Red Teaming

Are you ready to unlock the secrets of reverse engineering and take your cybersecurity and programming skills to the next level? Whether you're an aspiring ethical hacker, a cybersecurity professional, or a programming enthusiast, this comprehensive course will empower you with the tools and techniques needed to analyze malware, write assembly programs, and develop powerful exploits.

From foundational assembly language concepts to advanced exploit development, you’ll gain hands-on experience with industry-standard tools like Ghidra, IDA Pro, SASM, and more.

What You'll Learn:

Malware Analysis & Reverse Engineering: Learn how to use tools like Ghidra to dissect and understand malware behavior.
Binary Analysis Techniques: Master the 4 stages of binary compilation—preprocessing, compilation, assembly, and linking.
Executable Formats (ELF & PE): Explore Linux ELF and Windows PE formats to analyze executables.
Assembly Programming: Write, debug, and execute 64-bit assembly programs from scratch.
Shellcoding & Exploit Development: Develop shellcode and exploit vulnerabilities to gain system access.
Buffer Overflow Attacks: Identify and exploit buffer overflow vulnerabilities using Metasploit, Immunity Debugger, and manual techniques.
Network Shells: Create TCP bind and reverse shells to understand real-world exploitation techniques.

Why This Course?

Comprehensive Curriculum: Cover everything from malware analysis and binary analysis to advanced exploit development.
Practical, Hands-On Learning: Dive deep into real-world projects and step-by-step labs to reinforce your knowledge.
Industry-Standard Tools: Gain expertise in Ghidra, IDA Pro, SASM, and more, used by cybersecurity professionals globally.
Career Advancement: Develop skills in high demand across ethical hacking, red teaming, and cybersecurity domains.

Course Breakdown:

Introduction: Get started with the essentials and understand why assembly is the key to unlocking open-source knowledge.
Lab Setup: Set up your environment with SASM, Ghidra, IDA Pro, and other essential tools.
Malware Analysis with Ghidra: Begin analyzing malware, extracting system files, and utilizing OSINT for reverse engineering.
Binary Analysis: Understand how binaries compile, load, and execute.
Assembly Programming: Write and debug 64-bit assembly programs, develop projects, and understand system calls.
Shellcoding & Exploitation: Create shellcodes, analyze vulnerabilities, and build exploits for real applications.
Buffer Overflow Exploits: Exploit buffer overflow vulnerabilities to gain shell access.

Who Should Enroll?

Cybersecurity professionals aiming to enhance reverse engineering skills.
Ethical hackers and red teamers seeking practical experience in exploit development.
Students or programmers passionate about low-level programming and system internals.
IT professionals exploring advanced debugging and vulnerability exploitation techniques.

Prerequisites:

Basic programming knowledge is helpful but not mandatory.
A willingness to learn and explore complex concepts.

This is not just another course—it’s 19 hours of expert-led content designed to take you from beginner to advanced in reverse engineering, malware analysis, and exploit development. Whether you're looking to boost your career or master low-level programming, this course is your ultimate guide.

Enroll now to begin your journey and discover how limitless your skills can become. Let’s hack the future—together.

Reverse engineering, malware analysis, exploit development, buffer overflow, Ghidra tutorial, assembly programming, ethical hacking, cybersecurity, shellcoding, binary analysis, Linux ELF, Windows PE, vulnerability exploitation, TCP reverse shell, Metasploit.

