This fast-paced 4-day course will make students familiar with reverse engineering Linux malware, starting off with a dense walk through of Linux OS internals and Linux binary analysis techniques, before jumping right in with common Linux malware. Quickly we'll work our way to advanced samples, targeted malware, Linux software protection techniques and packers. We will cover Go malware, Rust, and C++ samples, and explore recent rootkits targeting Linux.

Join the esteemed senior security researcher and endpoint security engineer, as she takes you along a deep dive into the internals of the Windows 11 Operating System.

Covering Windows 11 “26H2”, the upcoming “27H1/2”, and Server 2025, you’ll unravel the secrets of how GRU bootkits, PLA software supply chain implants, NSA backdoors, and other kernel and firmware malware work. You’ll learn how they, and others, abuse various system functionality, obscure mechanisms, and data structures, in order to do their dirty work, and how you can too defend against it!

This is a four-day crash course in rapid prototyping for hardware hacking. You'll build upon the basics you already covered in an introductory hardware hacking course and will design and assemble, from scratch, multiple malicious hardware implants.

Modern reverse engineering increasingly relies on automation, custom tooling, and agent-assisted workflows. But these approaches quickly run into limits when binaries actively resist analysis through control-flow obfuscation, virtualization, mixed Boolean-Arithmetic, and other transformations. This training teaches the practical deobfuscation workflows needed to break such protections and to make automated reverse-engineering workflows effective on real-world targets.