Verified Boot: From ROM to Userspace
Explore cryptographic system protection on ARM processors, from bootloader to root file system. Learn about FOSS components, implementation challenges, and lessons from a large-scale project.
Booting Successfully for the First Time with Mainline Linux
Learn techniques for efficiently enabling new hardware to run Linux, from schematic review to successful upstreaming of bootloader and kernel patches, with real-world examples.
CaSE- Cache-Assisted Secure Execution on ARM Processors
Secure execution framework for ARM processors using TrustZone and Cache-as-RAM to protect sensitive applications against software attacks and cold boot attacks, with minimal performance impact.
Endpoint AI Revolution Driven by Standardized Computing Platform
Explore the Endpoint AI revolution with Arm's standardized computing platform, focusing on TinyML applications, robust software stacks, and specialized processors for efficient machine learning on IoT devices.
Securing Cyber-Physical Systems by Platform Reboot
Explore secure execution intervals and reboot strategies for cyber-physical systems. Learn about the Resecure framework and custom base extensions for Arm processors to enhance security.
Graviton2 Arm vs Intel x86 Performance Comparison for Streaming Data Applications
Explore Graviton2 Arm vs Intel x86 performance for streaming data applications. Learn benchmarking methods, hardware selection insights, and comparative results for data-intensive workloads.
Anatomy of Cross-Compilation Toolchains for Embedded Linux Development
Comprehensive exploration of cross-compilation toolchains for embedded Linux, covering components, build process, configurations, and practical implications for developers.
Megahertz, Gigahertz, Registers and Instructions - How Does a CPU Actually Work?
Explore CPU fundamentals, from instruction sets to optimization, covering ARM vs Intel, memory management, and future trends. Gain insights into how processors execute code across various devices.
A Little Less Speculation, a Little More Action - A Deep Dive into Fuchsia's Mitigations for Specific CPU Side-Channel Attacks
Explore Fuchsia's approach to mitigating CPU side-channel attacks, including enumeration, implementation, and testing of protective measures across x86 and ARM processors.
Jack-in-the-Cache - A New Code Injection Technique through Modifying X86-to-ARM Translation Cache
Explores a novel code injection technique for Windows 10 on ARM, exploiting vulnerabilities in x86-to-ARM translation cache to compromise system security on ARM-based laptops.
Java on ARM - Theory, Applications and Workloads
Explore Java on ARM processors: theory, applications, and workloads. Learn about ARM servers, Java ARM port features, and performance optimization for specific use cases.
Java on ARM - Theory, Applications, and Workloads
Explore Java's performance on ARM processors, focusing on server applications, workload optimization, and recent improvements in the Java ARM port for cloud deployments.
Next Generation Mobile Rootkits
Explore advanced mobile rootkit techniques using ARM TrustZone, including implementation, hiding methods, and lessons learned from creating an actual rootkit.
Megahertz, Gigahertz, Registers and Instructions - How Does a CPU Actually Work?
Explore CPU fundamentals, from basic operations to advanced optimizations. Learn about different processor architectures, internal workings, and future trends, including security challenges like Meltdown and Spectre.
Top 5 New Single Board Computers for 2024
Discover the most impressive single board computers of 2024, featuring detailed reviews of Radxa X4, Rock 5 ITX, Odroid M1S, and other top contenders for makers and tech enthusiasts.
Enabling CXL Within the Data Center with ARM Solutions
Discover how Compute Express Link (CXL) technology transforms data center architecture, focusing on Arm's innovative solutions for enhanced memory and device connectivity.
EdgeStack - 고성능 하이퍼 컨버지드 인프라 (HCI) 관리 솔루션
Discover EdgeStack, SKT's advanced HCI Cloud solution that virtualizes computing, network, and storage resources while supporting both X86 and ARM processors for efficient infrastructure management and workload optimization.
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.
Managing Edge Computing in Rural Areas with Limited Internet and Heterogeneous Environments Using Nomad
Optimize edge computing in rural areas with limited connectivity using Nomad. Master heterogeneous environments and efficient resource management for seamless operations in challenging settings.
An Armful of Clusters: Run Kubernetes Workloads More Efficiently on Arm Processors
Optimize Kubernetes workloads on Arm processors for efficiency and sustainability. Learn strategies, overcome obstacles, and gain practical tips for migrating clusters and managing multi-architecture deployments.
Neotron - Why Write a Brand New 'DOS' for Arm in Rust?
Explore the evolution of operating systems and discover why a new DOS-like OS for Arm microcontrollers, written in Rust, is being developed. Learn about its unique features and potential applications.