangers of Improper Error Handling (4:00)
When Code Collides: Race Conditions (3:42)

Principles of Secure C and C++ Programming

Minimizing Attack Surface Area (3:43)
Principle of Least Privilege (5:41)
Fail-safe Defaults (3:06)
Defense in Depth (3:45)

Secure Memory Management in C and C++

C Memory Management (2:55)
C Memory Management Mistakes - Part 1 (4:42)
C Memory Management Mistakes - Part 2 (2:57)
Beyond the Basics: Subtle C Memory Management Errors (4:18)
C++ Memory Management: new and delete (2:24)
C++ Memory Management:  Initialization and Placement new (1:43)
C++ Memory Management: Error Handling (2:56)
Smart Pointers: Safer Memory Management in C++ (5:03)

Conclusion

Where to Go from Here? (1:51)
[Bonus] Secure Coding in C/C++: Your Quick Reference Guide

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Unleashing Chaos with Stack and Heap Overflows

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