What's inside

Learning objectives

Mastering shellcode execution: gain a comprehensive understanding of shellcode execution techniques and their role in system hacking.
Identifying bad characters: learn to identify and handle bad characters in shellcode, ensuring its effectiveness and reliability.
Segmentation fault analysis: explore the nuances of segmentation faults and discover strategies to overcome them when executing shellcode.
Ethical hacking fundamentals: understand the ethical framework of hacking and how to apply these techniques responsibly.
Developing custom shellcode: develop your own custom shellcode to exploit system vulnerabilities effectively.
Hands-on practical scenarios: engage in practical demonstrations and exercises to apply theoretical knowledge in real-world scenarios.
System compromise techniques: learn techniques to compromise systems ethically by executing shellcode.
Vulnerability exploitation: discover vulnerabilities within systems and exploit them using shellcode to gain access.
Advanced bad character mitigation: dive deep into advanced techniques for identifying, analyzing, and mitigating bad characters in shellcode.
Building ethical hacking skills: equip yourself with practical skills in ethical hacking, enhancing your cybersecurity expertise.
Understand the significance of assembly language in open-source exploration.
Gain insights into the course structure and objectives.
Install and set up the sasm development environment.
Download and configure ghidra, ida pro, and jdk for effective lab usage.
Open and navigate projects within ghidra.
Explore and utilize key features of ghidra for code analysis.
Perform real malware analysis using ghidra.
Analyze suspicious strings and employ osint techniques in reverse engineering.
Extract system files from malware and manipulate function names.
Break down the four stages of binary compilation.
Understand the preprocessing, compilation, assembly, and linking phases of binary analysis.
Utilize readelf to view symbolic information.
Analyze both stripped and not stripped binaries for key insights.
Explore the elf format and understand its executable and linkable features.
Learn about elf fields and program header fields.
Grasp the fundamentals of the windows pe format for executable files.
Familiarize yourself with ida pro and its key functionalities.
Explore useful tabs within the ida pro interface.
Write a "hello world" program using a makefile.
Understand the advantages of nasm and compare different assemblers.

Comprehend the theory behind disassembly.
Explore the concept of disassembly and its practical applications.
Understand cpu architectures and binary data types.
Convert decimal to binary using basic mathematical operations.
Initiate and set up gdb, exploring various flavors.
Debug programs, locate variables in memory addresses, and enhance debugging skills.
Code an assembly file, analyze output with gdb, and create a makefile.
Learn the operations of or, xor, not, and and in assembly language.
Develop an assembly program for analysis using ddd.
Analyze previously written code and interpret register values using ddd.
Identify and troubleshoot errors in assembly programming.
Implement conditional jumps and loops in assembly code.
Develop a project involving loops and a calculator using assembly language.
Test and evaluate the completed project.
Work on the exabyte project involving memory manipulation.
Test and analyze the project using readelf and gdb.
Define variables, perform addition and subtraction in assembly.
Explain registers in practice and complete the section.
Develop a custom shellcode and troubleshoot segmentation faults.
Identify and fix bad characters in shellcode execution.
Create shellcode with jmp instruction for malware injection.
Inject shellcode and build an exploit for practical application.
Compile and test shellcode using stack technique.
Implement the execve syscall with c for gaining shell access.
Successfully gain shell access using the execve syscall.
Program the c side of a reverse bind shell.
Develop assembly code for listen, bind, and accept syscalls.
Create a functional and secure tcp bind shell.
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Mastering shellcode execution: gain a comprehensive understanding of shellcode execution techniques and their role in system hacking.
Identifying bad characters: learn to identify and handle bad characters in shellcode, ensuring its effectiveness and reliability.
Segmentation fault analysis: explore the nuances of segmentation faults and discover strategies to overcome them when executing shellcode.
Ethical hacking fundamentals: understand the ethical framework of hacking and how to apply these techniques responsibly.
Developing custom shellcode: develop your own custom shellcode to exploit system vulnerabilities effectively.
Hands-on practical scenarios: engage in practical demonstrations and exercises to apply theoretical knowledge in real-world scenarios.
System compromise techniques: learn techniques to compromise systems ethically by executing shellcode.
Vulnerability exploitation: discover vulnerabilities within systems and exploit them using shellcode to gain access.
Advanced bad character mitigation: dive deep into advanced techniques for identifying, analyzing, and mitigating bad characters in shellcode.
Building ethical hacking skills: equip yourself with practical skills in ethical hacking, enhancing your cybersecurity expertise.
Understand the significance of assembly language in open-source exploration.
Gain insights into the course structure and objectives.
Install and set up the sasm development environment.
Download and configure ghidra, ida pro, and jdk for effective lab usage.
Open and navigate projects within ghidra.
Explore and utilize key features of ghidra for code analysis.
Perform real malware analysis using ghidra.
Analyze suspicious strings and employ osint techniques in reverse engineering.
Extract system files from malware and manipulate function names.
Break down the four stages of binary compilation.
Understand the preprocessing, compilation, assembly, and linking phases of binary analysis.
Utilize readelf to view symbolic information.
Analyze both stripped and not stripped binaries for key insights.
Explore the elf format and understand its executable and linkable features.
Learn about elf fields and program header fields.
Grasp the fundamentals of the windows pe format for executable files.
Familiarize yourself with ida pro and its key functionalities.
Explore useful tabs within the ida pro interface.
Write a "hello world" program using a makefile.
Understand the advantages of nasm and compare different assemblers.
Comprehend the theory behind disassembly.
Explore the concept of disassembly and its practical applications.
Understand cpu architectures and binary data types.
Convert decimal to binary using basic mathematical operations.
Initiate and set up gdb, exploring various flavors.
Debug programs, locate variables in memory addresses, and enhance debugging skills.
Code an assembly file, analyze output with gdb, and create a makefile.
Learn the operations of or, xor, not, and and in assembly language.
Develop an assembly program for analysis using ddd.
Analyze previously written code and interpret register values using ddd.
Identify and troubleshoot errors in assembly programming.
Implement conditional jumps and loops in assembly code.
Develop a project involving loops and a calculator using assembly language.
Test and evaluate the completed project.
Work on the exabyte project involving memory manipulation.
Test and analyze the project using readelf and gdb.
Define variables, perform addition and subtraction in assembly.
Explain registers in practice and complete the section.
Develop a custom shellcode and troubleshoot segmentation faults.
Identify and fix bad characters in shellcode execution.
Create shellcode with jmp instruction for malware injection.
Inject shellcode and build an exploit for practical application.
Compile and test shellcode using stack technique.
Implement the execve syscall with c for gaining shell access.
Successfully gain shell access using the execve syscall.
Program the c side of a reverse bind shell.
Develop assembly code for listen, bind, and accept syscalls.
Create a functional and secure tcp bind shell.
Show more
Show less

