
Demonstration of novel downgrade attacks against RPKI, exposing networks to prefix hijacks by disabling RPKI validation through malicious publication points.

Explore eBPF's evolution in Linux, its expanding capabilities, and its potential for detecting kernel exploits, with insights on probes, challenges, and performance implications.

Exposing critical security flaws in Samsung Galaxy devices' hardware-backed keystore through reverse engineering, revealing vulnerabilities in cryptographic design and implementation.

Explore OASIS, a framework for dynamic kernel analysis, enabling flexible control and data collection from kernel threads for various applications like memory introspection and malware testing.

Explore the Open Threat Hunting Framework to build, operationalize, and scale threat hunting in organizations. Learn from industry experts about effective strategies and best practices.

Explore hybrid machine learning for malware classification using static and dynamic analysis, Windows kernel emulation, and neural networks. Learn about adversarial ML and future developments.

Explore vulnerabilities in Hyper-V's GPU-Paravirtualization feature, examining 4 fixed DirectX component issues and their implications for virtualization security.

Uncover vulnerabilities in Siemens ET 200SP SoftPLC, exploring its architecture, boot process, and potential attack vectors. Learn about PC-based PLCs and their security implications in industrial control systems.

Methodology for detecting wireless signal tracking using low-cost hardware and Python. Covers SIGINT techniques, MAC address randomization, and provides code for DIY implementation.

Explore a protocol for collectivizing security bounties, enabling companies to showcase software security and ethical hackers to retrieve bounties without ambiguity, eliminating subjectivity in triage processes.

Techniques for detecting unauthorized use of algorithms in commercial products, including search methods, reverse-engineering, and a real-world case study. Provides strategies for addressing IP theft and prevention.

Explore Intel Wi-Fi chip vulnerabilities through reverse-engineering, uncovering firmware exploits and code execution risks in complex features like Wake-on-WLAN and TDLS.

Explore Firefox's innovative approach to mitigating zero-day attacks using in-memory sandboxes for third-party C libraries, enhancing security against memory safety vulnerabilities.

Explore techniques to bypass MacOS privacy mechanisms, including vulnerabilities in TCC framework, code injections, and system tool abuse. Compare security improvements between Monterey and Big Sur.

Insightful discussion on pressing InfoSec issues and future strategies, featuring key takeaways from Black Hat Europe 2022 with industry experts Jeff Moss, Jiska Classen, Federico Maggi, Leigh-Anne Galloway, and Anant Shrivastava.

Explore vulnerabilities in drone remote control systems, focusing on proprietary protocols and their security implications. Learn about potential risks and the importance of open design principles in drone technology.

Explore Layer 2 Discovery Protocol vulnerabilities in enterprise devices, uncovering neglected attack surfaces and analyzing recent research to improve network security.

Uncover innovative kernel exploit techniques using limited primitives, focusing on turning seemingly benign bugs into powerful attack vectors for code execution and privilege escalation.

Uncovers security vulnerabilities in IoT access control policies on cloud platforms, revealing design flaws and deployment issues that pose risks for manufacturers and users.

Explore AD FS attacks, detections, and mitigations for Azure AD security. Learn about identity federation vulnerabilities and strategies to protect cloud-based resources from unauthorized access.

Unveiling vulnerabilities in Microsoft Defender for Office 365's Safe Attachments and Safe Links features, exposing potential evasion techniques and security implications for organizations.