Digital Forensics - CyberYaan Training and Consultancy

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Learn online and offline Digital Forensics Course with Cyberyaan Training Institute in Delhi with Certified Cyber Security Experts Trainers.

Course Review

About Digital Forensics Course

Cyber forensics, often referred to as digital forensics, is essential in the current cyber-focused environment. It encompasses the identification, preservation, analysis, and presentation of digital evidence (such as files, network logs, and mobile data) to examine cybercrime or security events. The skills acquired are crucial for positions in law enforcement, corporate security, legal, and government fields. These courses prepare professionals to serve as the initial responders at digital crime scenes—safeguarding volatile memory, creating system images, and ensuring an accurate chain-of-custody.

Numerous online courses that offer fundamental knowledge and practical skills in digital forensics are now available to those who are interested in the topic. Cyber Forensics Foundations, Introduction to Digital Forensics, and Certified Computer Forensics Examiner (CCFE) are among the courses that give students the skills they need to launch their careers in cyber forensics. The blog also offers answers to commonly asked concerns about entering the sector, advice on how to pick the best course, and information on the advantages of various credentials.

Learning Objectives

Types & Scope of Cybercrime
Cybercrime Laws & Regulations
Evidence Identification & Preservation
Use EnCase, FTK, Autopsy Tools
Maintain Evidence Integrity & Documentation
File-System Analysis & Data Carving
Forensic Investigation Lifecycle

Incident Handling & Response
Analyse Malicious Code & Malware Behaviour
Legal-Ethical Forensic Standards
Hands On Case Scenarios & Labs
Forensic Report Writing & Expert Testimony
Anti forensic techniques
Data Analysis

Requirements of Digital Forensics Course

To enroll in the Digital Forensics course, consider the following requirements

Understanding the basics of computer systems, including hardware, files and operating systems
Knowledge of the main operating systems, including Windows, Linux, and macOS
Understanding of file systems, in order to recover deleted files and artifacts
Fundamental knowledge of TCP/IP, protocols, and packet flows in networking
Exposure to forensic software, such as Wireshark, Autopsy, FTK Imager, and EnCase
Basic scripting and programming abilities: Python, PowerShell,

Digital Forensics Course Curriculum

Module 01: Introduction to Digital Forensics & Chain of Custody
Module 02: Understanding Incident Response Lifecycle
Module 03: Memory Acquisition Techniques
Module 04: Memory Analysis using Volatility Framework
Module 05: Disk Imaging and Evidence Preservation
Module 06: File System Forensics (NTFS, FAT32, EXT)
Module 07: Using Tools: FTK Imager & Autopsy for Disk Analysis
Module 08: Windows Registry Forensics
Module 09: Log Analysis and Event Correlation
Module 10: Network Forensics (Analyzing PCAP files)
Module 11: Investigating Email Headers and Artifacts
Module 12: Malware Analysis
Module 13: Mobile Forensics
Module 14: Reporting & Documentation
Module 15: Final Lab: Full Digital Forensics Investigation Simulation

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Digital Forensics Course

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Join our best Digital Forensics Course in Delhi at Cyberyaan Which is Delhi’s Best Digital Forensics Training Institute.

Modes of Training

Cyberyaan offers flexibility in terms of training modes to accommodate various learning preferences:

Classroom Training

In-person communication with teachers and students in the classroom setting

Online Learning

Flexible remote learning that can be accessed via e-learning platforms

Blended Learning

Balanced approach of classroom and online sessions for effective training strategies

Target Audience

The target audience for an ethical hacking course typically includes individuals with certain backgrounds, interests, and career goals.

Cybersecurity Professionals
IT Professionals
Ethical Hackers and Penetration Testers
Students and Aspiring Cybersecurity Specialists
Information Security Enthusiasts
Security Researchers
Corporate Security Teams
Entrepreneurs and Business Owners
Law Enforcement and Government Personnel
Compliance and Risk Management Professionals

Digital Forensics Course in Delhi Overview

A basic cyber forensic course introduces participants to the fundamentals of digital forensics, starting with an understanding of computers, storage media, file systems, and the evolving landscape of cybercrime. Through the digital forensics lifecycle, learners discover how to identify, preserve, image, and hash evidence using write-blockers and forensic imaging methodologies. They then gain hands-on experience with popular tools such as FTK Imager, Autopsy, EnCase, and Wireshark, mastering techniques like file-carving, metadata analysis, and packet sniffing.

The curriculum also covers specialized domains like memory forensics, email and web forensics, and malware investigation, supplemented with guided use of both open-source and proprietary toolkits. Students are taught to adhere to legal and ethical practices, including chain-of-custody, court procedures, and cyber laws such as the IT Act and international regulations.

Real-world case studies, scenario-based labs, and simulated incident response exercises reinforce practical skills and build communication proficiency in report writing and courtroom testimony . By the end, learners are equipped to serve as forensic technicians, analysts, or incident responders, capable of uncovering digital evidence in a legally defensible and methodical manner.

Frequently Asked Question's

for Digital Forensics Course

⁠What is digital forensics and why is it important?

Digital forensics is the process of identifying, preserving, analyzing, and presenting digital evidence in a legally admissible manner—crucial for investigating cybercrimes such as hacking, fraud, and data breaches.

What are the main steps in a digital forensic investigation?

The typical phases are Identification → Preservation → Collection → Examination → Analysis → Reporting → Presentation

What is a forensic image and why is it used?

A forensic image is a bit by bit copy of a storage device made with write blockers to preserve original data integrity during analysis.

How is integrity of evidence ensured?

Integrity is maintained through hashing algorithms (e.g., MD5, SHA 1, SHA 256), chain of custody documentation, use of write blockers, and secure storage

What are volatile vs non-volatile data?

•⁠ ⁠Volatile data: Temporary information (RAM, processes) lost on power-off.
•⁠ ⁠Non-volatile data: Permanent files and metadata on HDDs/SSDs.

What is file carving/data carving?

It's the process of recovering deleted files by scanning raw disk sectors for file signatures—without relying on file system metadata.

What is live vs static acquisition?

•⁠ ⁠Live acquisition captures data from a running system (RAM, network).
•⁠ ⁠Static acquisition involves imaging a powered-off system’s storage.

What role does metadata play in forensics?

Metadata (timestamps, author tags, GPS coordinates) provides evidence context—creating timelines, verifying authenticity, and tracing file origin .

What is steganography and why is it important?

Steganography hides data (e.g., inside images or audio), so investigators need techniques to detect and extract hidden information .

What is the chain of custody?

It's a detailed documentation trail that tracks evidence handling—including transfer logs, timestamps, personnel—to ensure evidence remains legally admissible.