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Microsoft Cisco AWS EC-Council View All Courses
D|FE
EC-Council · Cyber Essentials · Exam 112-53

Digital Forensics

Essentials

Master foundational digital forensics investigation — covering evidence collection, disk analysis, network forensics, dark web investigation, email crimes, and malware analysis. No prior IT experience required.

Digital Evidence Computer Forensics Disk Analysis Network Forensics Dark Web Malware Analysis Anti-Forensics Email Crime Windows Forensics Linux Forensics
Enroll Now
D|FE Program
Digital Forensics Essentials · 12 Modules
Computer Forensics Fundamentals
Module 01
Forensics Investigation Process
Module 02
Hard Disks & File Systems
Module 03
Data Acquisition & Duplication
Module 04
Defeating Anti-Forensics Techniques
Module 05
Windows Forensics
Module 06
+ 6 more modules including Network, Dark Web & Malware
12
Modules
Full 112-53 syllabus
75
Questions
Multiple choice exam
2 Hours
Duration
Timed exam
24/7
Support
Expert guidance
Why D|FE

Your Gateway to Digital Forensics

The D|FE certification gives you a complete, hands-on foundation in digital forensics investigation — built for beginners with zero experience required.

No Prerequisites Required

Designed for absolute beginners — students, graduates, and professionals from any background can start immediately without prior IT or cybersecurity experience.

100% Hands-On Labs

Every module includes real-world lab exercises using tools like Autopsy, FTK Imager, Volatility, Wireshark, and Sleuth Kit for authentic forensics practice.

EC-Council Accredited

D|FE is an ANSI-accredited, globally recognised entry credential from EC-Council — the world's largest cybersecurity certification body.

Career Launchpad

A structured stepping stone to CHFI and beyond — D|FE gives you the vocabulary and investigation techniques to launch your digital forensics career.

Skills You'll Gain

The Complete D|FE Skill Set

From identifying digital evidence to investigating dark web activity and malware — every skill area from the 112-53 exam syllabus.

Computer Forensics Fundamentals
Digital evidence types, forensic readiness, investigator roles, and legal compliance in computer forensics.
Forensics Investigation Process
Pre-investigation, investigation, and post-investigation phases including hash calculations and disk imaging.
Disk Drives & File Systems
Disk types, logical structure, booting processes for Windows/Linux/Mac OS, and file system examination.
Data Acquisition & Duplication
Acquisition fundamentals, types, formats, methodology, and forensic image creation and verification.
Anti-Forensics Countermeasures
Anti-forensics techniques, SSD file carving, partition recovery, password cracking, and steganography detection.
Windows Forensics
Volatile/non-volatile data, registry analysis, browser artifacts, metadata, and process investigation.
Linux & Mac Forensics
Volatile data in Linux, Sleuth Kit filesystem analysis, memory forensics, and Mac forensic investigation.
Network Forensics
Fundamentals, event correlation, IoC identification from network logs, and traffic investigation.
Web Attack Investigation
Web application forensics, IIS/Apache log analysis, and detecting web application attacks using Splunk.
Dark Web Forensics
Dark web investigation, TOR browser forensics, detecting TOR, and analyzing RAM dumps for artifacts.
Email Crime Investigation
Email basics, crime investigation steps, and investigating suspicious emails for evidence.
Malware Forensics
Static/dynamic malware analysis, system/network behavior analysis, and suspicious document examination.
Who Should Enroll

D|FE Is for Everyone Starting Their Forensics Journey

No experience needed — the D|FE is the first step for anyone entering digital forensics and cybersecurity.

👨‍🎓
Students & Graduates
College and university students building a digital forensics and cybersecurity foundation alongside their IT education.
🏫
High School Students
Young learners who want an early start and want to master the fundamentals of digital evidence and online security.
💼
Working Professionals
Professionals from any domain looking to switch into cybersecurity, digital forensics, or incident response roles.
🔄
Career Changers
Anyone transitioning from a non-IT field who wants a structured, recognised starting point in digital forensics.
Your EC-Council Certification Roadmap
D|FE Digital Forensics Essentials Start Here
Start here — Exam 112-53
C|CT Certified Cybersecurity Technician
Core certification, 20+ domains — Exam 212-82
CHFI Computer Hacking Forensic Investigator
Advanced forensics — Exam 312-49
C|EH Certified Ethical Hacker
World's #1 ethical hacking cert — Exam 312-50
C|EH Master CEH Master
6-hour practical exam — the elite credential
Tools & Technologies
Autopsy
FTK Imager
Sleuth Kit
Volatility
Wireshark
VeraCrypt
dd / dcfldd
HashCalc
EnCase
X-Ways Forensics
Maltego
AXIOM Cyber
Splunk
HxD Hex Editor
OSForensics
DBAN
Autopsy
FTK Imager
Sleuth Kit
Volatility
Wireshark
VeraCrypt
dd / dcfldd
HashCalc
EnCase
X-Ways Forensics
Maltego
AXIOM Cyber
Splunk
HxD Hex Editor
OSForensics
DBAN
Curriculum

