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ECCouncil DFE
EC-Council Digital Forensics Essentials (DFE) teaches foundational concepts in digital, computer, operating system, network, and web browser forensics, enabling learners to identify, preserve, and analyze electronic evidence for investigations.
120
Minutes
75
Questions
70/100
Passing Score
$75
Exam Cost
Who Should Take This
Individuals such as entry‑level security analysts, IT auditors, law‑enforcement support staff, and aspiring cyber‑investigators who have little or no prior forensics experience should enroll. They seek practical, vendor‑neutral knowledge to build a solid forensic foundation and advance careers in incident response and digital evidence handling.
What's Covered
1
Digital Forensics Fundamentals
2
Computer Forensics
3
Operating System Forensics
4
Network Forensics
5
Web Browser Forensics
6
Mobile Device Forensics
7
Cloud Forensics
8
Malware Forensics
9
Forensic Reporting and Legal Considerations
What's Included in AccelaStudy® AI
Adaptive Knowledge Graph
Practice Questions
Lesson Modules
Console Simulator Labs
Exam Tips & Strategy
20 Activity Formats
Course Outline
60 learning goals
1
Digital Forensics Fundamentals
2 topics
Investigation methodology
- Define digital forensics and describe its role in cybercrime investigation incident response litigation support and regulatory compliance.
- Identify forensic investigation phases including identification preservation collection examination analysis and presentation of digital evidence.
- Apply evidence documentation procedures including photographing scenes maintaining logs creating chain of custody records and writing forensic reports.
- Analyze an investigation scenario to determine the appropriate forensic methodology evidence priorities and legal considerations.
Evidence types and handling
- Describe digital evidence types including volatile and non-volatile data and explain the order of volatility for evidence collection prioritization.
- Apply chain of custody procedures including secure evidence storage access logging integrity verification using hashes and transport documentation.
- Analyze evidence handling procedures to identify potential contamination risks chain of custody gaps and integrity verification failures.
2
Computer Forensics
3 topics
Disk imaging and file systems
- Describe disk imaging concepts including bit-for-bit copies write blocking forensic image formats E01 dd AFF and hash verification.
- Apply forensic imaging using write blockers and imaging tools to create verified forensic copies of hard drives SSDs and removable media.
- Analyze forensic image integrity by comparing acquisition hashes verifying image completeness and documenting imaging process metadata.
Data recovery and artifact analysis
- Describe data recovery concepts including file carving deleted file recovery slack space analysis and unallocated space examination.
- Identify file system types NTFS FAT32 ext4 HFS+ APFS and describe their forensic artifacts including timestamps permissions and journaling.
- Apply file recovery techniques to extract deleted files from forensic images and verify recovered file integrity using cryptographic hash comparison.
- Analyze file metadata including creation timestamps modification dates access times and author information to establish event chronology.
Windows forensic artifacts
- Identify Windows forensic artifacts including registry hives event logs prefetch files LNK files jump lists and recycle bin records.
- Apply forensic examination to extract and interpret Windows registry entries user activity artifacts and application execution evidence.
- Analyze Windows system artifacts to reconstruct user activities installed software login sessions and system configuration changes over time.
3
Operating System Forensics
2 topics
Linux forensic artifacts
- Identify Linux forensic artifacts including syslog auth.log bash history cron jobs user account files and package installation records.
- Apply Linux forensic examination to extract log entries user command history file access timestamps and service configuration evidence.
- Analyze Linux artifacts to reconstruct user sessions administrative actions file modifications and unauthorized access attempts.
Memory and process forensics
- Describe volatile data forensics including RAM capture running processes network connections open files and loaded kernel modules.
- Apply memory acquisition tools to capture volatile data from running systems before shutdown preserving process and network state information.
- Analyze memory dumps to identify running malware injected code suspicious network connections and encryption keys stored in volatile memory.
4
Network Forensics
2 topics
Packet capture and analysis
- Describe network forensics including packet capture flow analysis protocol analysis and network evidence role in incident investigations.
- Apply Wireshark and tcpdump to capture filter and examine network traffic for forensic investigation of suspicious communications.
- Analyze network packets to identify data exfiltration command and control traffic protocol anomalies and unauthorized connection patterns.
Log and email forensics
- Describe log forensics concepts including log correlation timestamp synchronization log integrity verification and centralized log management.
- Apply email header analysis to trace email origin identify spoofing attempts and extract sender IP addresses and mail routing information.
- Analyze network logs and email evidence to reconstruct phishing attack timelines from initial delivery through credential harvesting and lateral movement.
5
Web Browser Forensics
2 topics
Browser artifact extraction
- Identify web browser forensic artifacts including browsing history cached pages cookies bookmarks download records and form auto-fill data.
