Description

Red Teaming: Exploit Development with Assembly

Exploit Development with Assembly for Red Teaming is an intensive, hands-on course that teaches low-level exploit construction, shellcode writing, and practical assembly techniques used by modern red teams. This introduction can be used directly as a meta description for SEO because it contains the primary focus keyphrase and concisely summarizes the course intent.

Course Overview

This course walks learners step-by-step through the fundamentals of assembly language, binary internals, debugger usage, and exploit construction for both Windows and Linux targets. Content is structured to progress from basic instruction/stack mechanics to advanced payloads, DEP/ASLR bypasses, and custom shellcode development, with lab exercises that mirror real red-team scenarios. :contentReference[oaicite:0]{index=0}

Who Should Enroll

• Security professionals and penetration testers wanting to deepen low-level exploit skills.
• Red teamers aiming to craft reliable payloads and understand exploit reliability techniques.
• Reverse engineers and malware analysts who need assembly-level proficiency for analysis and tooling.

What You Will Learn

• Assembly fundamentals: registers, calling conventions, stack frames, and instruction sets (x86/x64). :contentReference[oaicite:1]{index=1}
• Binary layout and memory concepts: sections, heap vs stack, and function prologues/epilogues. :contentReference[oaicite:2]{index=2}
• Writing and testing shellcode from scratch; encoding, bad-character analysis, and egghunters.
• Common exploitation primitives: stack-based overflows, heap manipulation, and ROP chains.
• Bypassing modern mitigations: DEP/NX, ASLR, stack canaries, and basic gadget-finding strategies. :contentReference[oaicite:3]{index=3}
• Toolchain mastery: GDB, WinDbg/Immunity, IDA/ghidra basics, and automation with Python for exploit workflows.

Course Structure & Labs

The curriculum is divided into modules with short lectures followed by progressively harder labs: (1) Assembly basics & tooling, (2) Stack overflows & shellcode, (3) Heap exploitation & reliability, (4) ROP & mitigation bypasses, (5) Realistic red-team scenarios and capture-the-flag-style exercises. Each lab includes reproducible VM environments and instructor notes to deepen hands-on learning. :contentReference[oaicite:4]{index=4}

Learning Outcomes

Upon completion, students will be able to read and write assembly for exploit purposes, build and test shellcode, design reliable exploits against real targets, and integrate exploit development into red-team engagements with an emphasis on safety, legality, and responsible disclosure.

Explore These Valuable Resources

• Corelan Exploit Development Tutorials & Training
• OffSec — Exploit Development Learning Path (OSED-related)
• OWASP Testing Guide (security testing & methodology)

Explore Related Courses

• Explore Related Courses — Red Teaming
• Explore Related Courses — Exploit Development
• Explore Related Courses — Assembly Language
• Explore Related Courses — Reverse Engineering
• Explore Related Courses — Malware Analysis

Prerequisites

Comfort with basic programming (C or Python recommended), familiarity with Linux command-line, and a foundational understanding of networks and OS concepts. Prior pentesting experience is helpful but not strictly required.

Why This Course Stands Out

This course uniquely blends assembly-centric exploit development with practical red-team workflows and reproducible labs. It pulls best-practice techniques from established exploit-writing literature and industry training to help students produce reliable, ethically responsible exploit artifacts. :contentReference[oaicite:5]{index=5}

Certification & Next Steps

Students who finish the course will receive a completion certificate and guided next steps to pursue advanced exploit-development study paths or certifications such as OSED/OffSec tracks and specialist training from reputable providers.

Enroll Now

Join the course to gain practical, assembly-level expertise used by professional red teams and exploit developers. Labs, community forums, and instructor support make this a high-impact path to mastering low-level offensive security techniques.