
Explore hypervisor-less virtio for real-time and safety applications in embedded systems, focusing on intelligent edge devices, multicore SoCs, and Linux integration for IoT convergence.

Explore the potential of RISC-V architecture in Linux systems with insights from an embedded developer on future trends, challenges, and opportunities in open-source hardware.

Explore embedded deep learning super-resolution techniques using ONNX Inference Runtime and GStreamer, covering problem-solving, implementation, and performance analysis.

Explore RISC-V performance analysis: past developments, current status, and future prospects in Linux systems, covering specifications, implementations, and upcoming enhancements.

Explore fleet monitoring strategies for connected devices, comparing "pets" and "cattle" approaches to enhance scalability and efficiency in IoT deployments.

Explore RISC-V's rapid growth, modular architecture, and diverse applications across industries, from IoT to data centers, highlighting its open-source ecosystem and innovation potential.

Learn essential functional safety principles for open-source software development, focusing on risk assessment, safety requirements, and industry standards to enhance software reliability and safety.

Explore modernizing legacy network drivers, focusing on PHYASIX and AR9331 switch examples. Learn diagnostic techniques, hardware capabilities, and lessons for updating Ethernet drivers.

Explore building a RISC-V Linux system with XIP capabilities, comparing it to ARM and discussing advantages, challenges, and current status for embedded development.

Explore the open graphics stack for embedded systems, covering Linux, Vulkan, and Mesa compilers, with insights on application, engine, driver, and kernel components.

Explore a distributed operating system for IoT devices, covering architecture, security, and integration across smart things, gateways, and mobile platforms.

Explore BtleJuice, a framework for intercepting and manipulating Bluetooth Low Energy communications. Learn to perform man-in-the-middle attacks, assess device security, and discover vulnerabilities in smart objects.

Explore hybrid quantum systems: coupling superconducting qubits to spin defects, optomechanical devices, and nanomechanical structures for quantum state transfer and communication.

Explore the development of an open-source mechanical ventilator, focusing on evolutionary architecture, incremental changes, and continuous integration in IoT projects.

Explore advanced systemd features for embedded systems, covering environment control, security, lifecycle management, boot optimization, and filesystem handling.

Experts discuss the need for Industrial Grade Linux, exploring software complexity, integration, use cases, modularity, testing, and collaboration in industrial applications.

Explore federated learning in 5G C-V2X, covering network requirements, autonomous vehicle architecture, challenges, and practical applications through a demo and Q&A session.

Explore ONAP Honolulu's advancements in cloud-native functionality, O-RAN support, and 5G network slicing with insights from community leaders at AT&T, Ericsson, and Wipro.

Industry experts discuss NFV deployment challenges, automated testing, and future recommendations based on the LFN End User Advisory Group's white paper findings on virtualized networking workloads and cloud infrastructures.

Learn to deploy RTOSes and baremetal apps as containers using RunX, exploring implementation choices, runtime steps, and device assignment with practical demos.

Explore advanced techniques for optimizing non-CPU device power management using DEVFREQ, enhancing energy efficiency in modern computing systems.