Reverse Engineering In Practice

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Reverse Engineering In Practice
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.54 GB | Duration: 3h 5m
Malware Analysis • Ethical Hacking • Digital Forensics • Cybersecurity • Assembly language • Debugging
What you'll learn
Apply industry-standard reverse engineering methodologies to real-world.

Perform malware analysis, debugging, and penetration testing.
Binary Math concept and Native Code.
Reverse engineering tools such as IDA Pro, WinDbg, etc.
Understand modern CPU architecture.
Examine Portable Executable (PE) files.
Assembly language instructions.
Windows API.
Advanced Cybersecurity and Ethical Hacking.
Static Analysis and Dynamic Analysis.
Intel instruction set architecture or ISA.
Debugger Functionality and Commands.
Functions and the stack Frames.
Calling Conventions.
Conditionals and control Instructions.
Arrays
Leveraging Strings and APIs
Requirements
Windows PC, preferably with 8GB RAM minimum.
Description
This course contains the use of artificial intelligence.Reverse Engineering Techniques for Malware Analysis, Ethical Hacking, Digital Forensics, Cybersecurity, and DebuggingReverse engineering is one of the most valuable skills in cybersecurity, enabling professionals to analyze software at its lowest level and understand exactly how programs operate. This course provides a comprehensive introduction to reverse engineering, covering the fundamental concepts, tools, and techniques required to analyze native code binaries.Apply industry-standard reverse engineering methodologies to real-world software security, malware analysis, digital forensics, and cybersecurity investigations.Core Topics CoveredBinary Math Fundamentals - Learn binary numbers, hexadecimal notation, bitwise operations, memory representation, and how computers process data at the machine level.File Formats & ExecutablesStudy native code formats, including the Portable Executable (PE) format used by Windows. Learn how executable files are structured and how their components influence program execution.Determining Program Characteristics and BehaviorsLearn how to identify a program's functionality, understand execution flow, analyze interactions with the operating system, detect hidden features, and uncover the true purpose of unknown software.Essential Instructions & Assembly Language - Understand CPU instructions, registers, memory addressing, control flow, function calls, and the fundamentals of assembly language.Malware Analysis - Discover how to investigate malicious software, identify malware behavior, analyze payloads, and uncover hidden functionality.Penetration Testing Applications - Learn how reverse engineering helps security professionals discover vulnerabilities, analyze software protections, and assess application security.Incident Response & Threat Investigation - Examine suspicious binaries, identify indicators of compromise, understand attack techniques, and support forensic investigations.Effectively Reverse Engineering Binary Code - Develop a structured approach to analyzing executable files and breaking down complex software into understandable components.Determining Program Characteristics and Behaviors - Learn how to identify software functionality, execution flow, system interactions, hidden features, and the true purpose of unknown programs.File Formats & Executables - Explore native code formats, including the Portable Executable (PE) format, and understand how executable files are structured.Static Analysis Techniques - Analyze code without execution to identify functionality, structure, and potential security concerns.Dynamic Analysis Techniques - Observe program behavior during runtime to understand real-world execution and interactions.IDA Pro & WinDbg - Gain hands-on experience with industry-standard tools used for debugging, code analysis, and reverse engineering.Learning OutcomesBy the end of this course, you will be able to:Understand binary math and low-level computing conceptsRead and analyze assembly language instructionsReverse engineer native code binaries effectivelyPerform malware analysis and threat investigationsSupport penetration testing and incident response activitiesDetermine program characteristics, functionality, and behaviorUse professional reverse engineering tools with confidenceApply static and dynamic analysis techniques in real-world scenariosetc.Whether your goal is malware analysis, penetration testing, incident response, digital forensics, or software security research, this course provides the essential foundation needed to begin your reverse engineering journey.
Passionate about deconstructing malicious software, identifying vulnerabilities and software reverse engineering.
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