Learn digital forensics and start your own cases to analyze infected systems. What you'll learn Digital Forensics Usage of Linux Commands Computer Forensics Volatility Framework Requirements Basic Understanding of Computers Description What is computer forensics?Computer forensics is the application of investigation and analysis techniques to gather and preserve evidence from a particular computing device in a way that is suitable for presentation in a court of law. The goal of computer forensics is to perform a structured investigation and maintain a documented chain of evidence to find out exactly what happened on a computing device and who was responsible for it. Computer forensics which is somes referred to as computer forensic science essentially is data recovery with legal compliance guidelines to make the information admissible in legal proceedings. The terms digital forensics and cyber forensics are often used as synonyms for computer forensics. Digital forensics starts with the collection of information in a way that maintains its integrity. Investigators then analyze the data or system to detee if it was changed, how it was changed and who made the changes. The use of computer forensics isn't always tied to a c. The forensic process is also used as part of data recovery processes to gather data from a crashed server, failed drive, reformatted operating system (OS) or other situation where a system has unexpectedly stopped working.Why is computer forensics important?In the civil and criminal justice system, computer forensics helps ensure the integrity of digital evidence presented in court cases. As computers and other data-collecting devices are used more frequently in every aspect of life, digital evidence and the forensic process used to collect, preserve and investigate it has become more important in solving cs and other legal issues. Overview Section 1: Fundamentals of Digital Forensics and Computer Forensics Lecture 1 Evolution of Computers Lecture 2 What is Digital Evidence ? Lecture 3 Categories of Digital Forensics Lecture 4 Anti-Forensics : Enemy of Every Digital Forensics Investigators Lecture 5 Anti-Forensics : Encryption Lecture 6 Anti-Forensics : stamping Section 2: Cybersecurity Fundamentals Lecture 7 Cybersecurity Fundamentals Lecture 8 VPN Lecture 9 Firewall Lecture 10 DMZ Lecture 11 Windows Firewall Explanation Section 3: Building Digital Forensics Lab Lecture 12 Digital Forensics Lab Requirements Lecture 13 Digital Forensics Tools and OS Lecture 14 Installing Kali Linux - Part 1 Lecture 15 Installing Digital Forensics Lab Lecture 16 Installing FTK Manager Lecture 17 Installing Android Emulator Section 4: Digital Evidence Acquisition Techniques Lecture 18 Metadata Section 5: Incident Response Lecture 19 Incident Response Fundamentals Lecture 20 Evidence Collection Lecture 21 Hashing Algorithms Lecture 22 Boolean Types and Comparison Operators in Programming Section 6: Linux and Technical Training Lecture 23 Linux Working With Files - Part 1 Lecture 24 Linux Working With Files - Part 2 Lecture 25 Working with Processes - Part 1 Lecture 26 Working With Processes - Part 2 Lecture 27 Working With Processes - Part 3 Lecture 28 Linux Filtering Processes Lecture 29 Linux - Filesystem Part 1 Lecture 30 Linux - Filesystem Part 2 Lecture 31 Linux - Working With Archive Files 1 Lecture 32 Linux - Working With Archive Files 2 Section 7: Evidence Analysis Lecture 33 Windows Storage Analysis Volatility Lecture 34 Windows RAM Analysis Volatility Lecture 35 Volatility Malware Infected Storage Analysis Lecture 36 Autopsy Section 8: Malware Identification Lecture 37 Malware Identification Fundamentals Lecture 38 Malware Persistence Lecture 39 Malware Identification Tools Section 9: Fundamentals of Computer Networks Lecture 40 Networking - Bner Part 1 Lecture 41 Networking - Bner Part 2 Lecture 42 Networking - Intermediate Part 1 Lecture 43 Networking - Intermediate Part 2 Lecture 44 Networking - Advanced Part 1 Section 10: Malware Analysis in Computer Forensics Lecture 45 Analysis of Malware Codename : CRIDEX Lecture 46 Analysis of Malware Codename : R2D2 Lecture 47 Analysis of Memory that has Virus Section 11: Storage Acquisition Lecture 48 Hashing Storage Device Lecture 49 Magnet Memory Acquisition Lecture 50 Windows File Hashing without any Programs Lecture 51 Non-Volatile Memory Acquisition P2 Lecture 52 Storage Acquisition with Splitting - P3 Lecture 53 Windows RAM Acquisition Lecture 54 FTK Imager Windows Storage Acquisition Section 12: Mobile Forensics Lecture 55 Mobile Forensics - Part 1 Lecture 56 Mobile Forensics - Part 2 Lecture 57 Android Root Bner Digital Forensics Investigators HomePage:
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