Red Teaming | Exploit Development with Assembly and C |MSAC+

Exploit Development: Shellcode Execution, Bad Character Analysis, Segmentation Fault Handling, Buffer Overflow, Hacking+
⏱️ Length: 33.6 total hours
⭐ 4.43/5 rating
👥 54,662 students
🔄 June 2025 update

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Course Overview
- This comprehensive ‘Red Teaming | Exploit Development with Assembly and C | MSAC+’ course offers an unparalleled deep dive into the intricacies of offensive security. It is meticulously designed for individuals aspiring to master the art of exploit development from a fundamental, low-level perspective, bridging the gap between theoretical knowledge and practical application in real-world red teaming scenarios.
- Embark on a journey to understand how software truly operates at the machine code level, gaining a critical advantage in crafting sophisticated exploits. The curriculum emphasizes the foundational understanding of system architecture and memory management, empowering students to identify and leverage vulnerabilities often missed by higher-level analyses.
- Beyond just theoretical concepts, this course is heavily practical and hands-on, guiding learners through various exploit development challenges. You will not only learn the ‘how’ but deeply understand the ‘why’ behind successful and unsuccessful exploitation attempts, fostering a robust problem-solving mindset crucial for advanced security roles.
- Discover the power of Assembly and C in the context of creating bespoke exploit payloads and understanding executable behavior. This dual-language approach provides a unique perspective, enabling a granular level of control necessary for bypassing modern security mitigations and developing truly stealthy attack vectors for red team operations.
- Targeted at future red team operators, exploit developers, and security researchers, this program ensures you develop a robust skill set for analyzing systems, discovering weaknesses, and demonstrating impact through expertly crafted exploits. It is an essential step for anyone looking to move beyond surface-level penetration testing into advanced offensive capabilities.
Requirements / Prerequisites
- A solid understanding of basic programming concepts is essential, preferably with some familiarity in C or C++. While Assembly is taught, prior exposure to low-level programming or computer architecture fundamentals will be highly beneficial for absorbing complex topics quickly.
- Candidates should possess a working knowledge of Linux command-line interface and general operating system principles, including file systems, process management, and user permissions. This familiarity will be crucial for navigating development environments and understanding target systems.
- Basic networking concepts such as IP addressing, ports, and common protocols (e.g., TCP/IP) are assumed. While not a networking course, exploits often leverage network communication, so a conceptual grasp is important for context.
- Familiarity with virtualization software like VMware Workstation or VirtualBox is highly recommended, as all practical labs and exercises will be conducted in isolated virtual environments. This ensures a safe and repeatable learning experience for exploit development.
- A genuine passion for offensive security, reverse engineering, and a strong desire to understand the underlying mechanics of software vulnerabilities will be key motivators. The course delves into intricate details, requiring persistence and an inquisitive mind.
Skills Covered / Tools Used
- Memory Layout Analysis: Master the art of dissecting process memory, understanding the stack, heap, BSS, data, and text segments to precisely locate and manipulate critical data structures during exploit development.
- Register Manipulation: Gain direct control over CPU registers (e.g., EAX, EBX, EIP, ESP, EBP) using Assembly, a crucial skill for orchestrating code execution flows and bypassing security mechanisms.
- Disassembly & Reverse Engineering: Utilize tools like Ghidra or IDA Pro to statically and dynamically analyze compiled binaries, identifying potential vulnerability points and understanding program logic without source code.
- ROP (Return-Oriented Programming): Learn advanced techniques to construct exploit chains using existing code snippets (gadgets) within a program, effectively bypassing Data Execution Prevention (DEP) and other memory protections.
- System Call Interfacing: Directly interact with the operating system kernel via system calls, enabling you to perform privileged operations and manipulate system resources from your custom exploit payloads.
- Exploit Payload Generation: Develop sophisticated, multi-stage payloads in C and Assembly, going beyond basic shellcode to include techniques for persistence, privilege escalation, and lateral movement within a target environment.
- Bypassing Exploit Mitigations: Acquire practical knowledge and hands-on experience in circumventing modern exploit defenses such as Address Space Layout Randomization (ASLR), DEP, and stack canaries.
- Debugging Techniques with GDB: Become proficient with the GNU Debugger (GDB) for precise control over program execution, examining registers, memory, and setting breakpoints to analyze exploit behavior and refine payloads.
- Pwntools for Automation: Leverage the powerful Python library Pwntools to automate exploit development tasks, including interaction with vulnerable services, crafting complex inputs, and streamlining debugging processes.
- Developing Custom C and Assembly Payloads: Write and compile your own low-level code using GCC and Nasm/Gas to achieve specific objectives that off-the-shelf tools cannot provide, demonstrating true mastery over the target system.
Benefits / Outcomes
- Upon completion, you will possess the ability to craft highly specialized, zero-day exploits against custom targets, demonstrating a profound understanding of software vulnerabilities at their most fundamental level. This skill is invaluable for cutting-edge security research.
- You will develop an enhanced problem-solving acumen, particularly in complex security scenarios where traditional tools and techniques fall short. This course cultivates a mindset of deep analysis and creative solution design for challenging exploitation tasks.
- Gain the foundational knowledge and practical experience necessary for career advancement into highly sought-after offensive security roles such as Red Team Operator, Exploit Developer, Vulnerability Researcher, or Advanced Penetration Tester.
- Achieve confidence in applying comprehensive red team methodologies, from initial reconnaissance and vulnerability identification to sophisticated exploitation and post-exploitation techniques, all while understanding the ethical implications.
- You will be proficient in low-level programming for security applications, capable of dissecting binaries, understanding compiler optimizations, and writing code that interacts directly with the operating system and hardware.
- This course provides a robust framework for continuous learning in the ever-evolving field of cybersecurity, equipping you with the analytical skills to adapt to new technologies and defensive measures as they emerge.
- By deeply understanding attack vectors and exploitation techniques, you will also be uniquely positioned to contribute to defensive strategies, helping organizations build more resilient systems and identify critical weaknesses from an attacker’s perspective.
PROS
- Deep Technical Dive: Offers an unparalleled look into exploit development using Assembly and C, moving beyond high-level scripting to truly understand system internals.
- Practical & Hands-On Focus: Emphasizes real-world application with numerous labs, ensuring theoretical knowledge is solidified through practical execution.
- Career Advancement: Equips learners with highly specialized skills in demand for advanced offensive security roles and vulnerability research.
- Comprehensive Skill Set: Covers a wide array of topics from memory layout to advanced bypasses like ROP, providing a holistic view of modern exploitation.
- Ethical Framework: Integrates ethical hacking principles, ensuring responsible application of powerful offensive techniques.
CONS
- The content may present a steep learning curve for individuals without prior exposure to low-level programming or operating system internals.