Why so Spurious? Achieving Local Privilege Escalation on Operating Systems
Explore a critical x86 architecture vulnerability exploitable for local privilege escalation across Windows, macOS, and Linux. Learn about this widespread security issue and its implications.
Sleight of ARM - Demystifying Intel Houdini
Explore Intel's Houdini binary translator for running ARM on x86, its architecture, security implications, and comparison with Apple's Rosetta 2, focusing on Android emulation and Chromebooks.
MoRE Shadow Walker - The Progression of TLB-Splitting on x86
Explore TLB-splitting evolution on x86 architecture, from defensive memory protections to offensive rootkit techniques. Learn new methods for modern processors and their implications for cybersecurity.
The Memory Sinkhole - Unleashing An X86 Design Flaw Allowing Universal Privilege Escalation
Unveiling a critical x86 design flaw allowing privilege escalation, exploring forgotten backdoors, and demonstrating how to exploit vulnerabilities in processor architecture.
Intra-Process Memory Protection for Applications on ARM and X86 - Leveraging the ELF ABI
Explore intra-process memory protection techniques for ARM and X86 architectures using ELF ABI. Learn about ELFbac system implementation, policy enforcement, and practical applications in software security.
x86 Internals for Fun and Profit
Explore x86 processor internals to optimize code efficiency. Gain insights into modern CPU architecture for better performance and understanding of low-level programming concepts.
God Mode Unlocked - Hardware Backdoors in x86 CPUs
Unveiling a critical hardware backdoor in x86 CPUs allowing unprivileged users to bypass security checks and escalate to kernel-level access. Explores detection, prevention, and broader implications for processor security.
Shattering Illusions in Lock-Free Worlds - Compiler - Hardware Behaviors in OSes - VMs
Explores memory access issues in multi-threaded environments, focusing on compiler/hardware behaviors that can lead to security vulnerabilities in OSes, VMs, and applications.
MiniBox - A Two-Way Sandbox for x86 Native Code
Explore MiniBox, a groundbreaking two-way sandbox for x86 native code, offering mutual protection between applications and operating systems in cloud computing environments.
Cross-Architecture Bug Search in Binary Executables
Innovative method for identifying vulnerabilities across different CPU architectures using bug signatures and semantic analysis of binary code, enabling effective security assessments of closed-source software.
Unleashing the Power of Decompilation for x86 Deep Neural Network Executables
Explore BTD, a decompiler for deep neural network executables, enabling reverse engineering of compiled DL models on various hardware platforms to enhance security and transparency.
Jailbreaking an Electric Vehicle in 2023 - What It Means to Hotwire Tesla's x86-Based Seat Heater
Explore Tesla's advanced car computers and potential hacks to unlock premium features without payment. Delve into attacks on AMD-based infotainment systems in recent models.
Intro to x86
Learn the fundamentals of x86 assembly language programming, covering basic concepts and practical applications for low-level system understanding and software development.
What Does It Mean to Trust Your Boot Process
Explore boot processes, secure boot, and trust establishment in x86 and ARM architectures. Learn about firmware, TPM, and measured boot to enhance device security from startup.
Using the Clang Integrated Assembler to Compile the Linux Kernel
Learn about Clang's Integrated Assembler for Linux Kernel compilation, exploring its benefits, challenges, and potential solutions for ARM and x86 architectures.
The Quest for the Ultimate Kubernetes Homelab
Explore building an advanced Kubernetes homelab with x86 hardware, autoscaling, networking, and stateful services. Learn to implement enterprise-grade components and automate setup for a DevOps-focused home infrastructure.
Cloud Native Live - Multi Architectural Kubernetes Clusters
Explore multi-architectural Kubernetes clusters, focusing on ARM vs x86 architectures, cloud implications, performance gains, and microservices containers in this comprehensive overview.
Freaking Computers, How Do They Work? - Code Inception
Explore the inner workings of computers, from high-level programming languages to machine code. Dive into x86 architecture and learn how your code is executed at the lowest level.
VMware Architecture Migration Tool - Making Migration Easy with AMD
Discover how to seamlessly migrate legacy VMs from Intel to AMD architecture using VAMT, an automated open-source tool that enhances user experience and delivers improved business value.
Revisiting XSAVE - Lessons from 20 Years of Processor Context State Management
Explore two decades of processor context state management, focusing on XSAVE's evolution and key insights for efficient system design and optimization.
A Status Update on the x86-cpuid-db Project
Explore the latest developments and progress of the x86-cpuid-db project, focusing on its impact and advancements in CPU identification.