Digital Forensics Course

What Is the Digital Forensics Course?

Digital forensics answers questions that come after a security event: how did the attacker get in, what did they touch, what data left the network and can the evidence be trusted? In India the skill is used by incident response teams in companies, by consultants hired after breaches, by cyber cells of police departments and by law firms and auditors handling employee misconduct or fraud.

A forensic examiner works methodically. Evidence is acquired without alteration, hashed to prove integrity, documented with a chain of custody, analysed on copies and summarised in a report written for a non-technical reader such as a manager, auditor or court. This course trains that discipline using realistic disk images, memory dumps and network captures.

Forensics pairs naturally with defensive monitoring (SOC Analyst Course) and with malware study (Malware Analysis Course). If you are new to security, start with the Cyber Security Course.

Digital Forensics Course at a Glance

Who Should Join This Course?

• SOC analysts and IT staff who want to move into incident response.
• Police, investigators and government officers handling cyber crime complaints.
• Lawyers, auditors and compliance staff dealing with digital evidence.
• Graduates who want a specialised defensive career path.
• Anyone who enjoys investigation and puzzle-solving.

Digital Forensics Course Syllabus – Module by Module

The curriculum below is the practical sequence we follow in class. Each module ends in a lab so you can prove to yourself, and later to an interviewer, that you can perform the task rather than just describe it.

Module 1: Forensic Principles, Law and Evidence Handling

Mistakes in evidence handling can invalidate an entire case, so this module sets the rules.

• Forensic process: identify, preserve, acquire, analyse, report
• IT Act 2000 and Section 65B Indian Evidence Act (admissibility concepts)
• Chain of custody forms and hashing
• Write blockers and forensic imaging

Hands-on lab: Create a forensic image, verify the hash and complete a chain-of-custody record.

Module 2: Windows and Linux File System Forensics

Understand how data is stored and how deletion really works.

• NTFS, FAT, ext4 structures and metadata
• Deleted file recovery and file carving
• Registry hives, prefetch, jump lists, shellbags
• Timeline creation (MFT, logs)

Hands-on lab: Recover deleted evidence and build a user-activity timeline from a Windows image.

Module 3: Memory Forensics

Many modern attacks leave traces only in memory.

• Capturing RAM safely
• Volatility 3 process, network and malware plugins
• Detecting injected code and persistence
• Credential artefacts

Hands-on lab: Find a hidden malicious process in a memory dump and extract indicators.

Module 4: Network and Email Forensics

Packets and mail headers often show the attacker’s path.

• PCAP analysis and protocol reconstruction
• Zeek logs and NetFlow
• Email header tracing and phishing evidence
• Web proxy and DNS evidence

Hands-on lab: Reconstruct a data exfiltration event from a packet capture.

Module 5: Mobile and Cloud Forensics Basics

Phones and SaaS accounts are now primary evidence sources.

• Android and iOS acquisition concepts
• WhatsApp, SMS and app data artefacts (lab data)
• Cloud logs: M365 unified audit log, AWS CloudTrail
• Legal and privacy considerations

Hands-on lab: Analyse a sample mobile backup and a cloud audit log for suspicious activity.

Module 6: Incident Response, Reporting and Court Readiness

Bring everything together in a professional report.

• DFIR playbooks and coordination with legal and HR
• Writing findings, limitations and conclusions
• Expert-witness basics
• Case study: ransomware and insider data theft

Hands-on lab: Produce a full forensic report on a simulated insider case.

Tools and Technologies You Will Practise

Tool names on a syllabus mean little unless you have actually used them under time pressure. In this course you work with the following, mostly open-source or free-tier, tools so that you can keep practising at home after the batch ends:

• Autopsy
• FTK Imager
• Volatility 3
• Wireshark
• Zeek
• KAPE
• RegRipper
• Eric Zimmerman tools
• Velociraptor
• Sleuth Kit
• Magnet RAM Capture

Projects and Capstone Work

Recruiters and clients trust evidence. These are the projects you complete and can document in a portfolio or GitHub repository:

• Disk image investigation: complete case from acquisition to report.
• Memory forensics case: identify malware and persistence from RAM.
• Insider threat timeline: reconstruct file access and exfiltration events.

Why Learn Digital Forensics Course in 2026?

As ransomware, fraud and insider threats increase, organisations need people who can reconstruct events reliably and quickly. Regulations that require breach reporting also create demand for investigators who can determine scope and impact.

Forensics is a niche with fewer qualified candidates than SOC or pentesting, which can mean less competition and strong growth in consulting, law-enforcement support and Big-4 style advisory work.

