
Explores Windows code signing mechanisms, kernel implications, rootkit bypass techniques, and user-land protections, focusing on authenticode and its impact on system security.

Presentation on ALPChecker, a new security tool designed to detect kernel mode attacks on Windows' ALPC mechanism, addressing vulnerabilities in inter-process communication.

Unveiling a Windows design flaw allowing privilege escalation from Medium to High integrity level, demonstrating a 100% reliable exploit on the latest Windows versions.

Unveils innovative research on exploiting Windows MDM stack for agentless C2 systems. Explores vulnerabilities, custom C2 server creation, and remote device control techniques, inspiring new defensive strategies.

Explore file system redirection vulnerabilities and learn dynamic testing techniques using Microsoft's Detours for effective bug hunting in Windows systems.

Explore techniques for attacking Windows device drivers and potential sandbox escape methods in this advanced security analysis presentation.

Explore practical exploitation techniques for Windows kernel registry vulnerabilities, enhancing your understanding of system security and potential attack vectors.

Explore Windows exploitation techniques, bypassing security measures like HVCI and EDR, with insights on disabling drivers and practical demonstrations.

Learn strategies and best practices for enhancing security in Windows-based cloud environments, focusing on workload protection and risk mitigation.

Master essential Active Directory security strategies, from common attack vectors to implementing robust defensive measures for protecting enterprise environments and preventing network compromises.

Comprehensive guide on using PGP encryption with Gpg4win and GnuPG on Windows and Linux. Learn to secure your communications and protect sensitive data effectively.

Explore Windows Event Log IDs and their correlation with MITRE ATT&CK framework, enhancing threat detection and incident response capabilities in cybersecurity.

Explore WoW64 architecture, its translation mechanisms, and potential vulnerabilities. Learn about reverse engineering techniques and bypassing security measures in Windows systems.

Explore Windows security vulnerabilities in ELAM and PPL, revealing how overly-permissive rules can be exploited for malware protection and code execution, hampering detection efforts.

Unveiling critical mistakes in APT campaigns across global threat actors, revealing advanced TTPs, and exploring real-time monitoring of sophisticated attacks. Insights on improving organizational defense against evolving threats.

Detailed exploration of Windows kernel security, focusing on KASLR defeats, heap vulnerabilities, and recent changes in RS4. Insights into potential exploits and current Windows KASLR state.

Comprehensive analysis of smartphone vulnerabilities, exploring security flaws and potential exploits in mobile platforms. Insights from experienced security researchers on reverse engineering and exploit development.

Explore techniques for exploiting privileged file operations in Windows systems, uncovering potential vulnerabilities and security risks.

Explore techniques for manipulating Windows trust mechanisms, including code signing and execution policies, to bypass security controls and elevate privileges.

Discover how to accelerate Windows executable security assessments using Euclidean Distance and Bayes Theorem, enabling rapid triage and efficient risk reduction in regulated environments.

Comprehensive defense strategy for Windows environments, leveraging native Microsoft tools to disrupt cyber-attack kill chains. Covers detection, response, and automated remediation across various attack stages.