
Hands-on workshop introducing reverse engineering fundamentals for Windows malware analysis. Learn to set analysis goals, use tools, and apply computer science concepts through practical exercises.

Explore IoT malware hunting techniques, honeypot designs, and real-world case studies. Learn reverse-engineering strategies for embedded systems and gain insights into next-generation threat detection.

Explore network flow pattern analysis to detect and prevent contemporary threats, and learn how to build a security analytics program for enhanced threat visibility and response.

Explore malicious document attacks, their evolution, and impact on cybersecurity. Learn about real-world techniques and strategies for defending against targeted attacks in enterprise networks.

Explore libpcap for offensive security: bypass firewalls, intercept traffic, manipulate network connections, and evade detection. Hands-on techniques with source code provided.

Explore techniques for exploiting whitelists to conceal and execute malware, enhancing your understanding of cybersecurity vulnerabilities and defense strategies.

Explore a usability-optimized decompiler for malware analysis, featuring readability improvements that significantly enhance analysts' ability to understand and combat complex malicious software.

Cross-platform analysis of potentially harmful libraries in Android and iOS apps, revealing widespread infection and risky behaviors like unauthorized data access and audio/video recording.

Longitudinal study analyzing run-time packers' complexity and evolution, proposing a taxonomy for measurement and presenting statistics on packer structures used in malware obfuscation.

Explore innovative techniques for obfuscating JavaScript malware through WebAssembly translation, enhancing code protection and evading detection mechanisms.

Explore automated techniques for analyzing and understanding malicious Excel 4.0 macros, enhancing cybersecurity defenses against sophisticated threats in spreadsheet files.

Explore vulnerabilities in application whitelisting through real-world malware case studies. Learn detection techniques and gain insights into bypassing security measures.

Explore memory forensics techniques, acquisition methods, and analysis goals. Learn about Windows 10 memory compression and Virtual Secure Mode impacts on forensic investigations.

Learn to perform complex cybersecurity tasks using CyberChef, a user-friendly web app that simplifies malware analysis and streamlines workflows for both beginners and experienced analysts.

Explore advanced malware emulation with Binee, a Windows Process emulator. Learn to create detailed memory models, mimic OS kernels, and gather dynamic analysis data for reverse engineering and vulnerability research.

Explore techniques for automating bulk intelligence collection in cybersecurity, including data mining, malware analysis, and email campaign investigation. Learn about the Yalda framework for efficient threat intelligence gathering.

Explore advanced Mac post-exploitation techniques, including persistence methods, keychain access, and system event manipulation for enhanced security understanding.

Uncover the secrets of HeadCrab, an advanced malware utilizing Redis Modules. Explore its sophisticated techniques, worldwide infiltration, and the mind of its creator in this technical analysis.

Techniques to break transparency in dynamic binary instrumentation tools, exposing limitations and enabling detection of analysis environments for malware and binary applications.

Explore prevalent characteristics in modern malware, including evasion techniques, anti-analysis methods, and defensive capabilities. Learn to improve malware prevention and analysis strategies.

Explore full system emulation for dynamic malware analysis, addressing evasion techniques and solutions. Learn to design effective sandboxes and extract valuable intelligence from malicious files.