Overcoming Technical Debt in Config Management to Move to Heterogeneous Architecture
Explore strategies for integrating Arm64 instances in cloud infrastructure, addressing technical debt and optimizing heterogeneous architectures.
Multi-Arch Cloud Infrastructure - Why and How to Get Started
Explore multi-architecture cloud infrastructure benefits, challenges, and implementation strategies. Learn about workload optimization, price-performance comparisons, and resources for migrating to Arm-based systems.
DPDK Graph Library Design and Implementation Details
Dive into DPDK graph library's architecture, implementation specifics, and practical usage patterns for optimizing network packet processing across multiple CPU platforms.
Advanced ROP Framework - Pushing Return-Oriented Programming to Its Limits
Discover advanced return-oriented programming techniques with ROP ROCKET framework, featuring syscall bypassing, cross-architecture exploitation, and innovative bad byte handling for enhanced security testing.
AMD Sinkclose - Universal Ring2 Privilege Escalation in System Management Mode
Delve into AMD processor security vulnerabilities, exploring System Management Mode (SMM), CPU design flaws, and the methodology behind ring-2 privilege escalation exploits.
COCONUT-SVSM on KVM: Progress, Plans, and Challenges
Explore COCONUT-SVSM's evolution to a paravisor layer, recent achievements, and challenges in KVM integration. Learn about proposed solutions for AMD SEV-SNP VMPLs and Intel TDX partitioning support.
How Complex Motherboards Are Designed and Manufactured
Comprehensive exploration of motherboard design, covering components, power management, signal integrity, debugging, and industry standards. Ideal for hardware enthusiasts and engineers seeking in-depth knowledge.
Reverse Engineering and Control Flow Analysis With Intel Processor Trace
Dive into advanced reverse engineering techniques using Intel Processor Trace technology to analyze control flow and enhance software debugging capabilities.
Shesha: Multi-head Microarchitectural Leakage Discovery in New-generation Intel Processors
Discover how Shesha framework automates detection of transient execution attacks in Intel processors, exploring new vulnerabilities in instruction set extensions and cryptographic implementations.