
Deep dive into Microsoft Edge security architecture, exploring sandbox initialization, browser broker implementation, and renderer security isolation.

Explore vulnerabilities in Linux kernel file descriptor operations, focusing on high-risk scenarios in exporting and importing, and learn to identify and address these security concerns.

Explore eBPF for Windows: capabilities, security model, design, and attack surface. Uncover vulnerabilities, witness fuzzing demos, and discuss exploitation challenges in Windows Protected Process.

Explore Unix domain socket vulnerabilities in Android, revealing potential privilege escalation risks and security implications for third-party applications and vendor implementations.

Explore the attack surface of Windows graphics drivers, including exposed ioctl's, driver internals, and security implications for researchers and developers.

Explore TOCTTOU vulnerabilities in Windows Kernel Font Scaler Engine, covering basic double fetch issues, stealthy design flaws, and their impact on system security. Learn about font file manipulation and exploit techniques.

Explore network simulation for malware analysis using FakeNet 2.0. Learn to mimic protocols, configure settings, and capture network signatures efficiently in this hands-on workshop.

Explore Windows kernel token handling vulnerabilities, learn to identify and exploit them for privilege escalation, and understand patterns for conducting security reviews.

Exploiting Linux kernel vulnerabilities: techniques for bypassing security controls, leveraging nftables bugs, and achieving code execution. Includes mitigation strategies and a novel per-softirq stack randomization implementation.

Learn shell scripting for live Linux forensics, covering USB response drives, mounting binaries, network data transfer, log handling, and automated data collection for effective system analysis.

Explore upcoming C++ features, including concepts, transactions, and concurrency enhancements, with insights on compiler implementation status and future language extensions.

Explore vulnerabilities in rooted Android devices and potential attacks using Raspberry Pi and USB-OTG accessories. Discusses programmatic rooting, charging port risks, and past iOS vulnerabilities.

Explore mobile hacking and forensics techniques using BeagleBoard. Learn platform selection, OS building, compilation methods, and hardware accessories for on-the-go security operations.

Explore Linux capabilities exploitation techniques, enhancing your understanding of system security vulnerabilities and potential attack vectors in Unix-like environments.

Explore database locking, concurrency control, and data integrity in RDBMS. Learn about locks, MVCC, deadlocks, transactions, and isolation levels, with practical examples using MySQL 5.6.

Exploración de vulnerabilidades en dispositivos de automatización del hogar Belkin WeMo, revelando fallas de seguridad y demostrando ataques potenciales en la infraestructura IoT.

Explore the Linux kernel in Windows 10, its implementation, security implications, and potential vulnerabilities. Learn about system calls, process management, and attack surfaces in this unique OS integration.

Quantitative analysis of software security across platforms, revealing surprising insights for informed decision-making in product selection and vulnerability assessment.

Exploración de vulnerabilidades críticas en SAP, demostrando técnicas avanzadas de explotación HTTP y desincronización para comprometer sistemas empresariales. Incluye demostraciones prácticas y análisis de impacto en la seguridad global.

Accelerating distributed protocols using eBPF-based optimizations to improve performance by reducing user-kernel crossings and networking stack traversal, demonstrated with significant throughput and latency improvements in Multi-Paxos.

Innovative operating system for augmenting programmable switches with additional hardware, enabling concurrent stateful applications in network computing. Addresses resource limitations and offers scalable, low-latency solutions.