
Explore undocumented hollow process injection techniques used by malware authors to evade detection and blend with legitimate system processes.

Explore a generic unpacking algorithm for Windows executables using Dynamic Binary Instrumentation. Learn to detect and defeat popular packing techniques, reconstruct working PEs, and handle IAT obfuscation.

Explore how commodity malware breaches are reclassified and upgraded for targeted attacks, and learn detection techniques to prevent threat escalation in organizational networks.

Explore AI-driven malware similarity analysis using deep neural networks for improved accuracy and adaptability in threat detection and classification.

Explore COM's role in malware evasion and dynamic analysis challenges. Learn practical approaches for monitoring COM calls and overcoming obstacles in automated malware detection.

Holistic approach to combat cybercrime by analyzing network attack surfaces and actor behaviors. Explores bulletproof hosting, fast flux networks, and underground forums to proactively identify and block malicious infrastructure.

Explore how ChatGPT can be used to create advanced polymorphic malware, discussing the challenges, implementation techniques, and potential threats posed by AI-generated malicious software.

Develop specialized skills for reverse-engineering Go binaries, focusing on offensive security tooling. Learn methodologies and disassembler plugins to tackle this challenging language.

Explore techniques for creating malware that evades antivirus detection through code emulation bypassing, presented by Kyle Adams at BSidesLV 2014.

Explore the hidden world of ATM malware, uncovering its evolution, techniques, and impact on financial security. Gain insights into cybercriminal strategies and protective measures.

Dismantling Android secrets with CodeInspect: Explore advanced techniques for analyzing Android malware, reverse engineering protection, and uncovering hidden behaviors in mobile applications.

Comprehensive analysis of macOS malware oRAT using unconventional methods, revealing its full functionality through custom command and control server interactions.

Explore open-source malware analysis tools and techniques for file, URL, network traffic, and memory image analysis. Learn to build an automated analysis lab by chaining tools together.

Explore how advanced threat actors systematize and scale malware operations, and learn to analyze relationships between campaigns, malware families, and threat actors in this cybersecurity deep dive.

Explore WINDSHIFT APT's unique cyber espionage tactics, including advanced spear phishing, macOS malware, and surveillance techniques. Learn about their focus on specific individuals and hard-to-attribute methods.

Breaking Full Disk Encryption: Explore techniques to bypass custom FDE setups remotely, enhancing forensic analysis capabilities for compromised systems with proprietary encryption.

Explore PyREBox, an open-source reverse engineering tool for QEMU VM inspection, memory modification, and Python-based execution instrumentation. Learn its applications in malware analysis and debugging.

Exploring how hardware component boundaries impact platform security, focusing on outsourced components, supply chain risks, and threat modeling gaps in modern hardware architectures.

Practical approach to reverse engineering obfuscated BIOS/UEFI malware and virtualized packers, using tools and techniques for code simplification and threat analysis.

Efficient binary diffing tool for IDA Pro, using fuzzy hashes to quickly compare and import function data from multiple IDBs, enhancing malware analysis productivity.

Explore live malware reversing techniques for Windows and Android, focusing on methodology and essential tools for identifying and analyzing malicious software samples.