
Explore Intel's Houdini binary translator for running ARM on x86, its inner workings, security weaknesses, and potential exploits. Gain insights into cross-architecture execution and its implications for Android security.

Explore Go binary analysis for IoT and edge computing, covering Go assembler, tools, and language constructs to enhance reverse engineering skills.

Demostración de vulnerabilidades en aplicaciones móviles de seguridad mediante ingeniería inversa e instrumentación dinámica, con casos de estudio reales de applockers, control parental y anti-robo.

Explore security vulnerabilities in GPS trackers, including traffic analysis, SMS configuration exploitation, protocol reverse engineering, and GPS signal spoofing. Learn about privacy risks and potential attack scenarios.

Explore hardware hacking of a Bluetooth smartlock, from circuit board analysis to exploit development, covering electronics basics, reverse engineering, and mobile app vulnerabilities.

Análisis de vulnerabilidades en el software de cifrado DataVault, revelando fallas en la derivación de claves y encriptación que comprometen la seguridad de productos de almacenamiento de Sony, SanDisk y Lexar.

Explore cutting-edge techniques in embedded VR security, focusing on router vulnerabilities, reverse engineering, and exploit development through real-world case studies.

Explore modern Secure Boot attacks, focusing on bypassing Intel Boot Guard in enterprise systems. Learn about hardware Root of Trust, Embedded Controllers, and UEFI Firmware vulnerabilities.

Explore the evolution of advanced threats and defensive software, focusing on persistent methods at hardware and firmware levels. Gain insights into modern security gaps and potential solutions.

Reverse-engineering and exploiting a hardened MSP430 device: techniques for firmware extraction, analysis, and data retrieval from RAM, with focus on overcoming JTAG security measures.

Explore web application reverse engineering techniques, from information gathering to active testing, to understand behavior, analyze code, and improve security assessments.

Explore techniques for hacking .NET applications, including malware analysis, code review, and penetration testing. Learn to build keygens, cracks, and overcome security measures in .NET environments.

Explore techniques used by crackers to bypass security, access firmware, and find vulnerabilities in hardware and software. Learn to protect your products from reverse engineering.

Explore advanced OpenOCD applications beyond debugging, including boundary scan testing, hardware troubleshooting, and reverse engineering techniques for embedded systems and firmware.

Explore reverse-engineering techniques for binary protocols and cryptography, focusing on methodologies to uncover vulnerabilities in network devices through real-world examples.

Explore reverse engineering of Logitech's Harmony smart home hub, uncovering vulnerabilities and discussing their implications for device security and potential exploitation.

Demystifying Windows access token manipulation attacks and providing effective detection strategies for defensive practitioners in enterprise environments.

Explore Bluetooth Low Energy vulnerabilities through firmware reverse engineering, uncovering remote code execution exploits at the protocol's lowest levels without authentication or pairing.

Methodical exploration of defeating ESP32 security features using low-cost hardware techniques, including voltage glitching and analog side-channels, with implications for IoT device security.

Explore Qualcomm WLAN and Modem vulnerabilities, focusing on firmware exploitation, isolation breaches, and over-the-air control techniques. Gain insights into real-time debugging and mitigation strategies.

Explore BluePill, a customizable tool for neutralizing anti-analysis techniques in malware. Learn how it defeats evasive samples and executable protectors, enhancing malware dissection capabilities.