
Explore malicious injections in open source software, their impact on the supply chain, and strategies to protect, detect, and respond to these evolving threats.

Explore modern infection chain techniques and multi-step strategies used by threat actors for initial access, focusing on post-MOTW era tactics and file format exploitation.

Explore mobile device security vulnerabilities and malware threats like Pegasus, understanding how personal phones can compromise corporate cybersecurity through various attack vectors and data extraction methods.

Dive into advanced thread stack spoofing techniques, combining stack frames forging with ROP and JOP to achieve stealthy module execution and call stack manipulation.

Delve into advanced memory injection techniques using Python ctypes, exploring stealthy methods like Module-Shifting for enhanced payload delivery and process manipulation.

Explore advanced threat hunting techniques and defense strategies against edge device compromises, focusing on detection methods, forensic analysis, and proactive security measures for network infrastructure.

Dive into advanced kernel rootkit techniques for red team operations and defense strategies, covering stealthy persistence, EDR evasion, and practical detection methods with hands-on demos.

Explore modern cyber attack techniques inspired by Stuxnet, focusing on filesystem vulnerabilities, NTFS exploits, and advanced persistence methods while learning effective defense strategies.

Discover how to leverage Atomic Red Team for simulating cyber attacks, validating security controls, and improving SOC effectiveness through practical demonstrations and MITRE framework mapping.

Explore Windows driver vulnerabilities and BYOD attack prevention through real-world case studies, understanding threat categories and security implications for effective system protection.

Explore real-world social engineering tactics in targeted malware attacks, where attackers use direct communication and psychological manipulation to achieve successful system compromises.

Explore advanced malware design techniques and covert communication frameworks, focusing on Windows architecture exploitation and maintaining persistent access while evading detection systems.

Delve into advanced MacOS security exploitation, exploring System Integrity Protection bypass techniques, undeletable malware creation, and essential detection strategies for security teams.

Dive into Windows Defender's architecture and signature update vulnerabilities, exploring how unprivileged users can exploit security flaws to compromise Windows systems and manipulate EDR functionality.

Dive into the world of cybersecurity and virtual reality as Joe Mast presents Bootsquad, exploring innovative security concepts and challenges in the DCGVR Village at DEF CON 31.

Discover a sophisticated EDR bypass technique combining IAT Hooking, dynamic SSN resolution, and indirect system calls to redirect Windows subsystem execution flow while remaining undetected by traditional security measures.

Discover advanced exploitation techniques targeting NTFS and emulated filesystem vulnerabilities, exploring novel attack vectors that bypass Windows security measures and maintain system persistence.

Discover how to detect and mitigate persistent threats on Draytek devices through firmware analysis, reverse engineering, and custom security module development for enhanced network protection.

Explore cloud-based double agent techniques in IT security. Learn about innovative attack methods and defense strategies for protecting cloud environments.

Explore novel ML model vulnerabilities, including malware distribution and data exfiltration. Learn to create, distribute, and analyze ML malware, with insights on threat hunting and mitigation strategies.

Explore the world of commercial spyware with cybersecurity expert Fred Raynal. Gain insights into the industry, its impact, and the latest developments in this controversial field of digital surveillance.