Syllabus

Introduction

If you know Assembly, Everything is Open Source

Creating Lab

Installing SASM

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides hands-on experience with industry-standard tools like Ghidra and IDA Pro, which are essential for reverse engineering and malware analysis

Covers buffer overflow attacks using Metasploit and Immunity Debugger, offering practical skills in vulnerability exploitation and ethical hacking

Explores executable formats like Linux ELF and Windows PE, which is crucial for analyzing and understanding how binaries work on different operating systems

Requires installing JDK in Linux, Windows, or MacOS, which may require learners to have administrator access to their computers

Teaches assembly programming from scratch, which builds a strong foundation for understanding low-level system operations and reverse engineering

Reviews summary

Deep dive into exploit development

According to learners, this course is a largely positive experience, especially for those looking to dive deep into low-level systems and security. Students highlight the practical, hands-on labs using industry tools like Ghidra and IDA Pro as major strengths. The course provides in-depth coverage of complex topics like assembly programming, binary analysis, and exploit development, which many find essential for careers in cybersecurity and red teaming. While reviewers praise the clear explanations of difficult concepts, some note that the material is demanding and may benefit learners with prior programming knowledge.

Complex topics are made understandable.

"The instructor's explanations were clear and concise, even for difficult subjects like assembly."

"I appreciated how the course broke down complex concepts into manageable steps."

"Understanding binary analysis was much easier thanks to the way it was explained."

Deep dive into low-level concepts.

"The course goes into great detail on assembly and binary analysis, which is exactly what I needed."

"I was impressed by the depth of coverage on exploit development techniques."

"Finally, a course that explains shellcoding and syscalls clearly and in depth."

Strong hands-on experience with tools.

"The labs were fantastic; working with Ghidra and IDA Pro made everything click."

"I really enjoyed the hands-on shellcoding and exploit development exercises."

