Digital Forensics Professional Certificationin Singapore

40 Hours / 5 DaysLive virtual trainingAdvanced

Classroom training and venue arrangements depend on the availability of a suitable conference hall in Singapore. Dates, seating capacity, facilities and the final venue are confirmed before booking.

Learning in Singapore, Singapore

Classroom availability and venue

Classroom training and venue arrangements depend on the availability of a suitable conference hall in Singapore. Dates, seating capacity, facilities and the final venue are confirmed before booking.

Build your understanding

Explore Digital Forensics Professional Certification

Digital Forensics Professional Certification Training in Singapore develops practical skills in digital evidence collection, forensic investigation, data recovery, cybercrime analysis, incident investigation, and forensic reporting. This Digital Forensics Certification Course helps cybersecurity professionals analyze digital artifacts, preserve evidence, investigate security incidents, and apply forensic methodologies through structured, hands-on training aligned with modern digital forensics and cybersecurity investigation requirements.

View the complete course information

Make your learning count

City-page course benefits

Develop Practical Digital Forensics Investigation Skills
Build practical digital forensics skills in Singapore for identifying, collecting, preserving, analyzing, and documenting digital evidence during cybersecurity investigations.
Strengthen Digital Evidence Analysis Expertise
Learn structured approaches to examining digital evidence, maintaining evidence integrity, and supporting professional forensic investigations across different digital environments.
Master Computer Forensics Investigation Processes
Develop knowledge of the end-to-end computer forensics investigation process, including preparation, acquisition, examination, analysis, documentation, and reporting.
Enhance Data Acquisition and Recovery Skills
Strengthen your ability to understand forensic data acquisition, disk imaging, file-system analysis, deleted-data recovery, and preservation techniques.
Build Windows, Linux, and macOS Forensics Knowledge
Develop cross-platform forensic investigation knowledge covering operating-system artifacts, file systems, logs, user activity, and other digital evidence sources.
Improve Network and Cybercrime Investigation Skills
Learn how network traffic, logs, system artifacts, and related evidence can support cybersecurity investigations, incident analysis, and cybercrime investigations.
Strengthen Malware and Web Forensics Capabilities
Develop knowledge of malware forensics, web attack investigation, email crime investigation, and digital evidence analysis for modern cybersecurity incidents.
Advance Your Digital Forensics Career Readiness
Build professional digital forensics knowledge through structured training, practical investigation concepts, forensic methodologies, and hands-on learning relevant to cybersecurity roles.

Course curriculum

Module 1: Computer Forensics in Today’s World
- Fundamentals of computer forensics
- Cybercrimes and investigation procedures
- Digital evidence and eDiscovery
- Forensic readiness and business continuity
- Roles and responsibilities of a forensic investigator
- Cybercrime investigation challenges
- Forensic standards and best practices
- Laws and legal compliance
Module 2: Computer Forensics Investigation Process
- Forensic investigation methodology
- First response procedures
- Pre-investigation activities
- Investigation phase
- Post-investigation activities
- Crime-scene documentation
- Search and seizure procedures
- Evidence preservation and reporting
Module 3: Understanding Hard Disks and File Systems
- Hard disk and SSD characteristics
- Logical disk structures
- Windows, Linux, and macOS boot processes
- File systems and forensic artifacts
- File-system analysis
- RAID, NAS, and SAN storage
- Encoding standards and hexadecimal analysis
- File-format analysis
Module 4: Data Acquisition and Duplication
- Digital data acquisition fundamentals
- Live and dead acquisition
- Data acquisition methodologies
- eDiscovery collection
- Forensic disk imaging
- Volatile and non-volatile data acquisition
- Write protection and evidence integrity
- Validation of acquired forensic images
Module 5: Defeating Anti-Forensics Techniques
- Anti-forensics concepts
- Deleted data and recycle-bin forensics
- File carving and partition recovery
- Hidden data investigation
- Steganography detection
- Metadata and artifact analysis
- Encryption and overwritten-data investigation
- File extension mismatch and artifact wiping
Module 6: Windows Forensics
- Windows forensic investigation methodology
- Windows Registry analysis
- Event log investigation
- Browser cache, cookies, and history
- Windows file and folder analysis
- User activity investigation
- Volatile and non-volatile evidence
- Windows forensic artifacts
Module 7: Linux and Mac Forensics
- Linux forensic investigation
- macOS forensic investigation
- Volatile and non-volatile evidence
- Linux shell commands
- Linux log-file analysis
- macOS directories and artifacts
- System activity investigation
- Operating-system evidence preservation
Module 8: Network Forensics
- Network forensics fundamentals
- Network traffic analysis
- Packet capture and analysis
- Network logs and event correlation
- Intrusion investigation
- Network evidence collection
- Wireless and network attack investigation
- Network forensic reporting
Module 9: Investigating Web Attacks
- Web attack fundamentals
- Web server and application evidence
- Web attack investigation methodology
- Log analysis
- Web traffic investigation
- Evidence collection and preservation
- Web attack artifact analysis
- Forensic reporting
Module 10: Dark Web Forensics
- Dark web fundamentals
- Dark web investigation concepts
- Anonymous communication technologies
- Dark web evidence sources
- Digital artifact collection
- Online identity and activity investigation
- Evidence preservation
- Dark web forensic challenges
Module 11: Database Forensics
- Database forensics fundamentals
- Database structures and artifacts
- Database evidence collection
- Database log analysis
- Transaction and user activity investigation
- Deleted database information
- Database attack investigation
- Forensic documentation
Module 12: Cloud Forensics
- Cloud forensics fundamentals
- Cloud investigation methodology
- Cloud evidence identification
- Cloud data acquisition
- Cloud logs and activity analysis
- Cloud security incident investigation
- Evidence preservation in cloud environments
- Cloud forensic challenges
Module 13: Investigating Email Crimes
- Email forensics fundamentals
- Email evidence identification
- Email header analysis
- Phishing and malicious email investigation
- Email artifact collection
- Deleted email investigation
- Email crime analysis
- Forensic reporting and evidence preservation
Module 14: Malware Forensics
- Malware forensics fundamentals
- Malware evidence collection
- Malicious file investigation
- Malware artifact analysis
- Static and behavioral investigation concepts
- System compromise investigation
- Malware persistence analysis
- Forensic reporting
Module 15: Mobile Forensics
- Mobile device forensics fundamentals
- Mobile evidence acquisition
- Mobile operating-system artifacts
- Application and communication data
- Mobile data recovery
- Mobile device investigation
- Evidence preservation
- Mobile forensic reporting
Module 16: IoT Forensics
- IoT forensics fundamentals
- IoT device evidence sources
- Connected-device investigation
- IoT data acquisition
- IoT network and communication analysis
- IoT artifact examination
- Evidence preservation
- IoT forensic investigation and reporting

