| 1 |
Defending Network Protocols |
Protocol hardening, secure configurations, traffic validation, attack surface reduction |
8% |
| 2 |
Defensive Infrastructure and Tactics |
Defense-in-depth, segmentation, security controls, monitoring strategy |
8% |
| 3 |
Digital Forensics Concepts and Application |
Evidence handling, artifact review, acquisition basics, forensic workflow |
8% |
| 4 |
Incident Response Concepts and Application |
Response lifecycle, triage, containment, eradication and recovery |
10% |
| 5 |
Interactive Malware Analysis |
Dynamic behavior review, sandbox observation, process changes, network activity |
9% |
| 6 |
Intrusion Detection and Packet Analysis |
Alert review, packet inspection, signature interpretation, anomaly detection |
8% |
| 7 |
Malware Analysis Concepts and Basic Analysis Techniques |
Static review, hashes, strings, file properties, initial triage |
8% |
| 8 |
Manual Malware Analysis |
Disassembly basics, code logic review, unpacking concepts, indicator extraction |
9% |
| 9 |
Network Forensics, Logging, and Event Management |
Log correlation, event review, timeline analysis, network evidence collection |
10% |
| 10 |
Network Security Monitoring Concepts and Application |
Monitoring workflows, sensor placement, detection methods, alert handling |
10% |
| 11 |
Vulnerability Assessment and Penetration Testing Concepts |
Assessment planning, risk identification, testing methods, scope awareness |
5% |
| 12 |
Vulnerability Assessment and Penetration Testing Application |
Scanning interpretation, validation steps, exposure review, remediation focus |
7% |
