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Lesson 3.3: Data Acquisition Methods

Course Content
Module 1: Introduction to Cyber Forensics
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Lesson 1.1: What is Cyber Forensics?
Lesson 1.2: Importance of Digital Evidence
Lesson 1.3: Types of Cyber Crimes
Lesson 1.4: Cyber Forensics vs Cyber Security
Module 2: Digital Evidence Fundamentals
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Lesson 2.1: Types of Digital Evidence
Lesson 2.2: Volatile vs Non-Volatile Data
Lesson 2.3: Chain of Custody
Lesson 2.4: Evidence Handling Best Practices
Module 3: Forensic Investigation Process
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Lesson 3.1: Identification Phase
Lesson 3.2: Preservation Techniques
Lesson 3.3: Data Acquisition Methods
Lesson 3.4: Analysis & Reporting
Module 4: File Systems & Data Recovery
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Lesson 4.1: Basics of File Systems (FAT, NTFS)
Lesson 4.2: Deleted File Recovery Concepts
Lesson 4.3: Disk Imaging Techniques
Lesson 4.4: Introduction to Data Carving
Module 5: Forensic Tools Overview
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Lesson 5.1: Introduction to Autopsy Tool
Lesson 5.2: Basics of FTK (Forensic Toolkit)
Lesson 5.3: EnCase Overview
Lesson 5.4: Open Source vs Commercial Tools
Module 6: Network & Log Forensics
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Lesson 6.1: Understanding Logs (System, Application)
Lesson 6.2: Basics of Network Traffic Analysis
Lesson 6.3: Introduction to Wireshark
Lesson 6.4: Detecting Suspicious Activity
Module 7: Legal & Ethical Aspects
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Lesson 7.1: Cyber Laws Overview
Lesson 7.2: Admissibility of Digital Evidence
Lesson 7.3: Ethical Considerations
Lesson 7.4: Reporting Standards
Module 8: Case Study & Practical
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Lesson 8.1: Real-World Cyber Crime Case Study
Lesson 8.2: Step-by-Step Investigation Demo
Lesson 8.3: Report Writing Practice
Lesson 8.4: Final Assessment
Module 9: Career in Cyber Forensics
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Lesson 9.1: Job Roles & Opportunities
Lesson 9.2: Certifications (CHFI, CEH, etc.)
Lesson 9.3: Building a Lab Setup
Lesson 9.4: Career Roadmap
Introduction to Cyber Forensics Basics
Please complete previous Lesson first
Lesson 3.2: Preservation Techniques
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