Evidence discovery
Identify potential evidence sources and define the scope of an investigation.
EC-Council Professional Certification Preparation
Computer Hacking Forensic Investigator (CHFI) v11
Build practical understanding of digital investigations, forensic evidence handling and cyber incident analysis—from identifying artefacts to documenting defensible findings.
Digital forensicsEvidence acquisitionIncident investigationForensic reporting
DIGITAL FORENSICS / INVESTIGATION● ACTIVE
Identify · Preserve · AnalyseEC-Council certification track
EC-CouncilCertification organisation
CHFI v11Programme version in supplied page
15 modulesTopics in supplied outline
DFIRDigital forensics & incident response
Programme overview
Investigate cyber incidents with a forensic mindset.
Digital forensics involves identifying, preserving, examining and interpreting digital evidence. CHFI introduces a structured approach to investigating computers, networks, applications and connected devices.
This SysCare programme page follows the CHFI v11 topics provided in your course outline, with added explanations to help learners understand the skills and responsibilities involved.
- Understand evidence integrity and chain-of-custody principles
- Recognise forensic artefacts across multiple operating systems
- Explore network, cloud, email, mobile and IoT investigations
- Develop a clear approach to documentation and reporting
DIGITAL FORENSICS / EVIDENCE ANALYSIS
Learning outcomes
Professional skills you will explore
Build a foundation across the investigative lifecycle and understand how different sources of evidence fit together.
Evidence integrity
Understand acquisition, hashing, preservation and chain-of-custody practices.
System artefacts
Explore operating-system, storage and application artefacts relevant to a case.
Incident reconstruction
Connect logs, files and network evidence to understand suspicious events.
Forensic reporting
Present methods, observations and limitations in a structured report.
Cross-platform forensics
Understand investigative challenges across cloud, mobile and IoT environments.
Course curriculum
15 key CHFI v11 modules
All modules are visible in two columns, with clear explanations. Titles follow your uploaded course outline; confirm the current official EC-Council syllabus and exact module sequence before publication.
Computer Forensics in Today’s World
Explore the purpose of digital forensics, investigative roles, legal considerations and the value of digital evidence.
Computer Forensics Investigation Process
Understand case preparation, evidence identification, collection, chain of custody, analysis and reporting.
Hard Disks & File Systems
Study storage structures, partitions, file systems and the traces left by user and system activity.
Data Acquisition & Duplication
Learn forensic imaging concepts, evidence integrity, hashing and defensible acquisition workflows.
Anti-Forensics
Recognise techniques intended to hide, alter or destroy evidence and learn how investigators respond.
Windows Forensics
Investigate Windows artefacts such as logs, registry information, user activity and file metadata.
Linux & Mac Forensics
Explore operating-system artefacts, file structures and investigation considerations for Linux and macOS.
Network Forensics
Examine packet captures, logs and traffic patterns to reconstruct suspicious network activity.
Malware Forensics
Understand malware evidence, behavioural indicators and investigation approaches for compromised systems.
Web Attack Investigation
Analyse web-server records, application artefacts and indicators associated with web-based incidents.
Dark Web Forensics
Review investigative considerations, digital traces and responsible evidence handling in dark-web cases.
Cloud Forensics
Learn about cloud logs, shared-responsibility challenges and evidence collection across hosted environments.
Email & Social Media Forensics
Explore message headers, account activity, communication artefacts and digital investigation workflows.
Mobile Forensics
Understand acquisition and analysis concepts for smartphones, mobile apps and device data.
IoT Forensics
Investigate evidence sources and challenges associated with connected and embedded devices.
Forensic methodology
From evidence collection to investigation report
Understand the key stages of a disciplined digital forensic workflow.
Identify & scope
Clarify the incident, potential evidence sources and investigation objectives.
Acquire & preserve
Follow documented procedures that protect the integrity of evidence.
Examine & analyse
Correlate artefacts, timelines and technical findings to develop conclusions.
Document & report
Communicate methods, findings and limitations clearly and professionally.
Certification pathway
Prepare for the EC-Council CHFI examination.
Your supplied course page lists exam code 312-49, 100 multiple-choice questions and a four-hour duration. These details, including the stated passing score, should be verified with EC-Council before publication because exam requirements may change.
Training attendance alone does not award CHFI certification. Confirm eligibility, assessment requirements and whether official courseware, labs or an exam voucher are included in the SysCare package.
EC-Council CHFI information ↗CHFI v11Programme in supplied outline
312-49Exam code in supplied outline
100 MCQsFormat in supplied outline
4 hoursDuration in supplied outline
Forensic technology
Tools and platforms commonly used in investigations
These are examples of forensic tools relevant to the field, not a guarantee that every product is included in your training package.
AutopsyDigital evidence examination
FTKForensic analysis suite
VolatilityMemory forensics
WiresharkNetwork traffic inspection
X-Ways ForensicsDisk and file examination
EnCaseDigital investigation tools
The Sleuth KitFile system analysis
ExifToolMetadata examination
Designed for security and investigation professionals
- Security and SOC analysts
- Incident response practitioners
- IT and network security professionals
- Aspiring digital forensic investigators
- Law enforcement and cybercrime personnel
Prepare with essential technical knowledge
- Basic networking and TCP/IP understanding
- Familiarity with Windows and Linux systems
- Cybersecurity and incident fundamentals
- Comfort working with logs and technical documentation
- Willingness to follow rigorous evidence-handling processes
Frequently asked questions
Everything you need to know before enrolling.
Contact SysCare for current schedules, fees, delivery methods and exam-related inclusions.
What is CHFI?
Computer Hacking Forensic Investigator is an EC-Council certification focused on digital forensic investigation concepts and processes.
Is CHFI a professional certification or an academic certificate?
CHFI is an EC-Council professional certification pathway. Completing a training course and earning the certification are separate steps.
Are hands-on labs included?
The original SysCare page mentions practical labs, but the current number and access terms need confirmation from the training provider.
Is the exam voucher included in the course fee?
Voucher inclusion is not verified in the uploaded material. Request written confirmation of all package inclusions before enrolling.
What careers relate to CHFI knowledge?
Related paths include digital forensic analyst, incident responder, cybercrime investigator and DFIR consultant. Outcomes depend on experience and employer requirements.
SysCare professional IT training
Enquire via WhatsApp ↗Build your digital forensics career.
Ask about CHFI v11 course schedules, learning materials, lab access and certification preparation.