Career Roles and Indicative Salary After This Course

The table lists roles that this skill set maps to. Salary figures are indicative market ranges for India expressed in lakhs per annum (LPA); actual offers depend on your city, prior experience, practical skill demonstrated in interviews and the hiring company. They are not a guarantee or promise of placement.

Certifications and Exams This Course Prepares You For

• CHFI (EC-Council): forensics certification covering evidence, tools and reporting.
• GCFE / GCFA (GIAC): respected practitioner credentials.
• Tool-vendor certifications: such as Magnet or Cellebrite programmes for mobile specialists.

Certification exams are conducted by their respective owners (EC-Council, CompTIA, ISC2, OffSec, ISACA and others). We are an independent training provider; exam fees are paid directly to the certifying body and we do not claim any official partnership.

What You Will Be Able to Do After the Digital Forensics Course

Learning outcomes should be observable. By the end of this program you will be able to demonstrate the following, each backed by a lab or assignment you complete during the course:

• After Forensic Principles, Law and Evidence Handling you can: create a forensic image, verify the hash and complete a chain-of-custody record.
• After Windows and Linux File System Forensics you can: recover deleted evidence and build a user-activity timeline from a Windows image.
• After Memory Forensics you can: find a hidden malicious process in a memory dump and extract indicators.
• After Network and Email Forensics you can: reconstruct a data exfiltration event from a packet capture.
• After Mobile and Cloud Forensics Basics you can: analyse a sample mobile backup and a cloud audit log for suspicious activity.
• After Incident Response, Reporting and Court Readiness you can: produce a full forensic report on a simulated insider case.

How the Digital Forensics Course Compares With Related Courses

Choosing between neighbouring courses is easier with a side-by-side view. The table compares this program with the options learners most often consider alongside it.

Checklist: Are You Ready to Join?

• Prerequisites: basic operating system and networking knowledge.
• A laptop with 8 GB RAM (16 GB recommended for virtual machine labs) and stable internet.
• About 8 hours per week for live classes, labs and practice.
• An ethical mindset: all techniques are practised only in authorised lab environments.
• Curiosity about how systems fail, and patience to debug when a lab does not work the first time.

If you meet most of these, you are ready; if not, the free demo will tell you which foundation course to take first.

Career Growth Path After This Course

A first role is rarely the destination. Learners who complete the Digital Forensics Course typically begin as digital Forensic Analyst or similar and progress towards forensic Consultant and cyber Crime Investigation Support roles over the following years. Growth depends less on the number of certificates and more on documented work: lab write-ups, a GitHub or blog portfolio, contributions to capture-the-flag teams and clear communication during interviews. Re-skilling every year is part of the profession, so we also share a post-course learning plan and recommend the next logical courses.

How the Online Digital Forensics Course Training Works

Every class is delivered live by a working trainer over video, so you can ask questions the moment they come up, share your screen when a lab breaks and get an answer on the spot. Sessions are recorded and shared with the batch for revision, which matters if you are a working professional who occasionally misses a class. Lab access is provided on a hosted practice environment, so you do not need an expensive laptop; a basic machine with 8 GB RAM and a stable internet connection is enough for most exercises, and we guide you through the virtual machine setup in the very first week.

The expected duration for this program is About 3 months (weekday or weekend batches), and the pace is designed for people who are studying or working at the same time. Each week combines concept sessions, guided labs, an assignment and a doubt-clearing session. In the final weeks you complete a capstone exercise and go through resume, LinkedIn and mock-interview preparation so that your skills are visible to recruiters.

Batch Timings, Free Demo and How to Register

A new batch for Digital Forensics Course starts every week, with weekday evening, weekend and fast-track options depending on trainer availability. The simplest way to begin is the free demo class: you join a live session, see the lab platform, review the syllabus with the trainer and ask any question about fees, schedule or career outcomes before you decide.

1. Fill the enquiry form on this page or message us on WhatsApp at +91 81888 77720.
2. We call you back, understand your background and suggest the right course and batch.
3. Attend the free demo class and review the complete syllabus.
4. Confirm your seat for the upcoming batch and receive lab and class access.

Courses That Pair Well with Digital Forensics Course

Most learners combine this program with one more track. Popular pairings are SOC Analyst Course, Malware Analysis Course, Threat Intelligence & Threat Hunting Course, Cyber Security Course and Network Security Course. You can also compare every track on our all cyber security courses page, or read the fees guide and complete syllabus overview before choosing.

Join From Any City in India

Because the training is fully online, learners join from every state. Popular cities include Delhi, Mumbai, Pune, Hyderabad, Bengaluru, Chennai, Kolkata, Ahmedabad, Noida, Gurugram, Lucknow and Jaipur. See the complete list of states and cities or find the nearest option through our cyber security training near me guide.