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Threat Hunting Professional Training In Kochi
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In Infosectrain, Grab the Threat Hunting Training to achieve a deep understanding of Threat Hunting techniques and the role of Threat Hunters. Our training is curated with the in-depth concepts of Threat Hunting methods and helps you to get certified for the Cyber Threat Hunting Professional exam.

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Course Highlights

  • 40 hours Instructor-led Training
  • Learn from Industry Experts
  • Highly Interactive and Dynamic Sessions
  • Hands-on Labs
  • Learn with Real-World Scenarios
  • Realistic Attack Simulation Labs
  • Career Guidance and Mentorship
  • Extended Post-training Support
  • Access to Recorded Sessions

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Course Description

This comprehensive course is designed to equip cybersecurity professionals with
advanced skills in cyber threat hunting, DFIR (Digital Forensics and Incident Response) tactics. Participants will gain hands-on experience in detecting, analyzing, and mitigating cyber threats using the latest tools and techniques. Through practical labs and real-world scenarios, learners will develop the expertise needed to effectively protect and defend their organizations from sophisticated cyber attacks.
 
As it is a skill-based training, this course focuses deeply on digital forensics, providing a thorough understanding of the techniques and methodologies used to uncover, preserve, and analyze digital evidence. Participants will learn how to conduct comprehensive memory forensics to uncover hidden artifacts and understand the state of a system at the time of an incident. The course also covers disk forensics, teaching participants how to find evidence on file systems, and registry forensics, which involves examining the Windows registry to uncover artifacts related to system and user activity.

Target Audience

This training is ideal for:

  • Malware Analysts
  • Digital Forensic Investigators
  • Cyber Security Analysts
  • Network Security Engineers
  • Red Team Members/Penetration Testers
  • Incident Response Team Members

Pre-Requisite

  • Familiarity with Windows and Linux at log level
  • Comprehensive understanding of Information Security and its terms
  • Basics of Networking
  • Experience in Cyber Security is highly recommended
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Course Objectives

Upon successful completion of the training, participants will be able to:

  • Understand the fundamentals of threat hunting and DFIR.
  • Develop and implement detection engineering approaches.
  • Utilize MITRE frameworks (ATTACK, Engage, DEFEND) for threat analysis and response.
  • Set up and configure a detection lab for simulating and identifying cyber threats.
  • Perform static and dynamic malware analysis.
  • Reverse engineer malware samples to uncover malicious behavior.
  • Conduct threat hunting using event log, ETW, and kernel callbacks.
  • Apply forensic investigation techniques to analyze memory, disk, and registry artifacts.
  • Execute memory forensics and analyze results using specialized frameworks.
  • Implement and manage disk and registry forensic processes.

