
Explore post-quantum cryptography advancements and gain insights from CHES 2021 conference closing remarks, advancing your understanding of cutting-edge cryptographic technologies.

Explore the CHES Test-of-Time Award, its background, and the impact of the winning paper on cryptographic notation, discoveries, and applications.

Explore Arduino Giga Display Shield's features: touchscreen, IMU, microphone, LED, and camera connector. Learn coding techniques and libraries for creating interactive projects and control panels.

Comprehensive comparison of cooling solutions for Raspberry Pi 5, featuring official case options and the GeeekPi heatsink case. Includes performance tests and practical insights for optimal temperature management.

Explore RISC-V architecture: supported hardware, virtual machines, boot flow, package building, and software availability. Learn about the evolving ISA and its implications for Ubuntu.

Exploring enhancements to BPF Type Format: separating kernel BTF, explicit matching, standalone BTF, and auto-detecting features to improve adoption and functionality across systems.

Comprehensive seminar on Arduino debugging techniques using SEGGER tools, covering setup, configuration, and advanced features for efficient troubleshooting and code optimization.

Explores challenges with Netlink for thermal notifications in Linux, discussing issues like system freezes during event storms and increased memory usage, impacting system stability and performance.

Offloading PMU accesses to PMCU for non-intrusive CPU monitoring on Kunpeng SoC. Discusses implementation challenges, synchronization issues, and seeks community feedback on use cases and interfaces.

Exploring network device LED configuration challenges, common mistakes in netdev, and new APIs for PHY and MAC-driven LEDs. Insights for driver developers and users on proper LED support and configuration.

Explore Zephyr's rapid growth, key features, and IoT ecosystem integration. Learn about LTS transitions and future prospects for Linux-Zephyr interoperability in various applications.

Explore Arduino Core API integration with Zephyr RTOS for simplified IoT development. Learn key features, advantages, and future possibilities in streamlining embedded systems programming.

Explore recent features, challenges, and future developments in Linux-wpan, including team maintainership, pan coordinator services, and link-layer security.

Exploring RV64ILP32: advantages, performance comparisons, and implementation across platforms. Demonstrates potential for improved RISC-V hardware performance and cost-effectiveness.

Efficient debugging of end-user device crashes using minidump mechanism. Explores collecting minimal RAM data for postmortem analysis, reducing storage and transfer requirements. Discusses upstream efforts and potential for broader SOC vendor adoption.

Exploring programmable thermal trip points for improved system management, reducing polling and enabling custom userspace actions for efficient temperature control.

Exploring a framework for host-guest communication in KVM to minimize VM latencies by dynamically boosting vCPU thread priorities based on guest scheduling needs and host insights.

Explore an efficient RISC-V virtual machine for sandboxed environments, featuring reduced memory usage and JIT compilation for secure software execution.

Explore Zephyr's support for hobbyist-friendly open-source hardware, focusing on Arduino UNO R4, Raspberry Pi Pico, and RISC-V boards. Learn about PIO features, shield compatibility, and ArduinoCore integration.

Explore innovative display virtualization technology for flexible in-vehicle UI/UX development across multiple screens, reducing costs and enabling continuous upgrades to meet evolving customer preferences.

Explore Zephyr's journey as a leading RTOS, its adoption of security best practices, and its pursuit of safety certification. Learn about the project's unique approaches and lessons learned in open-source development.