"The practical exercises solidified my understanding of complex topics."

Essential skills for cybersecurity roles.

"This is a must-have course for anyone aspiring to be a red teamer or exploit developer."

"The skills acquired are directly applicable to real-world cybersecurity jobs."

"It provided a solid foundation for advancing my career in ethical hacking."

Challenging course requires effort.

"This course is very challenging and requires significant time and dedication."

"Be prepared for a steep learning curve; it moves quite fast."

"Having some prior programming or systems knowledge is definitely helpful."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Red Teaming | Exploit Development with Assembly and C |MSAC+ with these activities:

Review Assembly Language Fundamentals

Show steps

Solidify your understanding of assembly language concepts, syntax, and instructions to prepare for the course's advanced topics.

Browse courses on Assembly Language

Show steps

Review basic assembly instructions like MOV, ADD, SUB, and CMP.
Practice writing simple assembly programs.
Study memory addressing modes and register usage.

Read 'Hacking: The Art of Exploitation'

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Gain a deeper understanding of exploitation techniques and buffer overflows by studying this classic book.

View Hacking: The Art of Exploitation, 2nd Edition on Amazon

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Read the chapters on buffer overflows and shellcoding.
Experiment with the example code provided in the book.
Try to apply the techniques learned to simple vulnerable programs.

Practice Reverse Engineering Challenges on Crackmes.one

Show steps

Sharpen your reverse engineering skills by solving challenges on Crackmes.one, focusing on assembly analysis and vulnerability identification.

Show steps

Select a crackme challenge with a difficulty level appropriate for your skill level.
Use Ghidra or IDA Pro to disassemble and analyze the crackme binary.
Identify the key logic and algorithms used in the crackme.
Develop a strategy to bypass the crackme's protection mechanisms.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Write a Blog Post on a Buffer Overflow Exploit

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Solidify your understanding of buffer overflows by writing a detailed blog post explaining the vulnerability and how to exploit it.

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Choose a specific buffer overflow vulnerability to analyze.
Research the vulnerability and its impact.
Write a clear and concise explanation of the vulnerability.
Demonstrate how to exploit the vulnerability with code examples.

Develop a Simple Keylogger in Assembly and C

Show steps

Apply your knowledge of assembly and C to create a keylogger, reinforcing your understanding of system calls, memory manipulation, and low-level programming.

Show steps

Research system calls for keyboard input and file writing.
Write assembly code to capture keystrokes.
Write C code to handle file I/O and data storage.
Integrate the assembly and C components into a working keylogger.

Read 'Practical Malware Analysis'

Show steps

Enhance your malware analysis skills by studying this practical guide to dissecting malicious software.

View Practical Malware Analysis: The Hands-On Guide... on Amazon

Show steps

Read the chapters on static and dynamic malware analysis.
Follow the examples and exercises provided in the book.
Apply the techniques learned to real-world malware samples.

Contribute to an Open-Source Reverse Engineering Tool

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Deepen your understanding of reverse engineering by contributing to an open-source tool like Ghidra or radare2.

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Explore the codebase of an open-source reverse engineering tool.
Identify a bug or feature that you can contribute to.
Implement the fix or feature and submit a pull request.
Respond to feedback from the maintainers and revise your contribution as needed.

Career center

Learners who complete Red Teaming | Exploit Development with Assembly and C |MSAC+ will develop knowledge and skills that may be useful to these careers:

Reverse Engineer

A Reverse Engineer dissects software and hardware to understand its inner workings, often without access to original source code. The course's focus on malware analysis, binary analysis, and assembly programming helps build a foundation for this role. The course also explores executable formats like ELF and PE, essential knowledge for reverse engineering. You will learn to use tools like Ghidra and IDA Pro, which are industry standards. Learning how to identify vulnerabilities and develop exploits, as taught in the course, is a key aspect of reverse engineering, which is critical for analyzing software and identifying potential security flaws. The course's exploration of shellcoding and buffer overflow attacks provides practical skills applicable to reverse engineering challenges.

