Practical Reverse Engineering with Ghidra, IDA, NASM, ARM, X86, Low Level Coding – A-Z Hands-On Malware Defense & Attack
β±οΈ Length: 17.8 total hours
β 4.43/5 rating
π₯ 61,957 students
π January 2026 update
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Course Overview
- Embark on an intensive, hands-on journey into practical reverse engineering across x86_64, ARM, and Linux environments. This bootcamp meticulously dissects binary executables to expose their inner workings.
- Gain a profound understanding of low-level software operation, translating complex machine code into actionable insights, moving beyond high-level programming paradigms.
- Explore methodologies for both malware defense and attack scenarios, providing a crucial dual perspective essential for comprehensive cybersecurity roles.
- Master deconstructing compiled code using industry-leading tools, thoroughly understanding executable formats, memory maps, and dynamic runtime behaviors.
- Delve into real-world applications: identifying unknown binary purposes, patching software, bypassing protections, and hardening systems against sophisticated threats.
- Become a crucial asset in any security team, capable of analyzing complex software, uncovering hidden functionalities, and contributing significantly to vulnerability research.
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Requirements / Prerequisites
- A foundational understanding of computer architecture principles (CPU registers, memory hierarchy, instruction execution flow) is highly beneficial.
- Familiarity with at least one high-level language like Python or C/C++ is advantageous for grasping control flow; prior C experience is particularly helpful.
- Basic proficiency in the Linux command line interface (CLI), including navigation, command execution, and file management, is expected.
- A system with at least 8GB RAM and a multi-core processor is strongly recommended for running virtual machines and demanding analysis tools.
- An eager learning attitude and a strong problem-solving mindset are paramount for tackling the inherently complex challenges of reverse engineering.
- No prior specific reverse engineering or binary analysis experience is strictly required; this bootcamp comprehensively builds knowledge from the ground up.
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Skills Covered / Tools Used
- Advanced Ghidra Usage: Master sophisticated scripting (Jython/Java), custom loader development, and extending Ghidra’s powerful analysis capabilities.
- IDA Pro Mastery: Leverage IDA’s potent cross-referencing, graphical view analysis, IDAPython scripting for automation, and its integrated debugger for in-depth static and dynamic analysis.
- Linux System-Level Analysis: Employ tools like strace, ltrace, ldd, and various debuggers to thoroughly understand program-OS interaction and dynamic library dependencies.
- x86_64 and ARM Architecture Deep Dive: Understand intricate instruction sets, calling conventions, stack manipulation, and memory management specific to these prevalent 32-bit and 64-bit architectures.
- Low-Level C and Assembly: Write, compile, and disassemble small programs to directly observe the precise mapping between high-level language constructs and underlying machine code.
- Binary Patching & Modification: Learn practical techniques to modify compiled executables, enabling changes in behavior, disabling security checks, or injecting custom code without source access.
- Malware Triage & Analysis: Develop robust strategies for initial assessment, static signature generation, and behavioral analysis of suspicious binaries within controlled environments.
- Vulnerability Identification: Gain hands-on experience identifying common software vulnerabilities (e.g., buffer overflows, format string bugs) through both static and dynamic analysis methods.
- Obfuscation and Anti-Analysis: Understand advanced techniques used by malware authors to thwart reverse engineering efforts and learn effective methods to unpack, de-obfuscate, and counteract them.
- Dynamic Analysis with Debuggers: Proficiently utilize debuggers (like GDB on Linux and x64dbg for Windows context) to step through code, inspect memory, and manipulate program state in real-time.
- RE Workstation Setup: Configure a robust reverse engineering environment, including essential compilers (GCC, Clang), assemblers (NASM), and critical utilities for Linux-based analysis.
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Benefits / Outcomes
- Career Advancement: Acquire highly sought-after, niche skills for prominent roles such as Malware Analyst, Vulnerability Researcher, Security Engineer, Penetration Tester, and Core Reverse Engineer.
- Deep Technical Proficiency: Develop an unparalleled understanding of how software truly functions at its lowest levels, fostering a unique perspective invaluable in both advanced software development and security.
- Practical Problem-Solving: Gain the confidence and capability to analyze any unknown binary, debug complex software issues without source code, and uncover hidden functionalities or malicious intent.
- Enhanced Security Posture: Contribute significantly to stronger defense strategies by understanding attacker methodologies from the ground up, enabling proactive threat intelligence and effective incident response.
- Custom Tool Development: Acquire the knowledge and practical skills to extend and customize existing reverse engineering tools, or even develop your own specialized utilities for niche analysis tasks.
- Foundation for Exploitation: Build a solid foundational base for further studies in exploit development, allowing you to identify weaknesses and understand the intricate mechanics of crafting reliable exploits.
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PROS
- Comprehensive A-Z Coverage: Delivers a full spectrum of topics from fundamental concepts to advanced, practical reverse engineering techniques.
- Industry-Standard Tools: Focuses on the practical application of Ghidra and IDA Pro, ensuring the acquisition of highly relevant and marketable skills.
- Hands-On & Practical: Emphasizes real-world scenarios and extensive exercises, making the learning experience engaging and highly effective.
- Dual Perspective (Defense & Attack): Provides a holistic understanding of cybersecurity by covering both offensive and defensive reverse engineering applications.
- Regularly Updated Content: The “January 2026 update” indicates ongoing relevance and responsiveness to evolving industry tools and threat landscapes.
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CONS
- Significant Time Commitment: While exceptionally comprehensive, mastering the breadth and depth of advanced topics covered will require substantial dedication and practice beyond the stated course hours.
Learning Tracks: English,IT & Software,Network & Security
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