D|FE — 12 Course Modules

Every 112-53 exam objective covered — from forensics fundamentals to malware analysis, with hands-on labs throughout.

  • Fundamentals of Computer Forensics
  • Digital Evidence
  • Forensic Readiness
  • Role and Responsibilities of a Forensic Investigator
  • Legal Compliance in Computer Forensics
  • Forensic Investigation Process and its Importance
  • Pre-investigation Phase
  • Investigation Phase
  • Post-investigation Phase
  • Performing Hash / HMAC Calculations
  • Comparing Hash Values to Check File Integrity
  • Creating a Disk Image File of a Hard Disk Partition
  • Different Types of Disk Drives and their Characteristics
  • Logical Structure of a Disk
  • Booting Process of Windows, Linux, and Mac OS
  • File Systems of Windows, Linux, and Mac OS
  • File System Examination
  • Analyzing File System of a Linux Image
  • Recovering Deleted Files from Hard Disks
  • Data Acquisition Fundamentals
  • Types of Data Acquisition
  • Data Acquisition Format
  • Data Acquisition Methodology
  • Creating an Image of a System Drive
  • Converting Acquired Image File to a Bootable Virtual Machine
  • Acquiring RAM from Windows Workstations
  • Viewing Contents of Forensic Image File
  • Anti-Forensics and its Techniques
  • Anti-Forensics Countermeasures
  • SSD File Carving on a Windows File System
  • Recovering Data from Lost / Deleted Disk Partition
  • Cracking Application Passwords
  • Detecting Steganography
  • Volatile and Non-Volatile Information
  • Windows Memory and Registry Analysis
  • Cache, Cookie, and History in Web Browsers
  • Windows Files and Metadata
  • Acquiring Volatile Information from a Live Windows System
  • Investigating Forensic Image of Windows RAM
  • Examining Web Browser Artifacts
  • Extracting Information about Loaded Processes
  • Volatile and Non-Volatile Data in Linux
  • Analyze Filesystem Image Using the Sleuth Kit
  • Memory Forensics
  • Mac Forensics
  • Forensic Investigation on a Linux Memory Dump
  • Recovering Data from a Linux Memory Dump
  • Network Forensics Fundamentals
  • Event Correlation Concepts and Types
  • Identify Indicators of Compromise (IoCs) from Network Logs
  • Investigate Network Traffic
  • Identifying and Investigating Network Attacks using Wireshark
  • Web Application Forensics
  • IIS and Apache Web Server Logs
  • Investigating Web Attacks on Windows-based Servers
  • Detect and Investigate Attacks on Web Applications
  • Identifying and Investigating Web Application Attacks Using Splunk
  • The Dark Web
  • Dark Web Forensics
  • Tor Browser Forensics
  • Detecting TOR Browser on a Machine
  • Analyzing RAM Dumps to Retrieve TOR Browser Artifacts
  • Email Basics
  • Email Crime Investigation and its Steps
  • Investigating a Suspicious Email
  • Malware, its Components and Distribution Methods
  • Malware Forensics Fundamentals and Types of Malware Analysis
  • Static Malware Analysis
  • Analyze Suspicious Word Documents
  • Dynamic Malware Analysis
  • System Behavior Analysis
  • Network Behavior Analysis
  • Performing Static Analysis on a Suspicious File
  • Forensic Examination of a Suspicious Microsoft Office Document
  • Performing System Behaviour Analysis
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Exam Details

112-53 Exam Information

Everything you need to know about the D|FE exam — format, duration, and passing criteria.

112-53
Exam Code
Official EC-Council code
75
Questions
Multiple choice questions
2 Hours
Duration
Time allowed for exam
MCQ
Format
Multiple choice questions
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Join thousands of students who launched their cybersecurity careers with EC-Council D|FE. Expert-led training, hands-on labs, and full exam support at Zetlan Technologies.

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