See salaries and explore the career path for Reverse Engineer

Exploit Developer

An Exploit Developer identifies and leverages vulnerabilities in software or systems to create exploits. This course will help you gain expertise in assembly language, shellcoding, and reverse engineering, all crucial skills for exploit development. The course's hands-on approach to buffer overflow attacks and network shells provides practical experience in crafting working exploits. You will learn to use debuggers, such as Immunity Debugger, and exploit frameworks, such as Metasploit, which are vital for this role. Moreover, this course delves into how to develop shellcode and exploit vulnerabilities to gain system access. The knowledge of executable formats (ELF and PE) gives a further advantage to an Exploit Developer.

See salaries and explore the career path for Exploit Developer

Malware Analyst

A Malware Analyst examines and dissects malicious software to understand its functionality, origin, and potential impact. This course offers a comprehensive curriculum for malware analysis, covering everything from foundational assembly language to advanced reverse engineering techniques. The course provides hands-on experience with industry-standard tools like Ghidra and IDA Pro, essential for dissecting and analyzing malware. The exploration of ELF and PE formats allows you to analyze executables from different operating systems. The ability to write assembly programs and develop shellcode, as covered in the course, aids in understanding the low-level behavior of malware. Learning how to extract system files from malware and manipulate function names is useful.

See salaries and explore the career path for Malware Analyst

Red Team Member

A Red Team Member simulates attacks on an organization's systems to identify vulnerabilities and improve security. This course is likely aimed at helping you develop the skills needed to be an effective Red Team Member. The emphasis on exploit development, reverse engineering, and malware analysis may align well with the responsibilities of a red teamer. The hands-on experience with industry-standard tools and techniques, like developing shellcode and exploiting vulnerabilities, may significantly enhance your ability to simulate real-world attacks. This course helps one understand the ethical framework of hacking.

See salaries and explore the career path for Red Team Member

Application Security Engineer

An Application Security Engineer focuses on securing software applications throughout the development lifecycle. This course will help you develop practical skills in reverse engineering, exploit development, and malware analysis, all of which are valuable for identifying and mitigating security risks in applications. The hands-on experience with industry-standard tools, such as Ghidra and IDA Pro, can help you analyze application binaries for vulnerabilities. The coverage of buffer overflow attacks and shellcoding may enhance your ability to understand and prevent common application security flaws. Moreover, this course will help you develop custom shellcode too.

See salaries and explore the career path for Application Security Engineer

Security Engineer

A Security Engineer is responsible for protecting computer systems and networks from threats. This course helps build a foundation for a career as a Security Engineer by providing practical skills in reverse engineering, exploit development, and malware analysis. You will learn how to identify vulnerabilities, develop exploits, and understand the behavior of malicious software. The course emphasizes hands-on learning, allowing you to gain experience with industry-standard tools and techniques. The knowledge of assembly language assists in understanding low-level security threats. The comprehensive coverage of topics like buffer overflow attacks and shellcoding adds to your skillset. The course also dives into the ethical framework of hacking.

See salaries and explore the career path for Security Engineer

Penetration Tester

A Penetration Tester, also known as an ethical hacker, assesses the security of systems by simulating attacks. This course may be useful for a career as a Penetration Tester by teaching core concepts such as exploit development, reverse engineering, and malware analysis. The hands-on experience with tools like Ghidra and IDA Pro, along with the practical labs focused on buffer overflow attacks, may prove helpful. The course covers shellcoding and vulnerability exploitation, which are important skills for identifying and exploiting weaknesses in systems. The ability to create TCP bind and reverse shells, as covered in the course, may be useful for simulating real-world exploitation techniques.

See salaries and explore the career path for Penetration Tester

Vulnerability Researcher

A Vulnerability Researcher identifies and analyzes weaknesses in software and hardware systems. This course can help you gain expertise in vulnerability exploitation and reverse engineering, highly valued in this role. The course on assembly language and binary analysis may provide a solid foundation for understanding low-level vulnerabilities. The hands-on experience with tools such as Ghidra and IDA Pro may allow you to dissect and analyze software for potential flaws. Learning how to develop custom shellcode and exploit vulnerabilities, as emphasized in the course, is crucial for a vulnerability researcher looking to discover and document security weaknesses.

