
Explore Tesla's advanced car computers and potential hacks to unlock premium features without payment. Delve into attacks on AMD-based infotainment systems in recent models.

Explore advanced web race-condition attacks beyond limit-overrun exploits. Learn to exploit state machines in websites, enabling data forgery, token misrouting, and backdoor masking across high-profile platforms.

Explore automated USB fuzzing techniques to detect vulnerabilities in computer systems, including simulating USB cameras and exploiting Windows Hello using infrared images.

Explore challenges and opportunities in Critical Information Infrastructure protection with expert panelists discussing cybersecurity strategies, regulatory frameworks, and emerging threats.

Explore biometric authentication vulnerabilities, AI/ML risks, and creative hacking techniques. Learn about data privacy threats and strategies to bypass liveness checks in modern security systems.

Explore MS-RPC's role in Windows, its vulnerabilities, and defensive mechanisms. Learn to utilize built-in features for tracking and defending against RPC-based attacks, with practical tools and signatures.

Explore kernel-based attacks, including rootkit drivers and BYOVD, from a red teamer's perspective. Learn implementation techniques, defense strategies, and potential future attack vectors in kernel-level operations.

Inspiring talk on cybersecurity community's impact, highlighting collaborative efforts, advocacy success, and future challenges in digital risk reduction for all citizens.

Introducing Nemesis: A revolutionary system unifying post-exploitation data for automated processing, enhancing offensive workflows, and enabling data-driven research in cybersecurity.

Explore targeted DoS attacks using precision-crafted requests to cripple services while evading WAF countermeasures. Learn about an overlooked CVSS 7.5 vulnerability as a potent cyber weapon.

Unconventional approach to investigating cybercrime, focusing on a data centre hack case study. Explores forensic profiling, social engineering, and international law enforcement collaboration.

Comprehensive guide to physical security breaching, from reconnaissance to exit strategies. Explores various entry methods, overcoming obstacles, and combining infosec with first responder techniques.

Explore cutting-edge techniques for gaining initial access in cybersecurity, focusing on creative social engineering methods that bypass modern corporate defenses and email filters.

Explores the evolution of digital identities, from passwords to biometrics, highlighting challenges and the need for government leadership in authentication technologies.

Explore adversarial attacks on AI/ML systems, their real-world implications, and mitigation strategies. Learn about potential risks and security considerations in AI-driven technologies across various sectors.

Exploring the evolving cyber kill chain in SaaS-native organizations, discussing new attack vectors, lateral movement techniques, and persistent threats in cloud-based environments.

Insider tales from 7 years of physical penetration testing, revealing techniques for breaching high-security facilities and debunking myths about physical security across various industries.

Explore overlooked security vulnerabilities and potential attack vectors in software systems with insights from a leading cybersecurity expert.

Explore memory corruption vulnerabilities in ncurses, their impact on system security, and the journey of discovery from environment variable to potential privilege escalation.

Explore ghidriff, an open-source Python package for efficient binary diffing using Ghidra. Learn about its command-line interface, function matching heuristics, and markdown output for simplified patch analysis and vulnerability research.

Explore the mobile industry's collaboration with hackers to enhance security, from informal relationships to a cross-industry vulnerability disclosure scheme, featuring key hacks and future challenges.