Online Live Digital Crime Forensic Investigator Course Session

This Online Live Digital Crime Forensic Investigator Course is designed to prepare you for the ever-evolving challenges of digital crime. Learn how to collect, preserve, and analyze digital evidence while ensuring adherence to legal and ethical standards. Delivered through real-time interactive sessions, this course combines hands-on exercises, case studies, and expert guidance to make you job ready.

Course Language

Hindi/English

Class Rating 4.9 to 5

Course Modules / Syllabus

Course Duration: 25 Days
Cost: $200 USD / ₹10,000 INR
Classes: Monday to Friday (Weekend classes also available)
Flexible Scheduling: Book classes according to your convenient time

This module focuses on the fundamentals of computer forensics and its importance in modern cybersecurity. Learn how digital evidence is collected, preserved, and analyzed in various criminal investigations. Gain an understanding of the tools and techniques used to handle forensic data and case studies of real-world applications.

Explore the step-by-step process of conducting a digital forensic investigation, from the initial incident response to evidence presentation in court. This module covers key phases such as evidence collection, examination, analysis, and reporting. Practical labs will include simulated case scenarios.

Understand the structure of hard disks and various file systems used in computing. This module delves into how data is stored and retrieved, and how file systems impact forensic investigations. Practical sessions will involve hands-on data extraction and analysis from different file systems.

Learn how to securely acquire and duplicate data from storage devices while preserving its integrity. This module covers different acquisition methods such as live acquisition, dead box imaging, and forensic duplication techniques, along with hands-on practice using forensic tools.

Explore various anti-forensic methods used by criminals to obscure digital evidence and learn strategies to combat these tactics. This module includes techniques like data wiping, steganography, and encryption, along with countermeasures to reveal hidden evidence.

Gain expertise in investigating and analyzing Windows-based systems. This module covers artifact analysis, registry investigation, and timeline analysis specific to Windows environments. Hands-on labs will involve real-life forensic investigations on Windows systems.

Focus on the forensic analysis of Linux and Mac systems, exploring unique challenges and techniques used in these environments. Labs will involve recovering evidence from Linux and Mac systems, including filesystem analysis and log data extraction.

Understand the concepts of network forensics and how to analyze network traffic to detect and investigate cybercrimes. This module covers packet analysis, protocol analysis, and intrusion detection systems (IDS) for capturing and interpreting network-related evidence.

Examine the techniques used to investigate and remediate malware infections. Learn to analyze malware artifacts, identify infection vectors, and use tools to analyze and extract malicious code. Labs will focus on identifying and mitigating malware threats.

This module focuses on web-related forensic investigations, including web server analysis, web application vulnerabilities, and attacks such as SQL injection and cross-site scripting (XSS). Hands-on labs will simulate real-world web attack investigations.

Explore the complexities of investigating criminal activities conducted on the dark web. Learn how to navigate dark web environments safely, gather evidence, and analyze illegal content with tools specifically designed for dark web forensics.

Understand the nuances of cloud-based forensic investigations, including challenges posed by virtualization, data storage, and distributed environments. This module covers evidence collection, data recovery, and analysis in cloud environments using industry-standard tools.

Delve into the forensics of digital communication platforms, including email, social media accounts, and messaging applications. Learn to recover deleted messages, analyze metadata, and investigate social media-related incidents through hands-on labs.

Focus on forensic investigations of mobile devices, including smartphones and tablets. This module covers techniques for data extraction, recovery, and analysis of mobile apps, call logs, messages, and device security features. Labs will simulate real mobile forensic scenarios.

Investigate digital evidence from Internet of Things (IoT) devices, which include smart home devices, wearable tech, and connected vehicles. This module includes hands-on labs to extract and analyze data from various IoT devices while maintaining security protocols.

Instructor Profile

Mr. Aaki is a highly skilled and certified cybersecurity professional with a passion for educating the next generation of ethical hackers. With over 7 years of experience in training and 4 years of hands-on industry experience, he has become a recognized expert in the field of penetration testing, cybersecurity course design, and advanced hacking techniques.
Instructor Profile

Key Features & Benefits

  • Live Instructor-Led Sessions: Learn directly from experienced digital forensics professionals in a real-time, interactive environment.
  • Practical Case Studies: Work on real-world digital crime scenarios to enhance problem-solving skills.
  • Hands-On Lab Training: Practice using industry-standard forensic tools and software for evidence collection and analysis.
  • Comprehensive Curriculum: Covers cybercrime fundamentals, digital evidence handling, forensic analysis, and reporting.
  • Exam Preparation Support: Get guidance for certifications like CHFI, GCFE, and others.
  • Career Assistance: Receive resume-building tips, interview preparation, and job placement support.

Online Class Requirements for Students

Basic Computer Knowledge:

  • Students must possess basic computer skills.

 

Mandatory System Hardware Requirements:

  • CPU: 64-bit Intel Core i3, i5, or i7 (8th generation or newer).
  • RAM: Minimum of 8GB.
  • Storage: At least 15GB of free storage space.

 

Software Requirements:

  • Zoom and Skype must be installed for online sessions.

Access to Course Materials

  • Books: All required textbooks will be provided for comprehensive understanding.
  • Lab Manual: A detailed lab manual will be available to guide you through practical exercises and experiments.
  • Software: Relevant software tools and applications will be provided or recommended for hands-on labs and practice.

Frequently Asked Questions about Online Live Digital Crime Forensic Investigator Course

This is a live, instructor-led online course that allows you to interact with experts in real-time. Classes are conducted via a virtual platform, making it accessible from anywhere.

  • IT professionals and cybersecurity enthusiasts
  • Law enforcement officers seeking digital investigation skills
  • Students or individuals aspiring to enter the digital forensics field
  • Organizations looking to train their teams in digital crime prevention

No prior experience is required. The course begins with the fundamentals of digital forensics and gradually progresses to advanced topics.

Yes! The course includes practical lab sessions where you’ll use industry-standard tools like EnCase, FTK, Autopsy, and Wireshark to analyze and interpret digital evidence.

Yes, all live sessions are recorded and accessible to students for future reference, so you won’t miss any part of the training.

Yes, you will receive a certificate of completion at the end of the course. We also provide guidance for industry-recognized certifications such as CHFI and GCFE.

You will need a computer or laptop with a stable internet connection. Specific software or tools required for the course will be provided or guided during the sessions.

This course opens doors to roles such as Digital Forensic Investigator, Cybercrime Analyst, Incident Response Specialist, and more in various industries, including law enforcement, IT, and corporate security.

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