Exploit Development

Exploit Development Mastery Roadmap

This detailed roadmap will take you from beginner to expert in Exploit Development, covering binary exploitation, buffer overflows, return-oriented programming (ROP), heap exploitation, shellcoding, and advanced techniques.


Phase 1: Fundamentals of Exploit Development

Understanding Vulnerabilities

  • What is an Exploit? (Zero-Day, 1-Day, N-Day)

  • Common Vulnerability Types (Buffer Overflow, Use-After-Free, Integer Overflow, Format String)

  • Software Security Models (ASLR, DEP, Stack Canaries, NX)

Setting Up an Exploit Development Lab

  • Virtual Machines (Kali Linux, Ubuntu, Windows)

  • Debuggers & Disassemblers (GDB, WinDbg, IDA Pro, Ghidra, Radare2)

  • Exploit Development Tools (Pwntools, ROPgadget, Immunity Debugger)

📌 Mini Projects:

  • Set Up an Exploitation Lab with All Necessary Tools

  • Analyze a Simple Buffer Overflow Crash


Phase 2: Stack-Based Buffer Overflow Exploitation

Understanding Buffer Overflows

  • Stack Memory & Function Calls

  • How Buffer Overflows Work (EIP Control, Overwriting Return Addresses)

  • Identifying Vulnerable Code

Exploiting Stack Overflows

  • Finding the Offset (Pattern Matching, cyclic in Pwntools)

  • Overwriting EIP & Redirecting Execution

  • Bypassing Stack Canaries & ASLR

📌 Mini Projects:

  • Write a Simple Stack Overflow Exploit (Linux & Windows)

  • Bypass Stack Canaries & Gain Code Execution


Phase 3: Return-Oriented Programming (ROP) & Shellcoding

Return-Oriented Programming (ROP) Basics

  • What is ROP? Bypassing DEP & NX

  • Finding ROP Gadgets (ROPgadget, ROPper)

  • Crafting a ROP Chain (Executing System Calls)

Writing Custom Shellcode

  • Introduction to Shellcoding

  • Generating Shellcode with msfvenom

  • Writing & Encoding Custom Shellcode (NOP Sled, XOR Encoding)

📌 Mini Projects:

  • Create a ROP Exploit to Bypass NX & Execute Shellcode

  • Write a Custom Shellcode & Inject it into an Exploit


Phase 4: Heap Exploitation & Advanced Techniques

Heap Exploitation Basics

  • How Heap Allocators Work (glibc malloc, Windows Heap)

  • Heap Overflow & Use-After-Free (UAF) Vulnerabilities

  • Exploiting Heap Metadata Corruption

Advanced Exploit Development Techniques

  • Bypassing ASLR, DEP, and CFG

  • Format String Exploitation & Arbitrary Read/Write

  • Race Condition Exploits & Symbolic Execution

📌 Mini Projects:

  • Exploit a Use-After-Free (UAF) Bug in a C Program

  • Develop an Exploit for a Real-World Heap Overflow


Phase 5: Exploiting Modern Systems & Real-World Vulnerabilities

Kernel Exploitation

  • Kernel Vulnerability Types (Stack Overflow, NULL Pointer Dereference)

  • Exploiting Kernel Bugs for Privilege Escalation

  • Writing Linux & Windows Kernel Exploits

Web & Browser Exploitation

  • Exploiting Memory Corruption in Browsers

  • JavaScript JIT Exploitation & Use-After-Free in WebKit

  • Bypassing Modern Security Mitigations

📌 Mini Projects:

  • Write a Kernel Exploit for Privilege Escalation

  • Analyze & Replicate a Public Browser Exploit


Phase 6: Real-World Exploit Development & CTF Challenges

Fuzzing & Finding New Vulnerabilities

  • Automated Vulnerability Discovery (AFL, libFuzzer, WinAFL)

  • Writing Custom Fuzzers & Analyzing Crash Dumps

CTF & Bug Bounty Exploit Challenges

  • Participating in Exploit Development CTFs (pwn.college, HackTheBox, pwnable.tw)

  • Analyzing CVEs & Writing Proof-of-Concept (PoC) Exploits

📌 Mini Projects:

  • Find & Exploit a Bug Using Fuzzing

  • Write a Full PoC Exploit for a Public CVE


Final Step: Real-World Practice & Skill Testing

🔥 Platforms to Test & Improve Skills:

🚀 By mastering this roadmap, you’ll be able to:Develop Exploits for Real-World VulnerabilitiesBypass Modern Security Mechanisms & Gain Code ExecutionFind & Report Critical Vulnerabilities in Software & Operating Systems

🔥 Start mastering Exploit Development now!

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