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Computer Forensics Fundamentals
DFE – Digital Forensics Essentials
iLearn courses. EC-Council
EC-Council's "Digital Forensics Essentials" course and certification provides a solid foundation in digital forensics. It covers fundamental concepts such as collecting and analyzing digital evidence, investigative methodologies, tools used in digital investigations, and presenting evidence in court. This course is the ideal entry point for anyone interested in understanding the digital forensics process. Participants learn through case studies and hands-on exercises, simulating real-world scenarios, to gain essential skills in security incident investigation and resolution.
Course Structure
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Computer Forensics Investigation Process
Mode 03
Understanding Hard Disks and File Systems
Mode 04
Data Acquisition and Duplication
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Defeating Anti-forensics Techniques
Mode 06
Windows Forensics
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Linux and Mac Forensics
Mode 08
Network Forensics
Mode 09
Investigating Web Attacks
Mode 10
Dark Web Forensics
Mode 11
Investigating Email Crimes
Module 12
Malware Forensics
Useful information
NDE – Network Defense Essentials
What is DFE?
Digital Forensics Essentials helps learners increase their competence and expertise in digital forensics and information security skills, thereby adding value to their workplace and employer.
This course will introduce learners to Computer Forensics Fundamentals as well as the Computer Forensics Investigation Process.
Plan to learn about Dark Web, Windows, Linux, Malware Forensics, and so much more! The interactive labs component of this course ensures that learners receive the hands-on, practical experience required for a future in digital forensics. Put your newly acquired abilities to the test with an exhilarating Capture the Flag (CTF) Exercise seamlessly integrated in our Capstone project. This CTF is seamlessly integrated by live virtual machines, genuine software, and real networks, all delivered within a secure and regulated sandbox environment. With these exclusive hands-on, human-versus-machine CTF challenges you will develop the hands-on skills essential for success in your cyber professional role.
What will you learn?
- Key issues plaguing the computer forensics
- Different types of digital evidence
- Computer forensic investigation process and its phases
- Different types of disk drives and file systems
- Data acquisition methods and data acquisition methodology
- Anti-forensics techniques and countermeasures
- Volatile and non-volatile information gathering from Windows, Linux, and Mac Systems
- Network forensics fundamentals, event correlation, and network traffic investigation
- Web server logs and web applications forensics
- Dark web forensics
- Email crime investigation
- Malware forensics fundamentals and different types of malware analysis
Who Is It For?
- School students, graduates, professionals, career starters and changers, IT / Technology / Cybersecurity teams with little or no work experience.
- High school students who want to get an early start on their
cybersecurity careers and master the fundamentals of online security. - College or university students interested in preparing for a
cybersecurity career and helping their IT education. - Working professionals who want to get into the cybersecurity field and don't know where to start their education journey.
Course Objectives
The Digital Forensics Essentials (DFE) course from EC-Council aims to provide foundational knowledge and skills in the field of digital forensics. Here are the key objectives of the course:
- Introduction to Digital Forensics
- Understand the fundamental concepts and principles of digital forensics.
- Learn the importance of digital forensics in cybersecurity and law enforcement.
- Digital Forensics Process
- Understand the stages of the digital forensics process: identification, preservation, collection, examination, analysis, and reporting.
- Learn to apply best practices and methodologies in each stage.
- Legal and Ethical Considerations
- Understand the legal and ethical issues surrounding digital forensics.
- Learn about the rules of evidence, chain of custody, and compliance with legal standards.
- Understanding File Systems
- Gain knowledge of different file systems (eg, FAT, NTFS, EXT) and their structures.
- Learn how data is stored, retrieved, and managed in various file systems.
- Data Acquisition and Duplication
- Learn techniques for acquiring and duplicating digital evidence.
- Understand the importance of creating forensic images and maintaining data integrity.
- Disk and File System Forensics
- Understand the process of analyzing hard drives and file systems for evidence.
- Learn to recover deleted files and analyze file metadata.
- Windows Forensics
- Gain expertise in conducting forensic analysis on Windows operating systems.
- Learn about registry analysis, event logs, and system artifacts.
- Network Forensics
- Understand the principles of network forensics and the analysis of network traffic.
- Learn techniques for capturing and analyzing network packets to identify suspicious activities.
- Mobile Device Forensics
- Learn the methodologies and tools used for mobile device forensics.
- Understand the challenges and techniques for extracting and analyzing data from smartphones and tablets.
- Internet and Email Forensics
- Understand how to conduct forensic investigations of internet activities and emails.
- Learn to analyze web browser artifacts, email headers, and email content.
- Malware Forensics
- Learn to identify, analyze, and respond to malware infections.
- Understand techniques for reverse engineering malware and extracting indicators of compromise (IOCs).
- Cloud Forensics
- Gain knowledge of the challenges and techniques in cloud forensics.
- Learn to collect and analyze evidence from cloud environments.
- Forensic Report Writing
- Understand the importance of clear and concise forensic report writing.
- Learn to document findings, maintain objectivity, and prepare reports for legal proceedings.
- Forensic Tools and Software
- Gain hands-on experience with industry-standard forensic tools and software.
