
Explore ARM-based development, covering architecture, instruction sets, embedded systems, pipelining, memory management, and programming for ARM processors.

Explore strategies for optimizing Java application performance on Arm64 processors in this 51-minute conference talk from Devoxx. Delve into performance improvements achieved through JVM updates, with a focus on the 30% enhancement between Java 11 and Ja…

探索KubeVirt在Arm64上的应用,比较不同CPU架构的虚拟化特性,了解如何在Kubernetes中原生运行虚拟机和容器,以及Arm64虚拟化的独特优势和挑战。

STM32H5マイコンの「STM32Trust TEEセキュア・マネージャ」を紹介。IoTセキュリティ強化に貢献する業界初の信頼できる実行環境の概念と評価方法を解説。

Explore the open-source ARM-X CPU architecture emulator, learning its features and applications for security research and embedded systems development.

Comprehensive review of Khadas VIM 4 single-board computer, showcasing its features, performance, and versatility through Ubuntu and Android demonstrations, with a focus on its HDMI input capability.

Comprehensive comparison of five ARM single-board computers as alternatives to Raspberry Pi 4, highlighting their features, performance, and use cases for makers and tech enthusiasts.

Comprehensive review of Orange Pi 800 ARM keyboard computer, including unboxing, specs, internal components, and performance tests with Ubuntu and Manjaro operating systems.

Explore ML-based detection for IIOT gateways, focusing on embedded Linux security architecture and instant attack detection from device and network vectors.

Hands-on workshop on breaking encrypted 3D printer firmware, covering techniques like frequency analysis, known-plaintext attacks, and ARM architecture exploitation using tools such as Matplotlib and SciPy.

Explore Kali Linux, the evolution of BackTrack, featuring improved infrastructure, Metasploit integration, and ARM support. Learn about its development, new features, and community-driven enhancements.

Explore TrustZone technology for securing sensitive data in ARM CPUs, its potential applications, and the open-source OP-TEE implementation for Linux, with insights on current limitations and future possibilities.

Explore TEEP implementation on RISC-V Keystone and Arm TrustZone, covering use cases, prototypes, and CBOR expressions for secure execution environments.

Explore TEEP implementation on RISC-V Keystone and Arm TrustZone, focusing on secure provisioning techniques for trusted execution environments in embedded systems.

Explore secure boot implementation and OTA updates for embedded ARM devices using UEFI, covering challenges, solutions, and practical integration techniques for robust system security.

Comparison of Linux block filesystems for embedded systems, covering design principles, features, performance metrics, and compression options on ARM boards with SD card storage.

Explore TEEP protocol for secure software supply chain management, covering its benefits, implementation, and application across various hardware platforms and industries.

Explore strategies for managing technical debt in the GPIO subsystem of the Linux kernel, focusing on improvements in serialization, hot-pluggability, and API optimization while maintaining legacy support.

Explore U-boot's potential as a UEFI payload, understanding its implementation, benefits, and challenges in modern firmware development.

Explore the Odroid M1S single board computer's capabilities, from unboxing to running Ubuntu and Android, with detailed specifications and performance insights.

Explore Memory Tagging Extension to enhance game robustness and security. Learn how this technology improves memory safety and protects against vulnerabilities in game development.