
Exploiting Windows 10's memory deduplication feature to silently compromise Microsoft Edge, bypassing security measures and gaining arbitrary memory access through JavaScript-based attacks.

Insider look at the notorious Black Hat network, revealing infrastructure, traffic patterns, and security challenges faced by one of the most hostile networks on the planet.

Explore undocumented CPU behavior to breach kernel security, map memory, and bypass KASLR. Learn techniques for kernel introspection and physical-to-virtual address conversion without special privileges.

Explore techniques for gathering threat intelligence on telephony scams, including robocalling and voice phishing. Learn to detect and fingerprint bad actors using audio features and data analysis.

Explore strategies for achieving defensible cyberspace through innovative technologies, operational improvements, and policies that prioritize defense over offense in the digital realm.

Explore diverse wireless systems using software-defined radio. Learn to analyze, reverse engineer, and exploit RF signals for applications ranging from space probes to aircraft tracking and RFID systems.

Automated system to disarm malware with anti-sandbox techniques, focusing on host-fingerprinting and general anti-sandboxing. Analyzes exit reasons and suggests suitable environments for dynamic analysis of evasive malware.

Explores security vulnerabilities in IPv6's Multicast Listener Discovery protocol, demonstrating potential exploits and proposing mitigation techniques for safer IPv6 network implementation.

Explore security vulnerabilities in popular cross-platform mobile development frameworks and their implications for app developers and users.

Explore geo-inference attacks via browser cache, revealing how websites can sniff users' locations. Learn about vulnerabilities in popular sites, impact on various browsers, and potential defenses against these privacy threats.

Unveils vulnerabilities in EMV Contactless payments, demonstrating relay attacks using common Android devices. Explores implications for transaction security and public acceptance of contactless payments.

Explore vulnerabilities in online banking malware detection systems, revealing implementation errors and potential improvements for enhanced security.

Explore techniques for creating user-mode rootkits in Android using ART mechanisms, including file formats, persistence methods, and limitations, with a live demonstration.

Unveiling creative browser vulnerabilities and attacks, including confidentiality breaches, login detection, and exploiting HTML5 features, with live demonstrations challenging Same Origin Policy understanding.

Efficient metadata model for security content, enabling fast searches and real-time monitoring. Integrates SCAP components, supports NLP queries, and aids in vulnerability resolution and malware analysis.

Discover techniques to compromise social navigation systems through fake GPS reports and bot drivers, exploring privacy risks and traffic manipulation in applications like Waze.

Explore DABiD, an interactive Android binary debugger for malware analysis. Learn to detect runtime changes, monitor dynamic classes, and modify instructions for effective debugging of complex Android malware.

Discover a novel method for unpacking protected Android applications without root access. Learn to bypass anti-analysis techniques and reveal hidden code in packed apps.

Unveils a resilient API deobfuscation technique using memory access analysis, overcoming limitations of pattern-based approaches to identify runtime-obfuscated API calls in malware and obfuscated code.

Exploit allowing non-privileged apps to access sensitive log data on Samsung devices, bypassing Android's READ_LOGS permission restrictions. Reveals private information from notifications and system logs.

Explore the development of an open-source USB-sized computer for security applications, featuring advanced SoC technology, secure boot, and ARM TrustZone implementation.