Malware

Advanced memory forensics equips red teams and pen testers with the skills to detect and analyze sophisticated code injection techniques in Linux, using tools like Volatility and GDB to uncover hidden malicious activities and defend against advanced threats.

Master the art of heap exploitation with this comprehensive guide, diving into advanced techniques, real-world examples, and practical code snippets to elevate your red teaming and pen testing skills.

Explore advanced memory forensics for malware detection, analysis techniques, and real-world case studies.

This article delves into malware obfuscation, discussing various techniques, tools, and best practices used by red teams and penetration testers, along with real-world examples and code samples, to create evasive and resilient malware that can bypass security measures and remain undetected.

This article provides an in-depth discussion of advanced red team exercises specifically focused on supply chain attacks, including reconnaissance, weaponization, delivery, exploitation, and post-exploitation phases, with technical details and real-world examples.

This article provides an overview of the inner workings of ransomware, analyzes real-world examples, and provides techniques for preventing and mitigating ransomware attacks.

Why is everyone rewriting their C2 in Go? Cross-compilation, static binaries, and speed. We dive into using Go for offensive operations.

A comprehensive deep-dive into the world of reverse engineering. Learn the fundamental concepts of disassembly and decompilation, master the nuances of PE and ELF file formats, understand x86/x64 assembly, and discover how to bypass anti-reverse engineering protections during advanced red team engagements.