
Explore DCOM as a lateral movement technique from attacker and defender perspectives, addressing knowledge gaps and providing methodical insights for network security professionals.

Explore the effectiveness of Threat Intelligence in predicting Internet malicious activity through analysis of over a million indicators across diverse real-world network sensors.

Explore BLEEDINGBIT vulnerabilities in BLE chips, allowing unauthenticated network penetration. Learn attack methods, packet structures, and prevention strategies for enterprise wireless access points.

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 DNSSEC vulnerabilities and cryptographic agility risks, revealing how adversaries can manipulate DNS responses to compromise security and prevent DNSSEC validation.

Explore Apple's Wi-Fi kernel extensions, uncovering new vulnerabilities and attack surfaces in the ever-evolving landscape of iOS security. Gain insights into the ongoing cat-and-mouse game of bug fixes and emerging threats.

Explore nation-state techniques for breaching air-gapped networks, analyzing similarities across frameworks and providing practical advice to enhance security and detect potential attacks.

Modeling human behavior in network traffic to automatically label security events, using distributed forensic AI for threat detection and response optimization.

Explore attacker strategies to defeat machine learning-based security defenses, analyze industry issues enabling these vulnerabilities, and discover novel data sourcing solutions for improved protection.

Reveals vulnerabilities in 3G/4G SIM cards, demonstrating how to clone them using differential power analysis. Discusses implications for mobile network security and showcases practical experiments.

Explore advanced Active Directory attack methods, detection techniques for Golden and Silver Tickets, and effective mitigation strategies. Learn to identify and protect against sophisticated network intrusions.

Explore the security vulnerabilities of a Linux-powered precision rifle, including reverse engineering, attack surfaces, and implications of network-connected firearms.

Exploiting vulnerabilities in satellite receivers to build botnets, highlighting risks in DVB-CA encryption, custom plugins, and CCCAM protocol. Demonstrates potential for large-scale network compromise and unauthorized access.

Explore BGP hijacking's impact on HTTPS security, revealing vulnerabilities in Internet routing and SSL/TLS PKI. Learn about potential exploits and prevention strategies.

Explore SSL certificate validation vulnerabilities in mobile apps using SVF tool. Learn about testing methods, real-world results, and implications for app security.

Explore critical vulnerabilities in network storage devices, their impact on data security, and potential for network exploitation. Learn about attack techniques and implications for IT professionals and consumers.

Explore RF spectrum analysis, reverse engineering wireless systems, and hacking techniques using software-defined radio. Learn to decode satellite communications, track aircraft, and monitor ACARS.

Explore advanced techniques for evading Emulation Based Network Intrusion Detection Systems, covering preprocessing, emulation, and heuristic detection evasion methods used by sophisticated attackers.

Exposición de vulnerabilidades en software antirrobo Computrace, demostrando fallos de seguridad y posibles ataques. Incluye análisis del protocolo, comportamiento sospechoso y métodos de detección/desactivación.

Explore deep learning for network traffic identification, covering neural networks, automatic feature learning, and anomaly detection. Improve protocol identification beyond traditional methods.

Explore IPv6 security vulnerabilities and evasion techniques against high-end IDPS devices, with demonstrations and proposed mitigation strategies for network protection.