- Learn to use tools for data acquisition, analysis, and reporting.
- Case Studies and Practical Scenarios
- Analyze real-world case studies to understand the application of digital forensics.
- Engage in practical exercises and scenarios to apply forensic techniques.
- Incident Response and Handling
- Understand the role of digital forensics in incident response.
- Learn to work as part of an incident response team to investigate and remedy security incidents.
- Emerging Trends and Future Directions
- Stay informed about emerging trends, technologies, and best practices in digital forensics.
- Understand the future directions and innovations in the field.
These objectives aim to provide a comprehensive foundation in digital forensics, equipping participants with the skills and knowledge needed to conduct thorough forensic investigations, analyze digital evidence, and support legal and cybersecurity efforts.
Career Path Opportunities
Completing the Digital Forensics Essentials (DFE) course from EC-Council can lead to various career opportunities in the field of digital forensics, cybersecurity, and IT. Here are some potential career paths:
- Digital Forensics Analyst
- Role: Conduct investigations to retrieve, analyze, and preserve digital evidence.
- Responsibilities: Examine computers, mobile devices, and network logs; recover deleted files; and prepare detailed forensic reports.
- Incident Response Analyst
- Role: Respond to and manage security incidents within an organization.
- Responsibilities: Investigate breaches, collect forensic evidence, contain and remedy threats, and document incident response activities.
- Cybersecurity Analyst
- Role: Monitor and protect an organization's IT infrastructure.
- Responsibilities: Analyze security alerts, conduct vulnerability assessments, implement security measures, and support forensic investigations.
- Computer Forensics Investigator
- Role: Specializes in investigating cybercrimes and digital fraud.
- Responsibilities: Collect and analyze digital evidence, collaborate with law enforcement, and support legal proceedings.
- Forensic Consultant
- Role: Provide expert advice on digital forensics and cybersecurity practices.
- Responsibilities: Conduct forensic investigations, advise on best practices, develop forensic policies, and assist with legal cases.
- Information Security Manager
- Role: Oversee an organization's information security program.
- Responsibilities: Develop security policies, manage security teams, ensure compliance, and coordinate security efforts including forensic investigations.
- Malware Analyst
- Role: Analyze and respond to malware threats.
- Responsibilities: Reverse-engineer malware, identify indicators of compromise, and support forensic investigations involving malware infections.
- Network Forensics Specialist
- Role: Focus on analyzing network traffic to identify and investigate security incidents.
- Responsibilities: Monitor network activity, capture and analyze network packets, and investigate network-based attacks.
- Mobile Forensics Specialist
- Role: Specialize in the forensic analysis of mobile devices.
- Responsibilities: Extract and analyze data from smartphones and tablets, recover deleted information, and support legal investigations.
- E-Discovery Specialist
- Role: Assist with the identification, collection, and analysis of electronic data for legal cases.
- Responsibilities: Manage e-discovery processes, ensure compliance with legal standards, and support litigation efforts.
- Compliance Analyst
- Role: Ensure an organization complies with relevant cybersecurity and data protection regulations.
- Responsibilities: Conduct compliance audits, develop compliance policies, monitor regulatory changes, and report on compliance status.
- Forensic Auditor
- Role: Investigate financial crimes and fraud using digital forensics.
- Responsibilities: Analyze digital financial records, identify fraudulent activities, and support legal and regulatory investigations.
- Cyber Forensics Researcher
- Role: Conduct research on digital forensics methods and tools.
- Responsibilities: Investigate new forensic techniques, develop tools and methodologies, and publish findings in academic or industry journals.
- Security Consultant
- Role: Advise organizations on improving their cybersecurity posture.
- Responsibilities: Conduct security assessments, recommend security measures, and assist with forensic investigations.
- Chief Information Security Officer (CISO)
- Role: Lead the information security strategy and operations of an organization.
- Responsibilities: Develop security policies, manage security programs, oversee forensic investigations, and ensure overall security posture.
- Digital Evidence Specialist
- Role: Focus on handling and analyzing digital evidence for legal cases.
- Responsibilities: Ensure proper evidence handling, maintain chain of custody, and support legal teams with forensic analysis.
- Cyber Crime Investigator
- Role: Work with law enforcement agencies to investigate cybercrimes.
- Responsibilities: Collect and analyze digital evidence, collaborate with legal and law enforcement teams, and testify in court as needed.
These career paths leverage the foundational skills and knowledge gained from the DFE course, enabling individuals to pursue various roles in digital forensics and cybersecurity.
Exam Information
Exam Title: Digital Forensics Essentials
Exam Code: 112-53
Number of Questions: 75
Duration: 2 Hours
Exam Availability : ECC Exam Center
Test Format : Multiple choice
INFORMATION
ComputerLand Romania welcomes specialists in the field of information security by concluding a partnership with EC-Council, the provider of some of the most appreciated training programs in this field, and brings to Romania a varied range of courses and certifications.
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ABOUT EC-COUNCIL
A world leader, EC Council offers information security courses and certifications in all major information security disciplines, including computer security, computer security, network security, application security, computer network penetration testing, computer forensics, and intrusion detection.
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