EC-COUNCILEC-Council Digital Forensics Essentials
The EC-Council Digital Forensics Essentials (D|FE) certification is an entry-level, foundational program that introduces the core phases, principles, and practices of digital forensics investigation. Designed for beginners with no prior IT or cybersecurity experience, it builds practical skills through 12 modules, 34 hands-on labs, and real-world CTF capstone challenges. Earning D|FE validates your ability to conduct structured forensic investigations and provides a globally recognized credential that serves as a stepping stone to advanced programs like the Computer Hacking Forensic Investigator (C|HFI).
1489 practice questions · Updated 2026-07-30
7Domains
35Objectives
233Concepts
1489Questions
DFE Curriculum
Every domain, objective, and concept the DFE exam measures.
- Definition of computer forensics
- Goals of computer forensics
- Digital evidence
- Computer forensics process
- Role of computer forensics in legal and organizational contexts
- Definition of digital evidence
- Types and sources of digital evidence
- Evidence handling and preservation
- Forensic readiness planning
- Legal and ethical considerations
- Define forensic investigator role
- Identify key responsibilities
- Understand legal and ethical duties
- Recognize collaboration with stakeholders
- Legal Frameworks in Computer Forensics
- Admissibility of Digital Evidence
- Chain of Custody
- Privacy and Data Protection Laws
- Legal and Ethical Obligations of Forensic Investigators
- Compliance and Reporting Requirements
- Pre-investigation phase
- Investigation phase
- Post-investigation phase
- Disk drive types
- Logical structure of a disk
- Disk partitioning and file systems
- Data acquisition considerations
- Windows Boot Process
- Linux Boot Process
- macOS Boot Process
- Windows File Systems
- Linux File Systems
- macOS File Systems
- File System Comparison
- File system fundamentals
- Common file system types
- File system metadata
- Deleted file recovery
- Data carving
- File system forensics tools
- Evidence preservation
- Definition of data acquisition
- Types of data acquisition
- Static acquisition
- Live acquisition
- Logical acquisition
- Sparse acquisition
- Imaging methods
- Acquisition tools
- Write protection
- Validation and verification
- Forensic image formats
- Forensic image standards
- Image format comparison
- Acquisition methods and format selection
- Data deletion basics
- File system metadata and deletion
- File recovery techniques
- Challenges in file recovery
- Password Protection Fundamentals
- Password Cracking Techniques
- Encryption Basics
- Encryption Algorithms
- Encrypted File Systems
- Defeating Password Protection
- Defeating Encryption
- Anti-Forensics Countermeasures
- Definition and purpose of steganography
- Types of steganography
- Image steganography techniques
- Audio and video steganography
- Text and file system steganography
- Network steganography
- Steganalysis basics
- Tools for steganography and steganalysis
- Legal and ethical considerations
- Artifact wiping
- Trail obfuscation
- Anti-forensics countermeasures
- Identify anti-forensics techniques
- Understand countermeasure principles
- Apply data hiding countermeasures
- Apply artifact wiping countermeasures
- Apply encryption countermeasures
- Implement logging and monitoring
- Preserve evidence integrity
- Volatile vs. Non-Volatile Data
- Order of Volatility
- Windows Volatile Data Collection
- Windows Non-Volatile Data Collection
- Live Response vs. Static Acquisition
- Tools for Volatile Data Collection
- Tools for Non-Volatile Data Collection
- Documentation and Chain of Custody
- Windows Memory Acquisition
- Memory Analysis Tools
- Windows Artifact Locations
- Registry Analysis
- Event Log Analysis
- Prefetch and Shimcache Analysis
- File System Artifacts
- User Activity Artifacts
- Correlating Memory and Artifacts
- Browser Artifact Locations
- Browser History Analysis
- Cache and Temporary File Analysis
- Cookie and Session Data Analysis
- Download and Form Data Analysis
- Browser Forensics Tools
- Cross-Browser and Version Differences
- Anti-Forensics and Privacy Modes
- Linux memory acquisition
- Linux memory analysis tools
- Linux file system structure
- File system metadata analysis
- Deleted file recovery in Linux
- Linux log analysis
- Linux user and authentication artifacts
- Linux process and service analysis
- Linux network artifacts
- Linux shell history and command artifacts
- Mac File System Basics
- Mac Artifact Locations
- Mac User and Account Forensics
- Mac Application and Internet Forensics
- Mac System and Security Logs
- Mac File Metadata and Timestamps
- Mac Memory and Hibernation Forensics
- Mac Forensic Tool Usage
- Definition of network forensics
- Network forensic process
- Network evidence sources
- Network traffic analysis
- Network forensic tools
- Challenges in network forensics
- Event correlation definition
- Correlation techniques
- Correlation process
- Correlation tools
- Correlation challenges
- Network Log Sources
- Log Parsing and Normalization
- Common IoC Categories
- Correlating Logs with Threat Intelligence
- Anomaly Detection in Network Traffic
- Documenting and Reporting IoCs
- Web Application Architecture
- HTTP Request and Response Analysis
- Common Web Vulnerabilities
- Web Application Attack Vectors
- Web Server Logs
- Web Application Firewall (WAF) Logs
- Database Logs
- Session and Cookie Analysis
- Web Application Forensics Tools
- Correlating Evidence
- IIS log format and fields
- Apache log formats (common and combined)
- Parsing log entries
- Correlating logs with attacks
- Identifying anomalies and patterns
- Using log analysis tools
- Interpreting status codes
- Timeline reconstruction
- Definition of Dark Web
- Dark Web Access Methods
- Dark Web Anonymity and Encryption
- Dark Web Marketplaces and Activities
- Dark Web Investigation Challenges
- Dark Web Investigation Techniques
- Legal and Ethical Considerations
- Tor Browser Architecture
- Tor Browser Installation and Configuration
- Tor Browser Artifacts
- Tor Browser Data Persistence
- Tor Browser Logs and Traces
- Tor Browser Memory Forensics
- Tor Browser Network Forensics
- Tor Browser Anti-Forensics and Countermeasures
- Tor Browser Timeline Analysis
- Tor Browser User Identification
- Email crime investigation overview
- Email header analysis
- Email tracing and identification
- Email spoofing detection
- Email evidence collection
- Email forensic tools
- Legal and ethical considerations
- Email header structure
- Tracing email origin
- Header forgery detection
- Email authentication protocols
- SPF analysis
- DKIM analysis
- DMARC policy evaluation
- Interpreting authentication results
- BEC attack overview
- BEC evidence identification
- Email header analysis
- Email spoofing detection
- Domain and sender verification
- Email content analysis
- Attachment and link analysis
- Correlating email and financial data
- Preserving and documenting evidence
- Reporting BEC findings
- Malware Classification
- Malware Components
- Malware Distribution Vectors
- Definition and scope of malware forensics
- Malware classification
- Malware infection vectors
- Malware behavior analysis
- Malware forensics investigation process
- Legal and ethical considerations
- Static analysis overview
- File fingerprinting
- String extraction
- Packing and obfuscation detection
- PE file structure analysis
- Import and export analysis
- Resource analysis
- Antivirus scanning
- Static analysis limitations
- Dynamic analysis fundamentals
- Safe execution environment setup
- System monitoring tools
- Network traffic analysis
- Behavioral analysis
- Log and report generation
- System behavior analysis
- Network behavior analysis
- Correlating system and network evidence
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Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for DFE, so none is invented.