
Advanced techniques for detecting malicious domains, analyzing domain characteristics, and identifying suspicious DNS infrastructure for security analysts.
A technical deep dive into modern C2 architecture (Sliver, Havoc), evasion techniques (Shellter Elite, Stack Spoofing, AMSI Blinding), and alternative infrastructure (Discord C2, Cloud Redirectors).
Part 1 of the Windows Protected Processes series. Learn about protected processes, Process Explorer limitations, and why even administrators can't access critical system processes like CSRSS and LSASS.
Advanced inspection techniques with Process Hacker, WinDbg kernel debugging, LSASS credential protection, BYOVD attacks, detection strategies, and system hardening for Windows protected processes.
Deep dive into DNS architecture, record types, resolution process, and security analysis techniques for network defenders and DNS analysts.
A guide to enterprise network architecture for blue team operations.
Detection mechanisms, Windows processes, threads, memory types, and the Process Environment Block (PEB) for security professionals.
Bridge the gap between academic statistics and real-world engineering.
Windows memory management, API fundamentals, PE file format, and DLL mechanics for security professionals.
Part 1 of the malware development series. Learn the fundamentals of ethical malware development, Windows architecture, and essential tools for penetration testers and red teams.
Exploring the Hill cipher, a polygraphic substitution cipher that uses linear algebra and matrix operations for encryption and decryption.