Exam details

Certification: EC-Council Computer Hacking Forensic Investigator (CHFI)
Exam Code: 312-49
Exam Title: Computer Hacking Forensic Investigator
Number of Questions: 150
Exam Duration: 4 Hours
Question Format: Multiple Choice Questions (MCQs)
Exam Delivery: EC-Council Exam Portal
Passing Score: Form-specific cut score; EC-Council currently states that CHFI cut scores can range from 60% to 78%, depending on the examination form.
Exam Domains: Computer forensics, investigation processes, hard disks and file systems, data acquisition, anti-forensics, operating-system forensics, network forensics, web attacks, database forensics, cloud forensics, malware forensics, email crimes, mobile forensics, and IoT/digital forensic investigations.
Certification Preparation: StepMerit Learning provides structured training, practical forensic investigation concepts, and certification-focused preparation for the CHFI examination.

Plan your learning

Who this course is for

Digital Forensics Professionals Cybersecurity Professionals Incident Response Professionals SOC Analysts and Security Operations Professionals Cybercrime Investigators Computer Forensic Investigators Network Security Professionals Information Security Professionals Digital Evidence Analysts Malware Analysts IT Security Administrators and Engineers Professionals Preparing for CHFI Certification

Before you begin

Basic Cybersecurity Knowledge Learners should have basic cybersecurity knowledge to understand digital threats, security incidents, attack techniques, and forensic investigation concepts. Information Security Fundamentals A foundational understanding of information security principles, confidentiality, integrity, authentication, access control, and security policies is recommended for digital forensics training. Networking Fundamentals Basic knowledge of TCP/IP, network protocols, DNS, HTTP, firewalls, network traffic, and common network attacks can support effective forensic investigation learning. Operating Systems Knowledge Learners should have working knowledge of Windows, Linux, and…

Learning outcomes

Problem Statement: Organizations need to investigate cyber incidents, analyze digital evidence, and identify unauthorized activities across computers, networks, and storage devices. Traditional investigation methods can make evidence collection and analysis time-consuming. How We Overcame the Problem: Learners followed a structured digital forensics process covering evidence identification, acquisition, preservation, examination, analysis, and reporting. They applied forensic tools and techniques to investigate realistic digital investigation scenarios. Overall Implementation: Learners implemented an end-to-end forensic workflow covering evidence collection, forensic imaging, data recovery…

Prefer a course discussion? Schedule a meeting

Room facilities / classroom arrangements

Classroom training and venue arrangements depend on the availability of a suitable conference hall in Singapore. Dates, seating capacity, facilities and the final venue are confirmed before booking.

General planning information. Availability is confirmed for your selected venue and batch.

Typical classroom arrangements — subject to confirmation for the selected batch: 1. Learning space and seating: A suitable room layout with seating and desk space for course discussions and exercises. 2. Presentation equipment: A display or projector for instructor-led explanations; equipment requirements are confirmed before delivery. 3. Internet and power: Connectivity and charging access where needed for the course’s digital resources or labs. 4. Collaboration tools: A whiteboard or flip chart for group activities, demonstrations and note-taking. 5. Room comfort: Appropriate lighting and ventilation, with breaks included in the agreed training schedule. 6. Access and learner needs: Accessibility, refreshments and any specific accommodation requirements should be discussed with the adviser in advance. This is general planning information. It does not confirm a particular venue, equipment package or included refreshments.

Course expertise

10+ years of professional experience in digital forensics, cybersecurity, incident response, cyber investigations, and digital evidence analysis. 1,500+ hours of technical training delivered to cybersecurity professionals, IT teams, investigators, and certification candidates. 1,000+ professionals trained through classroom, live online, hands-on, and corporate training programs. 100+ corporate and professional training sessions delivered across cybersecurity and digital investigation domains. 50+ practical forensic investigation case studies covering evidence acquisition, forensic imaging, artifact analysis, data recovery, and investigation reporting. Industry training experience across IT…

Continue exploring

Insights for Digital Forensics Professional Certification

Learning insight 01

Digital Forensics Professional Certification Training: Complete Guide to Digital Evidence and Cybercrime Investigation

As cyberattacks, data breaches, insider threats, and technology-enabled crimes continue to evolve, organizations need professionals who can investigate digital incidents and analyze electronic evidence systematically. Digital Forensics Professional Certification Training provides structured knowledge of digital…

Read the full article

Explore this course locally

Jurong East Tampines Woodlands Punggol