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🔮 CHFI — EC-Council Aligned

Learn to Investigate
Cyber Crimes & Digital Evidence

When a company gets hacked, someone has to figure out what happened, how far the attacker got, and what evidence can be used in court. That's what this course trains you to do. 16 modules covering disk, memory, mobile, network, cloud, malware and IoT forensics — the same methodology used by cyber cells and enterprise incident response teams.

📅 Next Batch: 1 July 2026 — Seats Filling Fast
📅 90 Days — 3 to 4 Months
📱 Hybrid (Online + Offline)
🏅 Certificate + CHFI Exam Guidance
📋 Case Study Based Training
16Modules
9Forensic Tools
6Career Paths
RealCase Studies
CHFIEC-Council Aligned
Duration90 Days
BatchesWeekday & Weekend
ModeOnline + Offline
Modules16
Certificate✓ Included
CHFI AlignedEC-Council

Skills You'll Gain

What you'll actually be able to do

Forensics isn't just running tools — it's knowing how to collect evidence that holds up in court, trace exactly what an attacker did, and document it for investigators and lawyers.

Create and verify forensically sound disk images

Use FTK Imager and Autopsy to image drives bit-by-bit, verify with hash values, and recover deleted files, partitions, and file system artifacts that most users think are gone.

Extract and analyze Windows artifacts

Read the Windows registry to reconstruct user activity, parse event logs for attack timelines, pull USB connection history, and analyze prefetch files to see exactly what ran on a machine.

Perform memory forensics with Volatility

Acquire RAM from live systems, extract running processes and network connections, identify injected malware hiding in memory, and recover encryption keys and credentials.

Investigate mobile devices (Android & iOS)

Perform logical and physical acquisition of smartphones, extract call logs, messages, deleted media, and app data. Understand what Cellebrite does and when to use it.

Trace network intrusions from logs

Reconstruct attack timelines from Wireshark captures, IDS logs, and firewall records. Identify C2 beaconing, lateral movement, and data exfiltration in network traffic.

Investigate phishing, email fraud & web attacks

Analyze email headers to trace spoofed senders, investigate SQL injection attacks from web server logs, and build a case from XSS and website defacement incidents.

Write court-ready investigation reports

Structure forensic reports for law enforcement submission. Understand chain of custody, evidence integrity, and how technical findings translate to legal proceedings.


Curriculum

16 Modules — Full Breakdown

From foundational theory through advanced forensics. Each module introduces new investigation techniques and builds the case-handling skills courts and employers expect.

Introduction to digital forensics, cyber crime types and their investigation requirements, the role of a forensic investigator, digital evidence overview, and the legal importance of how evidence is collected and preserved.
The complete investigation lifecycle: identification, preservation, analysis, and reporting. Chain of custody documentation, forensic readiness planning, and the documentation standards that make or break evidence admissibility in court.
Disk structure, partition tables, FAT, NTFS, and EXT file systems. Metadata analysis to find hidden activity, and file signature analysis to identify files renamed to evade detection.
Live vs dead system acquisition strategies, creating bit-by-bit forensic images with write blockers, verifying image integrity with MD5/SHA hashes, and using FTK Imager in a real acquisition scenario.
How attackers hide evidence: file wiping tools, steganography, timestamp manipulation, and encrypted volumes. You'll learn to detect these evasion techniques and recover evidence that attackers tried to destroy.
Windows registry hive analysis to reconstruct user and attacker activity, event log parsing for intrusion timelines, prefetch file examination to see what executed, and USB/external device connection history extraction.
Linux filesystem artifact analysis, system and auth log review, user activity tracking via bash history and cron jobs, Mac OS artifact locations (.plist files, spotlight metadata), and timeline creation using log2timeline.
Reconstructing attack timelines from network traffic, Wireshark forensic analysis to identify exfiltration and C2 communication, IDS/IPS log analysis, and correlating network events with host artifacts.
Web server log analysis to identify SQL injection and XSS attacks, identifying defacement incidents, reconstructing attacker paths through web applications, and building a forensic timeline from Apache/Nginx access logs.
TOR network architecture and how to investigate TOR-based activity, cryptocurrency transaction tracing, dark web marketplace evidence collection techniques, and legally obtaining evidence from hidden services.
Database structure analysis for MySQL, MSSQL, and Oracle, recovering deleted records and transaction logs, identifying database attack patterns, and extracting evidence from database audit trails.
Forensics in AWS, Azure, and GCP environments, cloud log analysis and preservation, evidence challenges unique to cloud (shared infrastructure, ephemeral storage), SaaS/PaaS/IaaS investigation approaches.
Full email header analysis to trace spoofed senders through mail relays, identifying phishing infrastructure, email tracking pixel techniques, building a case from Gmail and corporate email metadata.
Static analysis (strings, PE headers, imports) and dynamic analysis (sandbox behavior monitoring), memory forensics with Volatility to find injected malware, and documenting malware behavior for investigation reports.
Android and iOS logical and physical acquisition procedures, extracting call logs, SMS, deleted messages and media, app-specific data investigation (WhatsApp, Instagram, Telegram), and mobile evidence handling.
IoT device architecture and attack surfaces, log extraction from smart devices and routers, investigating IoT attack scenarios, and the unique evidence handling challenges of resource-constrained devices.

