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Have you ever felt your windows operating system is hung or becoming slow or having a BSOD? Or an application crash or application hang or slow on windows? Have you had to press the restart button of your PC or the windows server to get rid of the problem and had no clue when that issue will happen again? Or you’re asked to analyse a memory dump of a compromised system for isolating a malware?. If that bothers you, this training is all about root causing and solving such complicated issues once and for all, among many other topics it covers. Windbg is the single most powerful, debugging and reverse engineering tool in windows platform. Windbg is like an x-ray plus mri plus ct scan for programs running on windows operating system, including the operating system itself. It helps us to root cause complicated problems like we discussed in windows ( OS ) and programs running inside the operating system.

Windows System Programming: Fundamentals course will take you through the basics of getting started with system programming on Windows.

This course will familiarize students with all aspects of writing Assembly code on the ARM platforms. By the end of this course students will be able to understand and write Assembly programs on the ARM platform. This includes being able to understand programs that were created by a high level language compiler. This course is fundamental for  anyone wishing to do reverse engineering on the ARM platforms. The BeagleBone family of boards is used in this course.

ARM processors now power billions of mobile and IoT devices today! Understanding the basics of ARM assembly provides the foundation for diving deep into ARM exploitation and reverse engineering. This course focuses on teaching you the basics of ARM assembly!

This course will familiarize students with all aspects of reverse engineering (reversing) Linux 32-bit applications for the purposes of locating flaws and developing exploits. By the end of this course students will be able to understand, locate, and exploit all of the common flows in 32-bit Linux software. These flaws include, but are not limited to, buffer overflow, heap overflows, format string flaws, section overflows, and kernel flaws. Along the way students will gain a better understanding of how Linux 32-bit applications work and will be exposed to a number of common reversing tools such as specialized debuggers (IDA Pro) and fuzzers.  As always, you will also learn how to leverage Python and other scripting tools in order to automate the discovery and exploitation of software flaws.