Foundational understanding of digital forensics and its role in investigating cybercrimes. It covers forensic methodologies, legal considerations, and ethical practices essential for handling digital evidence. Learners will explore forensic tools, setting up a lab, and understanding cyber threats. The module prepares professionals to analyze and preserve digital evidence while following industry standards and legal compliance.

The collection, preservation, and recovery of digital evidence from various storage devices. It covers forensic imaging techniques, evidence integrity, chain of custody, and data extraction methods. Learners will explore hard drive forensics, file system analysis, memory forensics, and mobile device data recovery. The module also includes cloud and virtual environment forensics, ensuring professionals can handle diverse digital forensic scenarios effectively.

Techniques for analyzing network traffic and investigating malware-related incidents. Learners will explore packet inspection, intrusion detection, and network log analysis to trace cyberattacks. The module also includes malware identification, reverse engineering, and behavioral analysis, helping professionals detect, mitigate, and respond to malicious activities. Additionally, it covers dark web investigations, cryptocurrency forensics, and IoT security, ensuring a well-rounded approach to modern cyber threats.

Handling, investigating, and documenting cyber incidents effectively. It covers incident detection, containment, eradication, and recovery strategies to minimize damage from security breaches. Learners will explore risk assessment, threat intelligence, and forensic documentation to ensure accurate reporting. The module also includes forensic report writing, legal considerations, and presenting findings to stakeholders, preparing professionals to communicate cybercrime investigations clearly and professionally.