
Comprehensive exploration of IoT malware, covering its evolution, analysis frameworks, and real-world case studies. Insights into vulnerabilities, detection methods, and future challenges in securing connected devices.

Explore North Korea's rise as a cyber superpower through technical analysis and strategic insights, featuring demonstrations of rare malware variants and their global impact.

Explore Windows rootkit development, from basic drivers to advanced hooking techniques. Learn about kernel-mode malware, network stack manipulation, and innovative methods to evade detection.

Explore novel anti-forensic techniques for hiding malicious process memory, evading detection by memory analysis tools while maintaining accessibility for malware functionality.

Explore machine learning techniques for detecting malicious URLs beyond traditional blacklists, focusing on HTTP-based communications and behavioral modeling for improved malware detection.

Explore ransomware creation, detection, and response strategies. Learn evasion techniques, novel detection methods, and tailored incident response approaches from real-world engagements.

Explore novel ransomware techniques, including virtual machine deployment for attacks. Learn about attacker strategies, detection methods, and cybersecurity insights from a malware specialist.

Exploring cyber-physical security beyond fear-mongering, this talk examines root causes of vulnerabilities and proposes better approaches to embed security analysis in system design.

Explore tools and techniques for analyzing malicious PDF files, including phoneypdf framework. Learn to leverage Adobe PDF DOM and XFA for deeper insights into PDF exploitation and JavaScript execution.

Explore malware analysis and automation using Binary Ninja, covering intermediate languages, headless mode, and practical techniques for decryption and reverse engineering.

Explore techniques for detecting memory-resident malware, including API analysis, post-breach detection, and CLR hooking. Learn why memory hunting is crucial in cybersecurity.

Explore techniques for efficient malware analysis using string ranking, featuring gradient boosted decision trees and the StringSifter tool for faster threat assessment.

Explore techniques to bypass next-generation antivirus software, learn about testing methodologies, and understand the effectiveness of endpoint protection solutions.

Explore advanced malware techniques using VBA, including XML manipulation, object linking, and process creation. Learn about frameworks, reverse engineering, and analysis tools.

Explore the inner workings and mysterious history of CosmicStrand, a sophisticated UEFI firmware bootkit that provides deep persistence on select motherboards, evading detection and surviving OS reinstallations.

Explore DeepBlueCLI v2's enhanced features for Windows malware detection, including PowerShell and Python implementations, regex improvements, and automated whitelisting techniques.

Explore macOS threat detection using Apple's game engine. Learn about monitoring frameworks, rule-based systems, and a comprehensive platform for detecting and responding to cyberthreats on Mac systems.

Explore a decade-long FBI and Symantec investigation into a cybercrime gang with strong operational security, revealing investigative techniques and lessons learned from cracking their defenses.

Explore how APT groups exploit cloud services for cyberespionage, examining real-world cases, attack strategies, and implications for defenders and researchers across Windows and Android platforms.

Comprehensive analysis of malicious document trends targeting Gmail users, exploring attacker tactics and Google's defensive strategies using AI detection and traditional antivirus methods.

Practical walkthrough for developing threat intelligence through malware analysis, covering research methods, data collection, metrics, and domain registration insights.