CORE

Cyber Forensics

24CSE8121 · S8 · 4 credits

Official KTU 2024 syllabus subject — study with practice, PYQs and AI tools.

§
Syllabus
Loading syllabus…
Manage →
⚡ DAY-BEFORE EXAM

Have an exam tomorrow?

Get a high-yield attack plan focused on maximum marks per minute. Zero fluff, strict PYQ priority, active recall, and trap avoidance.

Strategy: High-yield concepts + PYQs + weak areas

Tap a module to mark as weak
PRIORITY A
Module 1

Why:Foundation module

+ Mark Weak
PRIORITY A
Module 2

Why:High exam relevance

+ Mark Weak
PRIORITY B
Module 3

Why:Core module

+ Mark Weak
PRIORITY B
Module 4

Why:Applied concepts

+ Mark Weak
PRIORITY C
Module 5

Why:Standard exam coverage

+ Mark Weak
Modules
Module 01Cyber Forensics and Computer Forensic Investigations (7 hours)expand

Cyber Forensics: Cyber Technology- Technological Aspects of Cyber Forensics-Governance Aspects of Cyber Forensics- Judicial Aspects of Cyber Forensics- Legal Perspective of Cyber Forensic investigations. Computer Forensic Investigations: -Preparing for computer investigations, understanding Public and private investigations. Forensics Investigation Principles - Forensic Protocol for Evidence Acquisition - Digital Forensics Standards and Guidelines - Digital Evidence – Data Acquisition - storage formats for digital evidence, determining the best acquisition method, contingency planning for image acquisitions.

Module 02Cyber Forensics Tools and Types of Forensics (8 hours)expand

Cyber Forensics Tools-Computer Forensics software and hardware tools -Open Source and Proprietary -Challenges in Cyber Forensics, Skills Required to Become a Cyber Forensic Expert, Physical Requirements of a Cyber forensics Lab,Types of Cyber forensics. File System Forensics-Working with windows and DOS systems- file systems, exploring Microsoft file structures, examining FAT and NTFS disks, whole disk encryption, the windows registry, Microsoft and MS-DOS startup tasks, Examining UNIX and LINUX disk structures and boot processes, examining CD data structures, examining IDE/EIDE and SATA devices.

Module 03OS and Network Forensics (10 hours)expand

Windows Forensics-Live Response: Data Collection- Introduction , Locard’s Exchange Principle, Order of Volatility - Volatile and Non Volatile Data Live-Response Methodologies: Data Analysis, Windows Memory Analysis, Rootkits and Rootkit detection. Linux Forensics: Live Response Data Collection- Data Analysis- Log Analysis, Keyword Searches, User Activity, Network Connections, Running Processes, Open File Handlers, The Hacking Top Ten, Reconnaissance Tools. Network Forensics: The OSI Model, Forensic Footprints, Seizure of Networking Devices, Network Forensic Artifacts, ICMP Attacks, Drive-By Downloads, Network Forensic Analysis Tools, Case Study: Wireshark. Web Attack Forensics: OWASP Top 10, Web Attack Tests, Penetration Testing.

Module 04Cyber crimes and security (5 hours)expand

Cyber Security: Cybercrimes, Types of Cybercrimes –Cyber Security Steps taken to protect ICT and prevent Misuse of Internet- IT Act 2000- Social Cyber Media.

Module 05Anti-Forensics (6 hours)expand

Anti-forensic Practices - Data Wiping and Shredding- Data Remanence, Degaussing, Case Study: USB Oblivion, Eraser - Trail Obfuscation: Spoofing, Data Modification, Case Study: Timestamp – Encryption, Case Study: VeraCrypt, Data Hiding: Steganography and Cryptography, Case Study: SilentEye, Anti-forensics Detection Techniques, Case Study: Stegdetect.

Notes / Resources

Exam-focused notes are optional context — Continue Learning above works even without them.

Notes for this subject aren't written yet

Continue Learning above adapts to this subject anyway — it teaches from your active syllabus.