
Exploration of rogue hosting providers' behaviors, patterns, and impact on cybercrime. Insights into threat intelligence techniques for identifying and combating abusive hosting services, with focus on Dutch infrastructure.

Explore radio exploitation fundamentals, wireless attack types, and live demos. Learn to bridge IP network skills to wireless domain, understanding mechanics and awareness of radio-based network vulnerabilities.

Explore neural network-based fuzzing for web apps, enhancing coverage and efficiency in identifying vulnerabilities through machine learning and intelligent payload generation.

XFLTReaT: An open-source tunnelling framework for bypassing network restrictions. Simplifies development of custom tunnels, supports various protocols, and offers easy configuration and use for network professionals.

Exploración detallada de vulnerabilidades en sistemas de punto de venta, demostrando vectores de ataque y discutiendo la seguridad de sistemas POS modernos, con énfasis en SAP POS.

Explore real-world case studies on library vulnerabilities, their impact, and mitigation strategies. Gain insights into security challenges and learn about industry responses and financial implications.

Explore Android's Binder IPC mechanism and its security implications, including potential vulnerabilities in keylogging and banking apps.

Explore sensor vulnerabilities in IoT devices, autonomous systems, and AI, covering attack vectors, security challenges, and potential solutions for the Internet of Everything era.

Explore advanced red team tactics, including domain fronting, ADFS attacks, and sandbox evasion. Gain insights into offensive and defensive strategies for the coming year.

Investigación detallada sobre micrófonos ocultos modernos, sus características y métodos de detección, con experimentos prácticos y desarrollo de una herramienta de código abierto basada en SDR para detectarlos.

Revealing 200+ vulnerabilities in Samsung Android phones, focusing on authentication bypass and system crashes. Demonstrates fragmentation issues and compares with Google's AOSP, offering insights into Android security.

Explore machine learning and natural language processing for cybersecurity intelligence, leveraging unstructured data from social media and online sources to gain an edge in threat identification.

Exploring a real-world Red Team operation to steal industrial recipes from PLCs, detailing preparation, physical intrusion, and ICS device hacking techniques in manufacturing environments.

Challenges in cyberattack investigation and a novel open-source solution for remote digital forensic analysis, featuring a live demo of analyzing a complex infection on a remote machine.

Exploring the cyclical nature of cybersecurity threats, this talk emphasizes the importance of basic security practices over obsession with zero-day vulnerabilities, using recent events as examples.

Explore Hadoop security vulnerabilities and attack vectors in Big Data environments. Learn practical techniques to access data lakes and exploit weaknesses in cluster infrastructures.

Explore healthcare cybersecurity, focusing on HL7 protocol vulnerabilities in medical devices and hospital systems. Learn to identify and exploit weaknesses in healthcare infrastructure.

Explore open-source firmware for enhanced physical security and data protection. Learn about Heads, a custom firmware and OS configuration that combines hardware hardening with secure boot processes.

Análisis profundo de los protocolos mDNS y DNS-SD, explorando sus vulnerabilidades inherentes y posibles vectores de ataque en entornos de red de configuración cero.

Exposé of a sophisticated telco hack, revealing methodologies, tools, and protocols used by a suspected state actor. Insights from a live session observation and forensic analysis of a mobile network operator intrusion.

Exploración técnica del ataque Drammer, que aprovecha la vulnerabilidad Rowhammer en dispositivos Android sin permisos de usuario ni fallas de software. Detalla el proceso de desarrollo y los desafíos enfrentados.