Memory Control Group Developments for Android
Explore recent advancements in memory control groups for Android systems, focusing on performance optimization and resource management techniques.
Memory Allocation Profiling - Deployment Results and Future Improvements
Explore memory allocation profiling results, deployment outcomes, and upcoming enhancements for improved system performance and efficiency.
mTHP Swap-Out and Swap-In - Lecture
Explore mTHP swap-out and swap-in techniques for optimizing memory management in Linux systems.
Transitioning Get_user_pages (GUP) to Folio Based Mapping
Explore the transition of get_user_pages (GUP) to folio-based mapping in Linux kernel development.
Towards Better Memory Allocation for Device Drivers
Explore strategies for optimizing memory allocation in device drivers, enhancing system performance and stability in Linux environments.
Ongoing Challenges of Large Page Sizes
Explore challenges and solutions for implementing large page sizes in Linux systems, focusing on performance optimization and memory management.
Madvise Lazy Free - Memory Management Optimization Technique
Explore memory management optimization techniques for Linux systems, focusing on the madvise lazy free mechanism and its impact on performance.
Multi-Gen LRU Updates
Explore updates to Multi-Gen LRU in Linux, including improvements and optimizations for memory management and system performance.
DAMON - Long-term Plans for Kernel That Just Works and Is Extensible
Explore DAMON's long-term plans for creating a kernel that is both user-friendly and extensible, as presented by PARK, SeongJae at the Linux Plumbers Conference.
Address Space Isolation
Explore address space isolation techniques and their implementation in Linux systems for enhanced security and process isolation.
Integral Atomic Stack Switching for IST Exceptions
Explore advanced techniques for handling IST exceptions through integral atomic stack switching in Linux kernel development.
Reverse Engineering Windows Defender Part II
Deep dive into Windows Defender's binary emulator, exploring its internals, virtual environment, and integration with antivirus features. Gain insights on reverse engineering techniques for advanced malware analysis.
Dissecting QNX
Comprehensive analysis of QNX's security features, including exploit mitigations and random number generators, revealing vulnerabilities and design issues in critical embedded systems.
Linux Vulnerabilities, Windows Exploits - Escalating Privileges with WSL
Explore WSL vulnerabilities and Windows kernel exploitation techniques. Learn about reverse engineering, syscall manipulation, and bypassing modern anti-exploitation defenses to achieve privilege escalation.
Hacking Automatically - Applying Program Analysis to IoT
Discover how program analysis can uncover vulnerabilities in IoT devices. Learn about firmware analysis challenges, memory corruption patterns, and see 20 real-world examples of security flaws identified through automated techniques.
Reverse Engineering Windows Defender's JavaScript Engine
Reverse engineering Windows Defender's JavaScript engine: analysis, functionality, tooling, and potential vulnerabilities in MpEngine.dll's core antivirus system.
Out of the -v-Box
Análisis técnico de vulnerabilidades en VirtualBox para lograr un escape de máquina virtual, incluyendo ingeniería inversa, explotación y demostración práctica del exploit.
Linux Memory Management at Scale
Explore advanced Linux memory management techniques for reliable, efficient multi-container systems at scale. Learn key concepts, misconceptions, and cutting-edge technologies used in production environments.
Understanding the Low Fragmentation Heap
Explore the intricacies of the Low Fragmentation Heap with security expert Chris Valasek, gaining insights into its structure, functionality, and potential vulnerabilities.
Bootstrapping an Architectural Research Platform
Explore x86 architecture for security research: privileges, events, hypervisors, and emerging tech. Gain foundational knowledge to streamline your research setup and focus on key questions.
JARVIS Never Saw It Coming - Hacking Machine Learning in Speech, Text and Face Recognition
Explore hacking techniques for machine learning systems in speech, text, and facial recognition, including exploits, backdoors, and adversarial attacks. Live demo included.