x64 Assembly Language and Reverse Engineering Practicals
Understand x64 (64-bit) assembly code and apply knowledge to reversing x86 and x64 programs

What you will learn
x64 (64-bit) Assembly Language
Reverse Engineering
x64dbg debugging
Modifying programs
Injecting code into 64-bit exe files
Hollowing out 64-bit exe files
64-bit registers
64-bit memory read and write access
x64 calling conventions
Creating x64 functions
Password phishing without strings
Creating keygens
Reversing program code logic
Trace highlighting and animation
Stack manipulation
Comment tracing debug technique
Hooking WinAPI debug technique
File Patching
Enabling disabled buttons
Removing Nag Screens
Deep Tracing to Phish out passwords
Loop tracing techniques
Defeating Anti-Debugger protection
Reversing binary without strings
Using Python to write Loaders and Memory Patcher
Reversing Software Protected Binary without unpacking
and more . . .
Why take this course?
🎓 Course Title: x64 Assembly Language and Reverse Engineering Practical
🚀 Headline: Master x64 (64-bit) Assembly and Apply Your Knowledge to Reversing x86 and x64 Programs!
Introduction:
Are you ready to dive into the world of 64-bit assembly language and reverse engineering? If you're itching to understand the inner workings of assembly code or enhance your reverse engineering prowess, this course is your golden ticket! This practical course is a natural extension of our previous offering: Assembly Language Programming for Reverse Engineering, where we laid the groundwork with x86 basics. While familiarity with that course is beneficial, it's not mandatory to jump into the x64 adventure directly.
Course Overview:
This course breaks the mold of traditional assembly language education by focusing on real-world applications in reverse engineering. Unlike other courses that teach assembly from scratch using assemblers, we'll explore x64 assembly within the context of a debugger—the way it's applied in the field. This approach, from a hacker's perspective, ensures you learn by doing, which is crucial for effectively reverse engineering and manipulating software.
What You'll Learn:
🔍 Mastering x64dbg Debugger: Navigate and utilize this powerful tool to analyze and alter executable files.
🔥 Injecting Custom Code: Learn how to inject your own code into existing applications to add new functionality.
📚 Understanding Memory and Executable Segments: Harness these components to expand the capabilities of programs.
🤖 Developing New Functions in Applications: Write new functions within existing apps without starting from scratch.
🧠 Microsoft Calling Conventions and Stack Frames: Grasp the essentials of x64 calling conventions to understand how functions interact.
🔢 Manipulating Memory Data Segments: Directly interact with the data segment for effective memory manipulation.
🪜 Bypassing String Encryption: Find ways to overcome encryption and retrieve valuable data.
💬 Deep Tracing: Learn techniques to extract data, passwords, and more from applications.
🚀 Python Patching: Use Python scripts to patch process memory dynamically.
🛠️ Modifying Packed Programs: Modify executable binaries without the need for unpacking them first.
Course Features:
- Practical Orientation: Focused on real-world applications of assembly language and reverse engineering.
- No Dull Lectures: We skip the lengthy theoretical parts that don't add practical value.
- Hands-On Learning: The first half introduces x64 assembly through the x64dbg debugger, followed by hands-on reversing exercises.
- Reverse Engineering Skills: Practice tracing, extracting data, memory hacking, and modifying executable binaries in the second half of the course.
Learning Objectives:
By the end of this course, you will have a deep understanding of x64 assembly language from the perspective of a reverse engineer, a skill set that is both rare and highly valuable in fields like cybersecurity, malware analysis, and software development.
Who Is This Course For?
This course is perfect for:
- Security Researchers: Gain insights into the workings of malware and protected software.
- Malware Analysts: Learn to reverse engineer malicious code effectively.
- Students of Software Security: Expand your knowledge of software internals and security.
- Programmers and Developers: Enhance your understanding of how your code interacts with the system at a low level.
Conclusion:
Don't miss this opportunity to master x64 assembly language and reverse engineering! This course is your pathway to acquiring a unique and sought-after skill set. Sign up today, and let's embark on this exciting journey together. I can't wait to guide you through the intricacies of x64 and help you achieve a competitive edge in your professional endeavors. See you inside the world of reverse engineering! 🚀
Enroll now and transform your understanding of software internals, cybersecurity, and software development with this practical, hands-on course on x64 Assembly Language and Reverse Engineering! 🌟
Our review
Overall Course Rating: 4.57/5
Course Review Summary:
Pros:
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Expert Instructor: The course is taught by a knowledgeable and engaging instructor who excels at breaking down complex concepts into easier-to-understand segments. This makes the course accessible to learners of various skill levels.
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Comprehensive Coverage: The content covers a wide range of topics, including techniques for reversing, understanding how things work in x64dbg, and delving into assembly code.
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Practical Labs: The hands-on labs are a highlight, providing learners with practical experience that complements the theoretical instructions. This approach helps reinforce learning and aids in the application of skills.
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Responsive Interaction: The instructor is very responsive to student questions, often replying within 24 hours. This level of engagement ensures that students can clarify doubts and stay on track with their learning journey.
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Real-World Application: The course content includes practical skills such as creating self-keygens, removing NAGs (nag screens), bypassing encryption, and using a Python Loader – all of which are highly relevant in the field of reverse engineering.
Cons:
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Software Issue: One review mentions an issue with the email verification process for a course software, which is not directly related to the course content but could be a point of frustration for new students attempting to access additional resources.
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Platform Dependent: While the course itself is highly rated, some learners might encounter platform-specific issues outside the scope of the instructor's control, such as difficulties with course software or website navigation.
Reviewer's Insight:
The reviews consistently praise the instructor's ability to simplify complex subjects and the effectiveness of the practical labs in this course on reversing with x64dbg. The responsiveness of the instructor to student queries is a significant strength, ensuring that learners can progress without undue delays. Despite the minor software issue reported by one learner, the overall sentiment from recent reviews is overwhelmingly positive, with learners expressing gratitude for the expertise shared and anticipation for further courses from the same instructor.
Learner Testimonials:
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"Love this course! Taught me a lot of techniques when it comes to reversing and helped me get a better understanding of how things work inside of x64dbg."
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"This assembly code course is outstanding. The instructor is knowledgeable, engaging, and breaks down complex concepts into easy-to-understand lessons."
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"Professor Paul Chin explains complex topics in a simplified manner. The labs were great, and I'm learning a lot with Professor Paul Chin. Highly recommend his courses!"
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"Another awesome course! Covers the advanced mechanics of x32dbg and includes real-world applications like keygens, NAG bypassing, and anti-debugger protections. The instructor replies to questions quickly, which is very helpful."
Note to Learners:
While the course offers a robust learning experience, it's recommended to ensure that any software prerequisites are fully operational before starting the course to avoid unnecessary disruptions. Additionally, considering the high level of engagement from the instructor, learners should take full advantage of this by preparing their questions and making the most of the interactive elements of the course.