
Explore techniques for discovering remote code execution vulnerabilities in embedded TLS libraries, with insights on improving security in IoT and embedded systems.

Optimized fuzzing approach for iOS IOKit interfaces, dynamically resolving symbols and parameters to improve efficiency and effectiveness in vulnerability discovery.

Exploring Android's Stagefright framework vulnerabilities, focusing on discovery techniques, OS internals, and security implications. Demonstrates proof-of-concept code and discusses mitigation strategies.

Explore mobile browser vulnerabilities and security policy bypasses, including Same Origin Policy and Content Security Policy. Learn testing methodologies and see real-world examples of Android browser exploits.

Explore a fuzzing approach to uncover vulnerabilities in Android's core system components. Learn about data generation, test execution, logging, and triage mechanisms for effective vulnerability detection.

Explore Android's Binder IPC vulnerabilities through fuzzing and exploitation techniques. Learn to identify, analyze, and exploit "BadParcel" issues for privilege escalation in high-privilege processes.

Explore PCIe device reverse engineering, focusing on SR-IOV standard. Learn techniques to analyze vulnerabilities and extract valuable information from these interconnected components.

Presentation of data from analysis of 6000+ firmware images, revealing trends in software hardening and a critical flaw in Linux/MIPS stack affecting security across embedded devices.

Explore web security threats, vulnerabilities, and best practices. Learn about encryption, authentication, and strategies to protect against hacks and social engineering in this comprehensive talk.

Extracts runtime information to enhance static analysis, resolving virtual calls in C++ binaries and visually comparing samples for efficient vulnerability research and code auditing.

Unveiling a critical 8-year-old vulnerability in XRP Ledger that could compromise $40 billion in assets. Explores the RCE exploit, potential profit methods, and network control implications for blockchain security.

Explore Jump-Oriented Programming (JOP) for code-reuse attacks, including its fundamentals, the JOP ROCKET tool, and techniques to bypass DEP and ASLR in Windows environments.

Discover methods for finding vulnerabilities in Javascript Engines through fuzzing techniques, including crash classification, parallel fuzzing, and custom pattern generation for enhanced web browser security.

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

Security experts discuss industry trends, vulnerabilities, and ethical hacking in an open panel. Topics include fuzzing, e-commerce security, IPv6 research, and experiences from diverse cybersecurity backgrounds.

Comprehensive analysis of iOS 6 kernel security enhancements, discussing new exploit mitigation technologies, their impact on attack methodologies, and potential future exploitation techniques.

Detailed guide on creating a stealthy, efficient generic unpacker for Windows, covering kernel mechanisms, memory management, and PE loading. Includes implementation details and results on real-world samples.

Exposé des failles de la protection contre les ransomwares de Windows, démonstration de méthodes de contournement et d'attaques à distance, avec vidéos à l'appui.

Discover a stealthy Windows persistence technique that creates invisible machine accounts, evades detection, and impersonates existing users. Learn about the Suborner Attack's implementation and effectiveness.

Explore vulnerabilities in MacOS security features and learn how to bypass them for a one-click takeover of both Apple Silicon and Intel Mac devices. Includes live demo and expert insights.

Detailed exploration of exploiting a Linux kernel vulnerability in Ubuntu 22.04 to achieve local privilege escalation, focusing on advanced exploitation techniques and bypass methods.