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Level 2 · M.Sc

Advanced Whitehat Defensive Security

MSc syllabus · 42 phases · ~1 year

Every unit this programme teaches, in the order it is taught. Headlines only — the material itself opens once you are enrolled.

Dates, price and prerequisites

1. Phase 0 From admin to defensive-systems researcher
2. Phase 1 The defender's threat model, applied
3. Phase 2 Measurement discipline for defense
4. Phase 3 Linux kernel architecture for defenders
5. Phase 4 eBPF foundations for security observability
6. Phase 5 Reading & reproducing defensive research
7. Phase 6 The privilege-ring model for defenders
8. Phase 7 CPU security flags as hardening primitives
9. Phase 8 MSRs, model-specific registers & microcode trust
10. Phase 9 Machine-code & opcode-level tamper detection
11. Phase 10 ELF at defensive depth
12. Phase 11 Ring-0 kernel rootkit detection
13. Phase 12 Ring −1 / ring −2 stealth & detection
14. Phase 13 Low-level defense capstone
15. Phase 14 Process memory & the /proc forensic surface at depth
16. Phase 15 Acquisition & analysis (DFIR toolchain)
17. Phase 16 Live-response methodology
18. Phase 17 Runtime tampering detection
19. Phase 18 Persistence hunting at depth
20. Phase 19 Anti-forensics & counter-anti-forensics
21. Phase 20 Forensics capstone
22. Phase 21 Log architecture & the SIEM (CLI side)
23. Phase 22 Host telemetry at depth
24. Phase 23 Network detection at research depth
25. Phase 24 eBPF runtime detection & HIDS
26. Phase 25 Detection-engineering methodology
27. Phase 26 Threat-detection content, honestly
28. Phase 27 Detection-engineering capstone
29. Phase 28 SELinux internals & policy engineering at depth
30. Phase 29 The LSM framework & comparative MAC
31. Phase 30 seccomp-bpf & syscall filtering
32. Phase 31 Namespaces, cgroups v2 & container internals at depth
33. Phase 32 Sandboxing technologies compared
34. Phase 33 Compiler & binary hardening
35. Phase 34 Isolation capstone
36. Phase 35 Firewall engines at research depth
37. Phase 36 OpenBSD as a security research platform
38. Phase 37 Network intrusion detection at depth: encrypted traffic and flow features
39. Phase 38 The hardened edge: relayd, TLS termination & WAF
40. Phase 39 DNS, PKI & trust-infrastructure defense
41. Phase 40 Segmentation & zero-trust for the Bastion
42. Phase 41 Traffic capture & analysis at depth