
Explore the vision for a new rack-scale server-side machine, discussing open firmware, RISC-V, and Rust's role in revolutionizing computer architecture beyond traditional PC design.

Explore the Lichee Pi 3A RISC-V single-board computer, featuring dual M.2 PCIe slots. Dive into its specifications, boot process, Bianbu OS demo, and compatibility with NVMe and SATA drives.

Explore the challenges and mechanisms of injecting software events from SBI implementations to supervisor software in RISC-V systems.

Explore cutting-edge topics in open source technology with expert keynotes on realtime systems, RISC-V processors, strategic challenges, and software transparency.

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 major U-Boot developments including Kconfig migration, UEFI support, and binman. Learn about minor enhancements in areas like IPv6, RISC-V, and device tree schema, concluding with a demonstration.

Explore wolfBoot, an open-source secure bootloader for embedded systems. Learn about its portability, attack mitigation, and suitability for safety-critical applications across various architectures.

Explore FPGA acceleration with Zephyr on BeagleV-Fire: Learn to design custom peripherals, integrate with firmware, and simulate using Renode for efficient low-power, high-performance systems.

Explore cutting-edge open-source technologies through keynotes on cloud-native projects, safety-critical applications, infrastructure modernization, and RISC-V, featuring industry experts and innovative case studies.

Explore secure calling conventions for CHERI capability machines, focusing on temporal memory safety and stack frame encapsulation. Evaluate performance impact and compatibility.

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

Exploring RISC-V video editing on Lichee Pi 4A and celebrating 500 episodes of ExplainingComputers. Journey through key moments and technological advancements in computing.

Comprehensive overview of Linux Foundation initiatives, featuring insights from industry leaders on open-source technologies, blockchain, IoT, edge computing, and cloud-native solutions.

Explore diverse open-source projects and mentorship experiences in cloud-native development, RISC-V optimization, Linux kernel bug fixing, DID registries, and Kubernetes support.

Explore Rust's potential for embedded systems through Tock OS, focusing on memory safety, concurrent applications, and hardware isolation in ARM Cortex-M and RISC-V platforms.

Discover how hardware acceleration enhances encryption and decryption in SSD storage systems using RISC-V architecture, improving throughput and power efficiency through configurable design implementations.

Explore containerization and orchestration implementation on RISC-V systems through KubeEdge-V, examining performance metrics and comparing with ARM-based equivalents for edge-cloud computing solutions.

Discover how open-source hardware and RISC-V technology enable IoT applications through Eclipse Foundation and OpenHW's ecosystem, featuring CORE-V cores and practical MQTT protocol demonstrations.

Discover how to build Linux-capable SoCs using Intel Pathfinder for RISC-V and OpenHW CORE-V CVA6, exploring pre-silicon development environments and open-source hardware integration for efficient system design.

Explore industry insights on open-source hardware adoption, focusing on OpenHW Group's CORE-V RISC-V cores, governance models, and practical implementation challenges in SoC design.