
Explore self-driving car security with industry experts, covering technology, potential attacks, and defense strategies for this emerging field.

Explore techniques to remove intrusive watermarks from live video streams, addressing user concerns and discussing the implications for streaming services and content protection.

Explore the impending surge of litigation surrounding IoT cybersecurity defects and its implications for software liability and industry practices.

Explore vulnerabilities in implanted medical devices, including pacemakers and neurostimulators. Learn about remote exploitation risks, therapy disruption, and patient safety concerns in this technical presentation.

Strategies for enhancing machine learning model resilience against tampering, comparing cloud and client-based models, and exploring defense techniques for endpoint protection systems.

Gain tools and techniques to expose hidden Android malware through reverse engineering of anti-analysis native libraries, enhancing your ability to combat mobile threats.

Explore automated exploit generation techniques for kernel vulnerabilities, reducing development time from thousands of hours to minutes and enhancing cybersecurity practices.

Explore TLBleed, a novel side-channel attack leaking information from Translation Lookaside Buffers, demonstrating vulnerabilities beyond CPU caches and challenging current security measures.

Explore smartphone baseband security, learn to find and exploit memory corruption bugs in modern devices. Gain insights into design, countermeasures, and practical hacking techniques.

Explore kernel sanitizers, XNU syscall API patterns, and code coverage techniques for Apple systems. Live demo of macOS root access using 0-day vulnerabilities discovered through fuzzing.

Dive into the internals of Windows Defender's antivirus emulator, exploring its binary analysis techniques for potentially malicious PE files. Gain unique insights into reverse engineering antivirus systems.

Explore Microsoft's approach to mitigating speculative execution vulnerabilities, including research, collaboration, and industry-wide efforts. Learn about Spectre, Meltdown, and strategies for robust security measures.

Explore FuzzExMachina, a framework for efficient fuzz testing. Learn how it uncovered 11 crashes and 6 exploitable vulnerabilities in Arch Linux packages, simplifying security analysis.

Explore the Rowhammer bug in DRAM modules, its security implications, exploitation techniques, and potential mitigations in this comprehensive overview of hardware vulnerabilities.

Explore TLS 1.3's 0-RTT feature, its risks, and real-world replay attacks. Learn about potential solutions and mitigation controls for secure deployment of TLS 1.3-supported software.

Explore security vulnerabilities in mobile payment systems, focusing on economic implications, fraud risks, and outdated card standards. Learn about testing methods and potential attack vectors.

Explore PHP unserialization vulnerabilities, including RCE exploits in popular web applications. Learn attack methodologies, file formats, and defense strategies.

Explore containerization's impact on offensive security operations, focusing on Docker's implications for penetration testing and multi-container application vulnerabilities.

Explore vulnerabilities in Linux kernel file descriptor operations, focusing on high-risk scenarios in exporting and importing, and learn to identify and address these security concerns.

Explore advanced techniques for embedding and loading static payloads in Linux malware, focusing on ELF binary construction and section manipulation to enhance payload survival and evasion.

Explore how large-scale neural networks revolutionize cybersecurity, enabling custom explanations of attacker behavior and improved threat detection with limited data. Learn to leverage public models like GPT-3 for security applications.