See salaries and explore the career path for Vulnerability Researcher

Embedded Systems Security Engineer

An Embedded Systems Security Engineer specializes in securing embedded systems, like those in IoT devices. This course on reverse engineering and exploit development may provide a strong foundation. Embedded systems often have unique architectures and vulnerabilities, making knowledge of assembly language and binary analysis particularly valuable. You may learn to analyze firmware images, identify vulnerabilities, and develop exploits specific to embedded systems through the study of executable formats like ELF and PE. The course helps one understand system calls, and develop a custom shellcode.

See salaries and explore the career path for Embedded Systems Security Engineer

Security Consultant

A Security Consultant advises organizations on how to improve their security posture. This course may provide valuable insights into reverse engineering and exploit development, which are helpful for understanding potential security risks. The course's focus on malware analysis can help you assess the threat landscape and advise clients on how to protect themselves. The practical skills gained through hands-on labs and industry-standard tools may enhance your ability to provide effective security recommendations. You will also be taught the ethical framework of hacking and how to apply these techniques responsibly.

See salaries and explore the career path for Security Consultant

Firmware Engineer

A Firmware Engineer develops low-level software that controls hardware devices. This course can prepare you for a role as a Firmware Engineer, because it may help you gain expertise in assembly language and reverse engineering, which are essential for working with firmware. The exploration of executable formats like ELF and PE, along with the hands-on experience with debugging tools such as GDB, may provide practical skills for analyzing and modifying firmware images. You will also learn about system calls. The course covers the significance of Assembly language in open-source exploration.

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Incident Responder

An Incident Responder investigates and responds to security breaches and incidents. This course may be helpful for a career as an Incident Responder, because it can help you develop skills in malware analysis and reverse engineering, which are valuable for understanding the nature and scope of security incidents. The course's hands-on experience with tools like Ghidra and IDA Pro may allow you to analyze malicious software and identify the techniques used by attackers. Learning how to extract system files from malware and manipulate function names is helpful.

See salaries and explore the career path for Incident Responder

Threat Intelligence Analyst

A Threat Intelligence Analyst gathers and analyzes information about potential threats to an organization. This course may be useful for a career as a Threat Intelligence Analyst, because it can help you develop skills in malware analysis and reverse engineering, which are valuable for understanding the tactics, techniques, and procedures (TTPs) of threat actors. The course's hands-on experience with tools like Ghidra and IDA Pro may allow you to analyze malware samples and extract valuable intelligence. You will also learn about OSINT (open source intelligence) techniques. The course will also help one understand system calls.

See salaries and explore the career path for Threat Intelligence Analyst

Cryptographer

A Cryptographer designs and analyzes algorithms for secure communication. While not directly focused on cryptography, this course may provide a valuable understanding of low-level system internals and potential vulnerabilities that cryptographic systems may be susceptible to. The course's focus on assembly language and binary analysis may help you understand how cryptographic algorithms are implemented and how they can be attacked. This course will also help you understand system calls. The ability to analyze malware and identify exploits, as taught in the course, may provide insights into real-world attacks on cryptographic systems. A master's or doctorate is typically required.

See salaries and explore the career path for Cryptographer

Software Developer

A Software Developer designs, develops, and tests software applications. While not directly related to software development, this course may enhance your understanding of low-level programming and system internals, potentially leading to more secure and efficient code. The knowledge of assembly language and binary analysis may provide a deeper understanding of how software interacts with hardware. The ability to analyze malware and identify vulnerabilities may improve your ability to write secure code. Overall, this course may provide a unique perspective that could differentiate you as a Software Developer.

See salaries and explore the career path for Software Developer

Exploit Development with Assembly and C |MSAC+

What's inside

Learning objectives

Syllabus

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Reviews summary

Deep dive into exploit development

Activities

Career center

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