
Explore techniques for uncovering hidden vulnerabilities in backend systems using exploit-induced callbacks. Learn to detect and exploit asynchronous issues across various technologies and platforms.

Explore PowerForensics: a PowerShell-based toolset for live digital forensics and incident response, enabling efficient investigation of advanced cyber threats without system imaging.

Explore vulnerabilities in VxWorks, a real-time operating system, from historical exploits to cutting-edge attack techniques. Gain insights into securing critical infrastructure and embedded systems.

Explore the development of the USB armory, an open-source hardware device for security applications. Learn about its architecture, security features, and potential uses as a trusted USB device.

Explore powerful, inexpensive penetration testing using ARM-based devices, from wired/wireless dropboxes to flying drones. Control actions remotely, with devices like BeagleBone Black and Raspberry Pi 2.

Explore critical vulnerabilities in OpenType font handling across popular software, revealing potential for arbitrary code execution and bypassing exploit mitigations. Learn about reverse-engineering techniques and in-depth vulnerability analysis.

Explore PowerForensics for live digital investigations using PowerShell. Learn techniques for incident response, threat detection, and forensic analysis without imaging drives.

Explore techniques for enumerating network defenses by exploiting false positives in Intrusion Prevention Systems, revealing valuable information about security measures to potential attackers.

Explore advanced phishing techniques, leveraging tools like Phishing Frenzy and BeEF for effective campaigns. Learn from real-world statistics and engaging hacking stories to enhance your cybersecurity skills.

Learn to identify, analyze, and eradicate unknown malware in corporate networks using freely available tools. Gain practical skills for effective threat detection and response.

Learn techniques for reverse engineering C++ programs, including analyzing compiled code, understanding memory layouts, and identifying key structures. Gain practical skills for software analysis and security research.

Learn techniques to analyze malicious Microsoft Office documents using Python tools like oledump and YARA rules. Hands-on exercises guide you through step-by-step analysis without requiring Office software.

Innovative technique encoding browser exploits in images, combining steganography and polyglots for undetectable delivery. Explores implementation, challenges, and implications for cybersecurity.

Explore smart meter security vulnerabilities and a new open-source framework for embedded device analysis. Learn about critical infrastructure risks and tools for assessing obscure networks and protocols.

Explore 10 critical DDoS mitigation failures, their technical details, and recommended solutions. Learn from industry leaders' mistakes to enhance your defense strategies against sophisticated attacks.

Explores flaws in current cybercrime metrics, advocating for standardized, business-focused measurements to improve threat intelligence and risk analysis across all enterprise sizes.

Automated malware analysis system for extracting payloads, configurations, and indicators from sophisticated malware, reducing time and skill requirements for threat intelligence.

Explore vulnerabilities in SAP HANA platform, including on-premise, cloud, and IoT deployments. Learn attack vectors, technical details, and prevention strategies for securing critical business data.

Exploración de técnicas avanzadas de explotación de vulnerabilidades Use-After-Free en Adobe Flash, incluyendo el método UAUAF para obtener acceso completo a la memoria y ejecución de código arbitrario.

Explore novel VLAN hopping methods using SNMP, including live demos and the release of Frogger 2 tool for automated and improved network security testing.

Explore common hardware hacking pitfalls, recovery methods, and prevention strategies. Learn from experts' experiences to avoid damaging your projects and gain confidence in hardware experimentation.