In-Person Training at BOOTSTRAP25

Thompson Conference Center, Austin TX // March 18-21

BOOK NOW

BOOTSTRAP25 brings the best reverse engineering and debugging training to Austin TX, this March. Join us for courses covering everything from software to hardware hacking. Austin is an is an amazing venue with lots to do, great food, and of course great learning.

All courses run from 9am - 5pm US Central Time unless otherwise stated.

Pricing

Our pricing model operates on an early-bird discount, with standard and late pricing.

All bookings include complimentary access to our BOOTLOADER Mixer Evening and BOOTSTRAP25 conference event on March 22. Come join us for workshops and meet the instructors for the trainings you've missed.

BOOTSTRAP25's In-Person Training Courses

VoidStar Security - Hardware Hacking for Reverse Engineers

This course teaches hardware reverse engineering fundamentals, focusing on low-level protocols like SPI, I2C, JTAG, and SWD in embedded systems. Students develop tools to interface with these protocols. All hardware is provided, and students keep the tools after completing the course.

Ringzer0Ringzer0

The Art of Fault Injection: Advanced Techniques and Attacks

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.

Ringzer0Ringzer0

Bluetooth Low Energy - Full Stack Attack

It’s pretty fun to hack things wirelessly. And hey, it turns out there’s literally *billions* of Bluetooth Low Energy (BLE) things sold per year, so let’s learn how to hack those!

Ringzer0Ringzer0

Fuzzing and Attacking Custom Embedded Systems

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.

Ringzer0Ringzer0

Patch Diffing In The Dark: Reverse Engineering Modern CVEs

This course teaches patch diffing to analyze real-world Windows and Android vulnerabilities. Students use open-source tools like Ghidra to reverse engineer recent CVEs, gaining the skills and confidence to discover complex vulnerabilities with tools they already have.

Ringzer0Ringzer0

Reversing Cryptography in Black Box Binaries

Learn how to assess the robustness of black box cryptographic blocks in binaries via real-world examples.

Ringzer0Ringzer0

UAS Cybersecurity: Drone Wolf - Hack Our Drone

Dark Wolf’s “Hack Our Drone” equips participants with everything they need to know about hacking Unmanned Autonomous Systems

Ringzer0Ringzer0

Demystifying Low-Tech Fuzzing: Unconventional Approaches to Uncovering CVEs

The “Low Tech Fuzzing” class is designed to teach students efficient fuzzing techniques to quickly find and validate bugs in software.

Ringzer0Ringzer0

Windows Malware Implants: OPSEC, Evasion and Anti-Reversing Techniques

This course details techniques modern malware uses to evade defenders and security tools like AV, IPS, IDS, and EDR. It also covers how attackers design implants for quick redeployment after detection or public disclosure by researchers or security vendors.

Ringzer0Ringzer0

5G Hacking for Red and Blue Teams

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.

Ringzer0Ringzer0

Practical Car Hacking - A Hands-On Approach

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.

Ringzer0Ringzer0

Practical Firmware Implants and Bootkits

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.

Ringzer0Ringzer0