Ringzer0

Master low-level firmware security in this hands-on course focused on BIOS/UEFI manipulation, bypassing Secure Boot and Intel® BootGuard, and creating BIOS implants and Bootkits. Learn Intel hardware debugging, exploit development, and enhance your offensive and defensive firmware security skills.

This course covers a wide variety of topics - from automotive networks, diagnostic protocols, firmware extraction and wireless attack surfaces. The course is very hands-on, with many real ECUs to practice on.

Learn how to identify and counter threats in 5G networks. Dive into 5G core security, protocols, assess vulnerabilities and develop exploits. The training features hands-on exercises simulating real-world attacks and defenses on a local, isolated 5G network.

This training covers analyzing, fuzz testing, and exploiting devices with custom embedded OS. It dives into Arm Firmware, teaches reverse engineering with Ghidra, and offers hands-on exercises to build proficiency with tools like Unicorn, AFL++, and Fuzzware.

Fault Injection attacks are increasingly used to break into devices, especially when software vulnerabilities are unknown. Students will use NewAE’s ChipWhisperer-Lite or Husky, along with hardware tools (debugger, oscilloscope), to create Fault Injection exploits on the Espressif ESP32 SoC.