Reverse Engineering Bootcamp:Ghidra, IDA, Linux, and x86_64

Post published:25 September, 2025
Post category:StudyBullet-22
Reading time:5 mins read

Practical Reverse Engineering with Ghidra, IDA, NASM, ARM, X86, Low Level Coding – A-Z Hands-On Malware Defense & Attack
⏱️ Length: 17.8 total hours
⭐ 4.55/5 rating
👥 59,071 students
🔄 May 2025 update

Add-On Information:

Get Instant Notification of New Courses on our Telegram channel.

Note➛ Make sure your 𝐔𝐝𝐞𝐦𝐲 cart has only this course you're going to enroll it now, Remove all other courses from the 𝐔𝐝𝐞𝐦𝐲 cart before Enrolling!

Course Overview
- Embark on an intensive journey into the heart of software, dissecting binaries to understand their fundamental operations and uncover hidden logic. This bootcamp is your gateway to mastering the art of reverse engineering.
- Immerse yourself in a hands-on curriculum that bridges foundational theory with advanced practical application, enabling you to deconstruct and analyze executable code across diverse platforms.
- Gain a profound understanding of how software truly operates at the machine level, developing an invaluable skill set for both offensive security research and defensive vulnerability analysis.
- Explore the nuanced world of low-level coding and binary analysis, transitioning from high-level programming concepts to the raw assembly instructions that define program behavior.
- Designed for aspiring cybersecurity professionals, malware analysts, vulnerability researchers, and anyone passionate about understanding the inner workings of compiled software.
- Leverage the power of industry-standard tools like Ghidra and IDA Pro, alongside essential Linux utilities, to conduct comprehensive static and dynamic analysis of complex applications.
- This comprehensive program is structured to provide an A-Z understanding of practical reverse engineering, making you proficient in navigating, interpreting, and manipulating binary code.
Requirements / Prerequisites
- A foundational understanding of programming concepts, ideally with some experience in C or C++ to grasp low-level memory operations.
- Familiarity with the Linux command line interface (CLI) and basic operating system principles is highly recommended for navigating the lab environment.
- An eagerness to learn complex technical concepts and a strong problem-solving mindset are crucial for success in this challenging field.
- Access to a computer capable of running virtual machines (e.g., VirtualBox, VMware) with at least 8GB RAM and sufficient storage for tool installations and lab exercises.
- Basic knowledge of computer architecture, particularly how CPUs execute instructions and interact with memory, will provide a beneficial head start.
Skills Covered / Tools Used
- Disassembler Mastery: Develop expert-level proficiency in navigating and interpreting assembly code using cutting-edge tools like Ghidra and IDA Pro, including their advanced features for cross-referencing and function graphing.
- Static Analysis Techniques: Master the art of examining compiled binaries without executing them, identifying critical code paths, data structures, and potential vulnerabilities purely from the disassembled view.
- Dynamic Analysis Methodologies: Learn to trace program execution in real-time using debuggers, setting breakpoints, inspecting registers, and manipulating memory to understand runtime behavior and identify control flow.
- Cross-Architecture Analysis: Acquire the ability to reverse engineer binaries compiled for different instruction set architectures, specifically x86_64 and ARM, broadening your scope of targets.
- Assembly Language Fluency: Gain practical experience reading, writing, and understanding assembly code in both Intel (x86_64) and ARM syntax, including an introduction to NASM for hands-on assembly projects.
- Linux Environment Proficiency: Become adept at utilizing a suite of Linux command-line tools for binary manipulation, debugging, process inspection, and managing your reverse engineering workflow.
- Malware Unpacking & Deobfuscation: Develop techniques to bypass common anti-analysis mechanisms used in malware, such as packing, obfuscation, and anti-debugging tricks, to reach the core malicious logic.
- Vulnerability Identification: Cultivate the skill to identify common software vulnerabilities (e.g., buffer overflows, format string bugs) directly from assembly code, laying the groundwork for exploit development.
- Patch Analysis: Learn to compare different versions of software binaries to identify security patches, understand their fixes, and potentially discover zero-day vulnerabilities.
- Low-Level Debugging: Master kernel and user-mode debugging concepts, enabling you to analyze complex system interactions and driver behavior.
Benefits / Outcomes
- Career Acceleration: Position yourself for high-demand roles in cybersecurity, including malware analysis, vulnerability research, incident response, and penetration testing.
- Enhanced Problem-Solving: Develop unparalleled analytical skills to deconstruct complex software systems, understand their inner workings, and diagnose elusive issues.
- Software Security Expertise: Gain a unique perspective on software security, understanding how exploits work from the ground up and how to build more resilient applications.
- Independent Research Capabilities: Empower yourself to independently analyze closed-source software, firmware, and embedded systems, fostering innovation and discovery.
- Deep Technical Insight: Acquire a profound understanding of compilation processes, executable formats, and operating system interactions, elevating your overall technical acumen.
- Malware Defense & Attack Proficiency: Build a strong foundation for both defending against sophisticated cyber threats by understanding their mechanisms and developing advanced offensive capabilities.
- Practical Tool Mastery: Walk away with hands-on expertise in industry-leading reverse engineering tools, making you immediately productive in real-world scenarios.
PROS
- Highly Practical and Hands-On: Emphasizes real-world scenarios and direct application of tools, ensuring a deep, actionable understanding of reverse engineering concepts.
- Comprehensive Tool Coverage: Focuses on mastering both Ghidra and IDA Pro, providing a versatile skill set adaptable to various professional environments and tool preferences.
- Broad Architecture Exposure: Covers both x86_64 and ARM, preparing students for a wide range of target systems from desktops to mobile and IoT devices.
- Strong Community Validation: A high student rating and large enrollment signify proven course quality and effectiveness, making it a trusted learning resource.
- Up-to-Date Content: Regularly updated to reflect the latest tools, techniques, and industry trends, ensuring relevant and current knowledge for participants.
CONS
- The extensive scope and deep technical nature of the bootcamp necessitate a significant time commitment and sustained dedication to fully absorb and apply the advanced concepts.