
Explore vehicle architecture, CANbus protocol, CAN frames, and car hacking tools in this hands-on virtual lab. Learn from experts in automotive security and gain practical skills in vehicle system penetration testing.

Exploración de códigos secretos en dispositivos Android, revelando vulnerabilidades de seguridad y métodos de bypass en teléfonos de principales fabricantes. Incluye demostraciones prácticas y herramientas de fuzzing.

Exploración de técnicas modernas de explotación para productos de virtualización de VMware, incluyendo ejemplos prácticos de escape de Workstation y ESXi, y discusión de primitivas de explotación avanzadas.

Exploring how hardware component boundaries impact platform security, focusing on outsourced components, supply chain risks, and threat modeling gaps in modern hardware architectures.

Hands-on firmware hacking workshop using Ghidra for reverse engineering ARM Cortex-M architecture, followed by live demonstration of hardware glitching attacks on microcontrollers.

Exploring security vulnerabilities in privileged Linux containers, demonstrating exploitation methods on Play-with-Docker platform, and showcasing techniques to access host systems and networks.

Explore Qiling Framework for advanced security analysis, including cross-platform emulation, fuzzing, malware sandboxing, and IoT vulnerability research. Learn to build customized tools efficiently.

Exploiting Adobe Reader vulnerabilities through malformed strings, revealing four critical security flaws including information disclosure and code execution risks.

Explore four unconventional, home-built software-defined radios using simple methods and common parts. Learn innovative approaches to wireless experimentation and protocol hacking from a leading security researcher.

Explore innovative reputation systems to combat social engineering and opinion manipulation in online environments, enhancing security for individuals and organizations.

Explore model-based fuzzing for ARM CPUs using machine-parsable reference manuals. Learn about Scapula, an open-source tool for detecting specification violations in ARM-based platforms.

Explore the evolution of hacking in warfare, from its origins to modern cyber and information campaigns. Examine notable cases, core features, and successful strategies, while considering future cybersecurity challenges and defenses.

Exploración de ataques y vulnerabilidades en la blockchain EOS, incluyendo casos de estudio de pérdidas millonarias y análisis de CVEs específicos por un experto en seguridad de blockchain.

Explore the symbiotic relationship between cybersecurity and blockchain, examining past advances, missteps, and future applications for securing systems and infrastructure.

Explore BCM, a blockchain-based secure messaging platform designed by hackers for hackers. Learn about its advanced security features, end-to-end encryption, and off-the-grid communication capabilities.

Explore ARM-X, an IoT firmware emulation framework for testing and vulnerability discovery. Learn its evolution, use cases, and future directions in IoT security research and development.

Exploring IC reverse engineering techniques for security assessment, including failure analysis tools, delayering methods, and circuit editing. Learn how to analyze and modify chip structures for hardware hacking.

Comprehensive guide to advanced laptop security, covering hardware virtualization, secure boot, and protection against sophisticated physical attacks. Practical tips for privacy-conscious users and security professionals.

Exploring TrustZone vulnerabilities in Samsung Galaxy smartphones using feedback-driven fuzzing on Trustonic trustlets, revealing potential security breaches in ARM's hardware isolation technology.

Exploring vulnerabilities in industrial RF remote controllers, revealing security flaws and potential attacks. Includes demos, findings, and recommendations for improving safety in IIoT applications.

Explore compiler vulnerabilities and malicious modifications in GCC, from accidental bugs to intentional exploits. Learn about compiler stages, potential attack vectors, and strategies for detecting malicious alterations.