
Explore Trusted Execution Environment vulnerabilities in Qualcomm's TEE, reverse engineering techniques, and fuzzing methods for TrustZone apps in mobile device security research.

Explore the ongoing battle between cheat developers and anti-cheat technologies in gaming. Learn about bypassing techniques and tools for testing anti-cheat software effectiveness.

Explore vectorized emulation's potential in fuzzing, leveraging AVX-512 for parallel VM execution, enhanced code coverage, and hardware-accelerated taint tracking for improved vulnerability detection.

Explore fault injection techniques in hardware hacking with practical tips on timing, intensity, and effectiveness. Learn innovative methods to determine optimal glitch timing for successful attacks.

Explore common automotive security vulnerabilities and learn bug hunting techniques for car systems, from IoT security to CAN bus hacking. Gain insights into PoCs, attacks, and bug prioritization in the automotive industry.

Explore IoT device security through an attacker's perspective, covering fuzzing, reverse engineering, and exploit development. Learn about vulnerabilities, remote execution techniques, and challenges in IoT security.

Explore Language-theoretic security for IoT, focusing on input recognition and processing separation. Learn about parser combinators, test case generation, and implementation in AMQP protocol for robust IoT systems.

Explore fuzzing techniques for Trusted Execution Environments using AFL, focusing on OP-TEE. Learn about challenges, coverage tracking, and creating initial inputs for effective embedded system security testing.

Learn to automate security testing by integrating it with functional test cases, enhancing efficiency and coverage in software development processes.

Panel discussion featuring women leaders in tech exploring strategies to increase diversity in bug hunting and cybersecurity, sharing insights and experiences from their roles at major tech companies.

Automated firmware testing using Fuzzware: emulate and fuzz embedded systems without hardware. Discover vulnerabilities in network stacks and scale security analysis for diverse devices.

Explore advanced XML fuzzing techniques and a new tool for mutating XML documents, with insights from an experienced penetration tester on finding security vulnerabilities in various formats.

Innovative scanning technology enables functional test cases to produce security findings, bridging the gap between development and security testing without dedicated pentesters.

Discover reconnaissance techniques and tools for finding vulnerabilities in Google's Vulnerability Reward Program. Learn from experienced bug hunters' journeys and insights into this coveted program.

Learn tips and tricks for scaling bug hunting in cloud environments, enhancing your cybersecurity skills and improving your ability to find vulnerabilities efficiently.

Discover a new tool for automated recovery of service calls and EFI type info in UEFI firmware, simplifying vulnerability hunting and making firmware code resemble original source.

Explora los proyectos OWASP para seguridad móvil: MASVS para verificación y MSTG para pruebas e ingeniería inversa. Aprende a evaluar y mejorar la seguridad de aplicaciones iOS y Android.

Exploración de vulnerabilidades en controladores NDIS de Windows, demostrando ataques y problemas de seguridad en implementaciones de proveedores, incluyendo Microsoft.

Explore Android's bootable recovery mode to create custom tools for security testing, forensics, and device modification. Learn to build and customize recovery images for various Android devices.

Aprende técnicas de fuzzing para descubrir vulnerabilidades y exploits de día cero. Incluye demostraciones prácticas de Buffer Overflow y creación de shellcode para pruebas de penetración.

Descubre vulnerabilidades web comunes desde la perspectiva de un experimentado bug hunter. Aprende técnicas útiles para pentesting y mejora tus habilidades en seguridad informática.