
Explore x86 pKVM implementation for isolated TEE VMs, covering design, requirements, and integration with host OS. Learn about architecture, performance, and future developments.

Explore AMD's x86 memory encryption technologies: Secure Memory Encryption for physical access protection and Secure Encrypted Virtualization for isolated encrypted virtual machines. Learn about architecture, security benefits, and Linux implementation.

Comprehensive review of Radxa X2L, an x86 single board computer with RP2040 microcontroller. Covers unboxing, specs, performance tests, and unique features like onboard Raspberry Pi Pico functionality.

Explore Screenly's evolution from Raspberry Pi to x86, BIOS, Coreboot, and RISC-V, uncovering challenges and innovations in digital signage technology.

Explore the fundamental concept of the stack in x86/8086 assembly, covering its importance, usage for temporary data storage, and practical applications in programming.

Learn 8086 assembly programming from scratch, covering basics like binary, compiling, and register operations. Ideal for beginners interested in creating games and programs using free software.

Explore the evolution of Java's floating-point semantics and the case for returning to strict arithmetic, addressing historical challenges and future benefits for the JVM.

Discover the essential strategies and technical considerations for migrating to ARM64 architecture, with practical insights from a successful AWS Graviton implementation and industry-wide architectural shifts.

Explore hardware-based debugging techniques for enhanced malware analysis transparency, leveraging System Management Mode to overcome limitations of virtualization and emulation methods.

Explore the intricacies of CPU flags registers, their functionality, and significance in computer architecture. Gain insights into how these registers impact processor operations and performance.

Explore zero-overhead virtualization challenges in embedded systems, comparing ARM, x86, and RISC-V architectures. Learn about Jailhouse hypervisor and architectural limitations for real-time performance.

Proposal to standardize CPUID information for x86 architecture, addressing challenges in feature identification and data redundancy across open-source projects. Aims to improve accuracy and efficiency in CPU feature detection.

Dive into the architecture-neutral KVM MMU, exploring its scalability improvements, performance tuning, and potential application to ARM VMs for enhanced cloud computing capabilities.

Explore PREEMPT_RT patch set challenges, future development considerations, and addressing limitations to maintain low latencies in real-time Linux systems.

Explore advanced techniques for handling IST exceptions through integral atomic stack switching in Linux kernel development.

Explore static analysis techniques for detecting hooking capabilities in Windows executables, including Detours, import, and syscall hooking, with insights from scanning millions of files.

Explore a new Spectre v2 technique to bypass ASLR on Intel CPUs by abusing branch predictors, with demos on x86 internals, side-channel attacks, and speculative execution.

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.

Explore cache timing covert channels in x86 multi-core systems, learning techniques for inter-VM data exfiltration and reverse shell establishment using shared resources and architecture imperfections.

Explore Intel's Houdini binary translator for running ARM on x86, its inner workings, security weaknesses, and potential exploits. Gain insights into cross-architecture execution and its implications for Android security.

Learn x86 assembly basics, including registers, memory access, instructions, and system calls. Gain practical skills through examples and a Makefile for assembly programming.