• Module 1: Advanced Security Operations
  • SOC Metrics and KPIs
  • Purple Team Integration
  • Detection Engineering Methodology
  • SIEM and SOAR Optimization
  • Implementing MITRE ATT&CK Framework
• Module 2: Persistence Threat Hunting
  • Advanced Registry Analysis Techniques
  • WMI Event Subscription Detection
  • COM Hijacking and DLL Search Order
  • Scheduled Task Analysis and Anomaly Detection
  • Mul-Log Correlation for Persistence Hunting
  • Lab: Detecting Advanced Persistence Mechanisms
• Module 3: Lateral Movement Analysis
  • Pass-the-Hash and Pass-the-Ticket Detection
  • Detecting Authenticated Remote Execution
  • RDP/VPN Access Analysis
  • WMI and PowerShell Remoting Abuse
  • Kerberos Protocol Analysis
  • Lab: Lateral Movement Investigation
• Module 4: Network-Based Threat Hunting
  • Statistical Approaches to Traffic Analysis
  • Beacon Pattern Detection in Network Traffic
  • DNS and HTTP Tunneling Identification
  • TLS/SSL Inspection Strategies
  • Network Timeline Reconstruction
  • Lab: Network Traffic Analysis for C2 Detection
• Module 5: Credential Theft Investigation
  • Windows Authentication Mechanisms (In-depth)
  • Detecting Credential Dumping Operations
  • Kerberoasting and AS-REP Roasting Detection
  • DPAPI Analysis for Credential Extraction
  • Domain Controller Authentication Log Analysis
  • Lab:Credential Abuse Incident Response
• Module 6: Malware Analysis Techniques
  • Static Analysis with Binary Analysis Tools
  • Dynamic Analysis in Isolated Environments
  • Memory Dumping and Analysis for Malware
  • Anti-Analysis Technique Identification
  • Process Injection and Hollowing Detection
  • Lab: Analyzing Real-World Malicious Samples
• Module 7: Memory Forensics
  • Memory Acquisition Methods and Challenges
  • Process, DLL, and Driver Analysis
  • Detecting Rootkits and Bootkits
  • Finding Injected Code and Hidden Processes
  • Analyzing Malware Artifacts in Memory
  • Lab: Memory Analysis for Hidden Threats
• Module 8: Disk Forensics
  • Analysis for Proof of Execution
  • Analysis for Proof of File / Folder Access
  • Extracting Windows Event Logs for Offline Analysis
  • Extracting Windows Registry for Offline Analysis
  • MFT Analysis for File System Artifacts
  • Advanced File System Artifact Analysis
  • Timeline Creation and Analysis
  • Super Timeline Creation and Analysis
  • Lab: Disk-Based Investigation and Evidence Recovery
• Module 9: Final Challenge
  • Perform Threat Hunting, Incident Response, Malware Analysis and Forensics
  • Solve and Answer Questions
  • Apply what you have learnt so far
  • Each module includes technical deep dives, practical demonstrations, and hands-on lab exercises.
  • Participants must complete lab assignments to receive certification.
  • Lab Contents
    • Detection Engineering Lab Setup
    • Hands-on writing Windows detection
    • Hands-on writing complex multisource detection
    • Proactive Hunt for confirming presence of adversary
    • Hunt for credential abuse or malicious credential usage
    • Hunt for evidence of adversary across Persistence points
    • Hunt for advanced persistence techniques
    • Evidence identification for Lateral Movement
    • Hunt for detection of Lateral Movement
    • Credential Tracking for Lateral Movement Hunting
    • Malware Analysis Lab Setup
    • Static Malware Analysis
    • Dynamic Malware Analysis
    • Hunting for Malware via YARA rules
    • Network Hunting for Malware Beacons
    • Network Hunting for DNS Exfiltration
    • Network Hunting for Domain Fronting Techniques
    • Hands-on Hunting Report Writing with Hand-Off to Incident Response Teams
    • Forensics Evidence Acquisition
    • Analysing Disk Image
    • Analysing Memory Image
    • Analysing Filesystem Image
    • Writing Threat Intel Reports
• Final Exercise Challenge:
  • To be completed by students – apply everything learnt so far and solve enterprise scale breach – write reports at the en

This advanced course is specifically designed for:

• SOC Analysts (Tier 2+) seeking to advance beyond alert triage to proactive hunting
• Incident Responders looking to enhance investigation techniques and efficiency
• Security Engineers responsible for building detection engineering capabilities
• Digital Forensic Analysts expanding into threat hunting methodologies
• Penetration Testers who want to understand defensive detection techniques
• Security Architects responsible for designing security monitoring solutions

Required Technical Knowledge:

• Windows Systems (Essential)
  • Windows Event Log analysis (Security, System, Application logs)
  • Registry structure and common keys related to security
  • Windows authentication mechanisms and security tokens
  • PowerShell fundamentals and security-related cmdlets
  • Windows services, scheduled tasks, and startup mechanisms
• Networking Fundamentals (Essential)
  • TCP/IP protocol stack operations
  • Common protocols and their security implications (HTTP/S, DNS, SMB, RDP)
  • Basic packet analysis concepts
  • Network traffic patterns and anomaly identification
• Security Concepts (Essential)
  • Common attack vectors and techniques
  • Basic log analysis and correlation
  • Security monitoring principles
  • Malware behavior fundamentals
• Additional Skills (Highly Recommended)
  • Basic Linux command-line operations (can use an OS without GUI)
  • Virtualization experience (VMware/VirtualBox/Hyper-V/Docker)
  • Basic scripting and decent programming abilities (PowerShell/Bash/Python/C/C++)
  • Understanding of Applied Statistical Analysis (Maths and Stats)
  • Familiarity with MITRE ATT&CK framework

  Note: This is a technically rigorous course. Participants without these prerequisites will struggle significantly with the pace and depth of the material.

Upon completion of the course, participants will be able to:

• Explain threat hunting workflows, DFIR lifecycle stages, and identify critical Windows artifacts.
• Create detection rules using MITRE ATT&CK (TTP mapping) and develop hypotheses for proactive hunting.
• Detect credential abuse, lateral movement, and persistence mechanisms while performing basic static/dynamic malware analysis.
• Acquire and analyze disk, memory, and registry artifacts, and use open-source tools to build artifact timelines.
• Contain threats using NIST SP 800-61 principles and document findings for handoff to DFIR teams.
• Map adversary behaviors to MITRE D3FEND mitigations and generate actionable alerts from STIX reports.
• Investigate full attack chains—from initial access to exfiltration—and produce both technical and executive reports for mock breaches.