Course Content

  • Module 1: Introduction to Threat Hunting and DFIR
    • Overview of threat hunting and its importance
    • Fundamentals of Digital Forensics and Incident Response
    • Key Concepts and Terminology
    • Windows logging and internal
    • Important Windows components
  • Module 2: Detection Engineering Approaches and Scenarios
    • Techniques for effective detection engineering
    • Real-world scenarios and case studies
    • Developing detection strategies
  • MITRE Frameworks (e.g., ATTACK, Engage, DEFEND)
    • Understanding and utilizing MITRE ATTACK
    • Introduction to MITRE Engage and DEFEND
    • Applying frameworks to threat hunting and DFIR
  • Module 4: MITRE ATT&CK-based threat hunting and detection
    • Deep dive into MITRE ATT&CK and detections based on it
    • ATT&CK-based hunting
    • Tactics, Techniques, Procedures, Groups, Software, Detections, Mitigations
  • Module 5: Detection Lab Setup (for Simulating and Detecting Attacks)
    • Setting up a detection lab environment
    • Tools and configurations for simulating attacks
    • Detecting and analyzing simulated attacks
  • Module 6: Malware Analysis (Static and Dynamic Analysis)
    • Techniques for static malware analysis
    • Dynamic analysis methods
    • Tools and resources for malware analysis
    • Sigma and Yara rules
  • Module 7: Reverse Engineering a Malware Sample
    • Introduction to reverse engineering
    • Tools and techniques for reversing malware
    • Practical exercises in malware reverse engineering
  • Module 8: Hunting on Event Logs, ETW, and Kernel Callbacks
    • Utilizing event logs for threat hunting
    • Understanding and using ETW
    • Kernel callback analysis
  • Module 9: Call Stack-Based Threat Hunting
    • Analyzing suspicious function call stack trace
    • Creating detection rules
    • Live practical scenarios
  • Module 10: Threat Hunting Scenarios
    • Identifying and analyzing suspicious threads
    • Practical threat hunting scenarios
    • Techniques and tools for threat hunting
  • Module 11: Forensic Investigation Techniques
    • Core forensic investigation methods
    • Evidence collection and preservation
    • Analyzing forensic data
  • Module 12: Analysis Using Memory Forensics Frameworks
    • Overview of memory forensics frameworks
    • Practical application of frameworks
    • Case studies and real-world examples
  • Module 13: Disk and Registry forensics
    • Fundamentals of disk forensics
    • Techniques for registry analysis
    • Tools and practical exercises for disk and registry forensics
  • Module 14: Ransomware Investigation scenario
    • Combination of threat hunting and forensic investigation technique
    • Live demonstration and Hands-on exercise
    • Real-world ransomware sample attack investigation
  • Lab
    • Simulating and detecting a cyber attack
    • Conducting malware analysis and reverse engineering
    • Ransomware Investigation
    • Practical threat hunting scenarios
  • Bonus Content
    • Interview preparation and guidance
    • Lab VM and malware samples for analysis
    • Custom-built list/repository of openly available resources
    • Custom-built mind-maps of different frameworks and major concepts discussed in the course (for example: MITRE ATTACK)
    • Cheat sheets for important topics (for example: x64 assembly instructions, windbg commands, malware sample sources)
  • System Requirements
    • 64-bit Intel i5/i7 2.0+ GHz processor or equivalent
    • At least 8GB of RAM and 50GB of free disk space
    • Ability to run at least 2 VMs (using Virtual Box, Vmware etc.)
    • Windows 10 or later, macOS 10 or later, or Linux
    • Internet access for downloading tools and resources

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Course Benefits

Threat Hunting Professional Online Training Course

Here What people are saying about InfosecTrain

Sudhara Vipin

Course and training were excellent. The Training methodology incorporated by InfoSec Train helped me to understand the concepts effectively. Looking forward to experiencing more such learning experiences with this team!

Raghavendra Surya

Excellent trainer and course materials! Very useful for future reference as well. I expect more amazing training programs and offers from InfoSecTrain that will uplift my career potential and help me towards opportunities that I have always dreamt of.

Akhil Verma

Superb session. One of the best instructors I have ever met. Very humble down to earth and very professional to handle query from the participants.

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FAQs

1. What is the purpose of threat hunting?
Effective threat hunting shortens the time between intrusion and detection, allowing attackers to cause less harm.
2. What are the 5 steps of threat hunting?

The 5 steps of threat hunting are:

  • Hypothesis
  • Collect and Process Intelligence and Data
  • Trigger
  • Investigation
  • Response/Resolution
3. What are the most difficult aspects of threat hunting?
For most SOCs, the price of licences and data storage make collecting and storing all security data for real-time and historical analysis too expensive. Querying enormous amounts of data might take a long time to respond to.
4. What tool may be used in threat hunting?
  • Security Monitoring Tools- Firewalls, antivirus, and endpoint security solutions are examples of security monitoring technologies that collect data and monitor the network.
  • SIEM Solutions- Security Information and Event Management (SIEM), assist in the handling of raw security data and enable real-time threat analysis.
5. What is the broad definition of threat hunting?
Threat hunting is the practise of locating potential attackers before they can launch an assault. Threat hunting is a proactive strategy that blends human analysis and instinct with security technologies, analytics, and threat information.
6. Which method of threat hunting is regarded as the least difficult?
By far the most simple process of hunting is searching. Searching entails using preset search parameters to find data about certain items.
7. Is threat hunting and threat detection the same thing?
Threat detection is a way of detecting known threats that is usually automated, whereas threat hunting is a creative process with a flexible methodology that focuses on the hunter seeking the hacker.
8. Which method of threat hunting is the most proactive?
The technique of proactively searching through networks or datasets to discover and respond to sophisticated cyberthreats that circumvent standard rule- or signature-based security measures is known as proactive threat hunting.
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