For students, hobbyists, and entry-level employees just starting out with reverse engineering. This class will take anyone from "zero" to "hero"! No prior knowledge of assembly, binary formats, or reverse engineering is required.

We'll explore what happens to source code when it gets compiled, what gets lost, and what's involved in recovering an understanding of that code. Students will learn how to leverage Binary Ninja to reverse engineer programs for any architecture. Examples from several popular machine code architectures will be provided (such as x86 and ARM) for students to learn when they need to inspect the disassembly and how to read it without needing to be an expert. Variable storage, register allocation, how the stack works, type recovery, basic vulnerability classes, and much more will all be covered. For more information, see the full syllabus.

For all cybersecurity professionals looking to improve their skills. Whether you want to understand programs faster, find more bugs, explore strange architectures and platforms, or anything else Binary Ninja enables, this class is for you. Each class is tailored to the preferences of the students, ensuring that we address precisely what you require to excel in your role. Wherever you are, this course will cover everything you need to know to boost your skills to the next level!

Students should be familiar with the stack, heap, assembly, and general reverse engineering concepts. For more information, see the full syllabus.

An advanced class with our good friends from Margin Research. PAVR covers the fundamentals of using Binary Ninja and program analysis with an emphasis on combining them to find new software vulnerabilities.

Students must be familiar with basic vulnerability classes such as stack-based buffer overflows, type confusion, sign extension vulnerabilities, etc, and what those look like in source code/a binary. For more information, see the full syllabus.