
Explore tech-enabled crime and its impact on personal security, with insights on protective measures and emerging threats in the digital age.

Explore techniques for investigating newly registered domains, uncovering potential threats, and enhancing cybersecurity through proactive domain analysis.

Explore 30 years of hacking evolution and its impact on cybersecurity. Learn key insights and prepare for future challenges in the rapidly evolving landscape of digital security and cyberwarfare.

Unveiling critical vulnerabilities in leading SSL VPNs, including pre-auth RCEs and backdoors. Demonstrating exploitation techniques, post-exploitation strategies, and discussing mitigation measures for enterprise security.

Explore advanced mutation fuzzing techniques for wireless protocols, covering basics, new fuzzer development, and smart payload mutation. Includes demos on mobile, IoT, and automotive vulnerabilities.

Explores vulnerabilities in 5G/4G protocols affecting network operators and consumer devices. Demonstrates new hijacking, bidding down, and battery draining attacks using low-cost tools. Discusses worldwide testing results and potential fixes.

Explore techniques to evade static code analysis tools, including covert data flow, deep call stacks, and taint laundering. Learn how malicious code can be camouflaged to avoid detection.

Uncovers vulnerabilities in major phone brands' network settings, allowing attackers to manipulate user data. Demonstrates attack flows and discusses vendor mitigations for these security risks.

Explore PErfidious, a Python tool for PE file manipulation and shellcode injection. Learn about its capabilities in bypassing endpoint detection systems and its potential as a modern PE file analysis library.

Explore CNN-based methods for detecting manipulated facial images, including Deepfakes and face merging. Learn effective techniques using low-level and high-level features for automatic detection of facial manipulation.

Demonstrating a systematic approach to reverse engineer and exploit car systems through CAN bus communication protocol analysis, packet spoofing, and payload crafting within a month-long prototype build.

Explore underrated security bugs with code snippets, exploitation examples, and impact assessments. Learn to identify and understand these overlooked vulnerabilities for better cybersecurity practices.

Comprehensive analysis of the Tick cyber espionage group's decade-long activities, focusing on their tactics, malware, and impact on East Asian targets, particularly in Korea and Japan.

Explore advanced kernel fuzzing techniques for macOS, including syscall and IOKit fuzzing. Learn about PanicXNU v3's features and its effectiveness in uncovering critical vulnerabilities in Apple's kernel.

Explore vulnerabilities in connected vehicle APIs and apps, focusing on Subaru's STARLINK. Learn remote exploitation techniques and discuss security improvements for car manufacturers in the IoT era.

Deep dive into Android's SafetyNet Attestation: its capabilities, limitations, and implementation insights. Learn to effectively use this security feature for app integrity and device rooting checks.

Hands-on workshop exploring Software Defined Radio for reverse engineering wireless protocols in IoT devices. Learn digital radio fundamentals and practical techniques to examine proprietary modulations.

Explore Tamagotchi hacking techniques, code execution, and microcontroller internals. Uncover virtual pet secrets and discover innovative projects using modified Tamagotchis in this engaging presentation.

Explore network security through historical dictators' mistakes. Learn to defend against insider threats, improve incident response, and enhance security awareness in organizations.

Explore mobile hacking and forensics techniques using BeagleBoard. Learn platform selection, OS building, compilation methods, and hardware accessories for on-the-go security operations.

Explore advanced post-exploitation techniques and strategies for information security professionals, presented by expert Rich Smith at a leading cybersecurity conference.