
Explore GRR, an open-source remote live-forensics system for rapid incident response and large-scale threat hunting. Learn about artifact collection, fleet-wide analysis, and future developments in digital forensics.

Explore dynamic analysis of malicious Flash files using binary instrumentation, enabling faster and more detailed automatic analysis without decompilation.

Explore an open-source framework for combating polymorphic viruses through advanced static analysis and emulation. Learn innovative techniques for file disinfection, malware analysis, and incident response.

Explore advanced malware obfuscation techniques that bind execution to specific host environments, making automated analysis ineffective. Learn about the arms race between malware authors and security practitioners.

Explore Android's dex file format, analyze vulnerabilities in dex analysis tools, and learn techniques to detect post-compilation modifications and protect against potential exploits.

Explore application sandbox vulnerabilities and evasion techniques through a "Sandbox Roulette" demonstration, comparing various commercial solutions and their effectiveness against different exploit vectors.

Explore semantic signatures for detecting metamorphic malware, overcoming limitations of traditional pattern matching. Learn about OptiSig toolset for generating and evaluating signatures on Intel platforms.

Explores advanced techniques used by malware to evade automated analysis systems, including extended sleep calls, mouse click triggers, and timed activation. Provides insights for security professionals on evolving threats.

Comprehensive analysis of a Domain Generating Algorithm malware family, covering deobfuscation, DGA analysis, sinkholing, and attribution of the malware's author and accomplices.

Analysis of malware targeting activists during Middle Eastern uprisings, exploring distribution methods and impact on digital dissent and online communities.

Comprehensive analysis of PlugX malware, exploring its evolution, detection techniques, and countermeasures. Gain insights into advanced threat intelligence and cybersecurity strategies.

Análisis detallado del ataque "Wiper" en Corea del Sur en 2013, explorando el vector de infección inicial, examinando muestras de malware y estableciendo conexiones con otros casos de APT desde 2009.

Explore Tortilla, a new tool for securely routing all TCP/IP and DNS traffic through Tor on Windows, enabling anonymous use of any program without additional hardware or VPNs.

Innovative machine learning tool for automated malware capability detection, trained on web technical documents. Provides probabilistic and traceable output for rapid reverse engineering of active malware variants.

Explores new trends in fast-flux networks, including slower change rates, shared resources, multi-level structures, and similarities with benign applications. Proposes novel detection approaches based on these findings.

Explore techniques for bypassing Google Play's security measures, including strategies for evading detection and transforming benign apps into malicious ones.

Explore UEFI rootkit detection with RDFU framework. Learn about OSX bootkit functionality, including password sniffing and privilege escalation. Discover tools to combat emerging UEFI-based threats.

Demystifying antivirus software: internals, detection methods, and trade-offs. Explores AV engines, whitelists, signatures, real-time monitoring, and network inspection across Windows, Linux, and Android platforms.

Découvrez les nouvelles techniques de dissimulation du malware PlugX utilisant les API Windows via COM, son exploitation de Windows Explorer et sa capacité de propagation par clé USB.

Exploring MS-DOS malware techniques to create art, blending assembly programming with vintage bootkit analysis. Insights on legacy vulnerabilities and modern applications in firmware and IoT security.

Detailed analysis of the 3CX supply chain attack's macOS payloads, exploring the first "chained" supply chain attack and its impact on macOS systems. Insights into advanced cybersecurity threats and defenses.