- Apply browser forensic tools to extract history cache cookies and download records from Chrome Firefox Edge and Safari browser databases.
- Analyze web browser artifacts to reconstruct user browsing activity identify visited sites downloaded files and search queries within investigation timeframes.
Web server forensics
- Describe web server log formats including Apache access logs IIS logs and Nginx logs and identify key fields for forensic examination.
- Apply web server log analysis to identify attack patterns including SQL injection attempts directory traversal brute force logins and web shell access.
- Analyze web server logs to reconstruct attack sequences identify compromised resources attacker IP addresses and exploitation methods used.
6
Mobile Device Forensics
1 topic
Mobile acquisition and artifacts
- Describe mobile forensic acquisition methods including logical extraction file system extraction and physical extraction and their capabilities.
- Identify mobile device artifacts including call logs SMS/MMS messages app data GPS coordinates photos with EXIF data and cloud sync records.
- Apply mobile forensic tools to extract text messages call records application data and location history in a forensically sound procedure.
- Analyze mobile device artifacts to reconstruct communication patterns location history and application usage relevant to investigation objectives.
7
Cloud Forensics
2 topics
Cloud evidence collection
- Describe cloud forensics challenges including multi-tenancy data volatility jurisdictional issues and limited physical access to infrastructure.
- Apply cloud evidence collection by preserving cloud logs capturing virtual machine snapshots and documenting cloud account configurations.
- Analyze cloud service logs to identify unauthorized access data exfiltration and configuration changes within cloud environments during investigations.
Cloud service investigation
- Identify cloud forensic data sources including API activity logs storage access records virtual machine snapshots and identity audit trails.
- Apply cloud-specific investigation techniques to correlate API calls with user activity and identify unauthorized resource provisioning or data access.
- Analyze cloud infrastructure evidence to determine breach scope compromised accounts accessed resources and attacker persistence mechanisms.
8
Malware Forensics
2 topics
Malware analysis basics
- Describe malware analysis approaches including static analysis dynamic sandbox execution code analysis and behavioral monitoring techniques.
- Identify malware artifacts including suspicious files registry modifications scheduled tasks network beacons and persistence mechanisms.
- Apply basic malware analysis including file hash lookup strings extraction sandbox execution and behavioral observation to characterize samples.
- Analyze malware indicators to determine malware family infection vector persistence mechanism and command and control communication patterns.
Anti-forensics awareness
- Describe anti-forensics techniques including data wiping steganography timestamp manipulation encryption and log tampering methods.
- Apply anti-forensics detection by identifying suspicious timestamp patterns missing log entries encrypted containers and evidence of data destruction.
- Analyze forensic examination results to detect anti-forensics activity and recommend additional collection methods to recover concealed evidence.
9
Forensic Reporting and Legal Considerations
3 topics
Report writing
- Describe forensic report components including case summary methodology findings timeline reconstruction evidence exhibits and conclusions.
- Apply forensic report writing standards to document examination procedures findings and conclusions in a clear legally defensible format.
- Analyze report quality by reviewing evidence citations methodology documentation and conclusion support to ensure investigative completeness.
Legal framework and testimony
- Describe legal considerations including search and seizure laws electronic evidence admissibility privacy regulations and expert witness duties.
- Apply legal compliance procedures by following proper authorization evidence handling and documentation standards throughout forensic investigations.
- Analyze jurisdictional implications of digital evidence collection to determine applicable laws and ensure investigation procedures meet legal requirements.
Ethics and professional standards
- Describe professional ethics standards for digital forensics examiners including objectivity impartiality confidentiality and continuing education requirements.
- Apply ethical decision-making frameworks when encountering conflicts between investigation objectives and privacy rights or organizational policies.
Scope
Included Topics
- All modules in EC-Council Digital Forensics Essentials covering investigation methodology evidence handling computer network mobile cloud and malware forensics.
- Digital forensics fundamentals including evidence types chain of custody forensic readiness legal considerations and investigation methodology.
- Computer forensics including disk imaging file system analysis data recovery Windows and Linux artifact examination and memory forensics.
- Network forensics including packet capture log analysis email forensics web server investigation and network traffic reconstruction.
- Mobile cloud and malware forensics including device acquisition cloud evidence collection and basic malware analysis techniques.
Not Covered
- Advanced forensic techniques memory forensics and anti-forensics countermeasures covered by CHFI.
- Penetration testing and ethical hacking covered by CEH and CPENT.
- Enterprise incident response and SOC operations covered by ECIH and CSA.
- Legal testimony and jurisdiction-specific frameworks beyond foundational awareness.
- Advanced mobile forensics including chip-off and JTAG extraction.
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