Practical Exposure

You investigate. You report. You learn.

Forensics is a discipline that only makes sense when you practice it. Every module includes a practical component. By the end of the course you'll have investigated simulated versions of real cyber crime cases that CyberHackz has actually handled.

Real cyber fraud investigation labs

Trace simulated financial fraud, phishing campaigns, and identity theft cases from evidence to report.

Disk imaging practice with FTK Imager

Create and verify forensically sound images. Recover deleted files. Document every step correctly.

Log analysis & malware analysis demos

Parse real-world log samples to reconstruct incidents. Analyze malware behavior in a controlled sandbox.

Capstone: complete investigation report

Submit a full forensic investigation report on a case scenario, formatted for legal submission.

Primary Tools
Autopsy + FTK Imager + Volatility
Industry-standard toolchain. Used by real forensic labs.
What You Produce
Investigation Reports + Case Portfolio
Formatted for legal submission and professional use.
Training Style
Case Study Based
Real incident patterns from CyberHackz client cases.

Tools

What you'll use

These are the tools used by digital forensics teams in law enforcement agencies, cyber cells, and enterprise security operations.

Autopsy FTK Imager Volatility Magnet AXIOM Wireshark Registry Explorer Cellebrite (overview) EnCase (conceptual) Email Header Analyzer

Eligibility

Who gets the most out of this course

If any of these describes you, you're in the right place:

CS/IT Students (BCA/MCA/B.Tech)

You want to specialize in something specific. Forensics is one of the highest-demand specializations in cybersecurity and sets you apart from every general security graduate.

Cybersecurity Professionals & SOC Analysts

You respond to incidents but want to go deeper — understanding how to preserve evidence, build timelines, and hand off to legal teams. Forensics makes your IR work significantly more impactful.

Law Enforcement & Cyber Law Aspirants

You want to work in cyber cells, law enforcement, or as a cyber law expert. This course teaches the technical side of digital evidence that makes cases prosecutable.

Ethical Hackers Moving to Defense

You know how attacks work. This course teaches you what attackers leave behind and how investigators find it. Offensive + forensics knowledge is a rare and highly valued combination.


Career Paths

Where this takes you

Digital Forensic Analyst

Corporate & law enforcement labs

Cyber Crime Investigator

Police cyber cells & private agencies

Incident Response Analyst

Enterprise security teams

Malware Analyst

Threat intelligence & AV firms

SOC Analyst

Security operations centers

Forensic Consultant

Legal firms & expert witness work


Certification

What you earn

On completing the course you receive a CyberHackz Certificate of Completion verifiable by any employer. Additionally, you receive structured guidance and preparation support for the EC-Council CHFI global certification exam.

🏅
CyberHackz Certificate of Completion

Issued on course completion. Verifiable at cyberhackz.com/verify-certificate. Contains your name, completion date, and a unique verification ID.

EC-Council CHFI Exam Guidance

The curriculum covers CHFI domain objectives. You receive preparation guidance and study resources for the global CHFI certification exam.

💼
Optional Internship Support

Qualified graduates can apply for a paid internship at CyberHackz where you work on real forensics cases under supervision.

CyberHackzCYBERHACKZ
Certificate of Completion
Computer Hacking Forensic
Investigator (CHFI)
Your Name Here
Issued by CyberHackz Labs Pvt Ltd · New Delhi, India
✅ Verifiable at cyberhackz.com

Student Reviews

From people who've been through it

✓ Verified Student

"I was a network admin for 4 years before taking this. The Windows Forensics module completely changed how I think about system hardening. You start seeing your own network the way an investigator would. Got hired as an incident responder 2 months after finishing."

PV
Priya Verma
Incident Response Analyst — Bangalore
✓ Verified Student

"The malware forensics and dark web modules aren't covered anywhere else at this price point. Most forensics courses skip the hard parts. CyberHackz covers them with actual labs. The capstone report was something I could literally add to my portfolio."

KM
Karan Mehta
Digital Forensic Analyst — Delhi NCR

FAQ

Questions people actually ask

Basic computer knowledge is sufficient. If you've done our Ethical Hacking or CS Fundamentals course, you'll have a head start — but it's not required. The course starts with forensics fundamentals and builds progressively.
A CyberHackz Certificate of Completion, verifiable online. You also receive guidance and preparation materials for the EC-Council CHFI global certification exam. Students who complete this course have the practical knowledge to pass CHFI with focused exam prep.
Yes. Resume review, mock interviews, and direct referrals to our hiring network. Qualified graduates can also apply for a paid internship at CyberHackz working on live forensics and incident response cases.
Every live session is recorded. Online students get access to all recordings. Practical lab sessions are also recorded so you can revisit specific techniques as many times as needed.
Batches start monthly. Weekday and weekend options are both available. Check the Batch Schedule or WhatsApp us for the next available intake.

Get Started

Book a Free Demo Class

See the lab. Meet the instructor. No commitment required.

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CyberHackz
ETHICAL HACKING
Module 4 — Exploitation
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