Software Security Exploitation: Stack, Heap, and ROP Attacks

Learn how real-world exploits work and how to break modern defenses

Software Security Exploitation: Stack, Heap, and ROP Attacks
Software Security Exploitation: Stack, Heap, and ROP Attacks

Software Security Exploitation: Stack, Heap, and ROP Attacks free download

Learn how real-world exploits work and how to break modern defenses

Learn how real-world software exploits work — and how attackers use them to break into systems, bypass protections, and take control.

In this hands-on course, you’ll go beyond theory and gain the skills to understand, analyze, and craft memory corruption exploits. You'll explore techniques like stack overflows, Return-Oriented Programming (ROP), and heap spraying — all using real C code, modern Linux targets, and guided labs that connect every concept to practice.

We break down complex topics using intuitive explanations, visual examples, and real-world analogies to make advanced exploitation techniques both accessible and actionable.

Whether you're a security researcher, defender, reverse engineer, or developer looking to level up your exploitation skills, investigate the "how" behind critical CVEs, or take your first steps into the security world — this course will equip you with the deep understanding and attacker mindset needed to analyze vulnerabilities and understand how modern mitigations are bypassed.

What You’ll Learn:

  • How attack vectors and chains unfold — and how they map to real-world exploits

  • How ROP chains are constructed from gadgets to bypass NX-bit

  • How to manipulate heap layout and corrupt function pointers

  • The purpose and limitations of modern mitigations like ASLR, NX, canaries, and CFI

  • How stack overflows work and how they’re used to hijack execution

  • How to think like an attacker — and defend like one too

Hands-On Labs Include:

  • Writing and exploiting a classic stack overflow

  • Using GDB and Python to craft real payloads

  • Finding ROP gadgets with ROPgadget and analyzing their purpose

  • Performing heap spraying and overriding function pointers in a custom binary