New The 2026 Continuous Validation Methodology Paper is now available. Read the paper →

VORNAC RESEARCH

6

Reverse Engineering, Binary & Malware.

Low-level attack surfaces — exploitation, fuzzing, and malware behavior.

4
Notes in this domain
0
Featured
0
Reference
4
Background

Background

  • Binary Exploitation — Fuzz to Working Exploit

    End-to-end memory-corruption pipeline: corruption classes, fuzzing-driven crash discovery, mitigation tradeoffs per stage, and the Windows internals that earn offensive relevance.

    —
  • Reverse Engineering Fundamentals

    Quick-reference for disassemblers, debuggers, and the signatures to look for first — including an ARM reference for analysts moving from x86 and the modern browser as an attack surface.

    —
  • Malware Analysis — Canonical Reference

    Triage workflow, packer recognition, behavioral exploit profile, RAT family-behavior reference, and the template for documenting a sustained adversary group.

    —
  • Document & Runtime Exploits

    PDF as a delivery vehicle (structure, script extraction, parser quirks) and the Java-runtime exploit reference — historical and current patterns, with what each reveals about the deployed JRE.

    —

From reference to evidence

Validate these gaps in your own environment.