Continuous Integration and Autotest Environment Using Fuego
Explore Fuego, a Jenkins-based test automation framework for Linux kernel development. Learn to create a continuous integration environment and leverage open-source test suites for quality assurance.
Introducing the Lab in a Box Concept for Continuous Integration
Simplifying board farm setup for continuous integration in embedded Linux development. Explores motivations, challenges, and benefits of the "Lab in a Box" concept, with a demo of its implementation.
Cloud-Native Automotive Edge: AGL for Software-Defined Vehicles
Explore AGL's approach to software-defined vehicles, including device virtualization and micro-service orchestration for on-board automotive systems, enabling decoupled software development.
io_uring in the Automotive World - Leveraging Performance for Digital Cockpits
Explore io_uring's potential in automotive digital cockpits, focusing on performance optimization, use cases, and challenges in implementing this Linux feature for complex HPC architectures.
Virtio-Loopback: A Hardware Abstraction Layer for Non-Virtualized Environments
Explore virtio-loopback, a hardware abstraction layer for non-virtualized environments, its design, implementation, and impact on running programs across different hardware setups.
Hit the Open Road with Automotive Grade Linux
Explore Automotive Grade Linux's latest release, roadmap, and software demo on Raspberry Pi 3. Learn about AGL's unified code base, collaborations, and future vision for open-source automotive software.
Automotive Grade Linux Developer Community
Explore Automotive Grade Linux's framework, services, and SDK. Discuss development challenges, roadmap ideas, and provide community feedback in this interactive session.
Automotive Grade Linux on Raspberry Pi - How Does It Work?
Explore Automotive Grade Linux on Raspberry Pi, covering core technologies, supported devices, build process, peripherals, and developer tools for automotive software development.
Automotive Grade Linux in the Cloud - Progress on AMI Builds
Discover how to effectively deploy and run Automotive Grade Linux (AGL) on Amazon Web Services, including detailed insights into AMI build processes and cloud implementation.
Accelerating Software Defined Vehicles Through Open Source
Explore the evolution of software-defined vehicles through Automotive Grade Linux's innovations, industry collaborations, and future roadmap for connected car technology and autonomous driving development.
Deep-Dive in VirtIO: Virtualized Automotive Grade Linux with VirtIO to Achieve Cloud-Native Environment Parity
Dive into VirtIO device virtualization technology and its implementation in Automotive Grade Linux (AGL), exploring cloud-native environments and Software-Defined Vehicles deployment strategies.
AGL Software Defined Vehicle Update - Latest Features and Development
Discover the latest developments in AGL's Unified Code Base and new features for software-defined vehicles through expert insights from Panasonic Automotive Systems.
Effective and Efficient: Learn from AGL's Delivery Process Backed by Data and Analytics
Explore AGL's automotive software delivery process through data analytics, understanding performance metrics and development practices for optimizing software production systems.
AGL Vehicle Signal Specification Proxy and Gateway Demo Walkthrough
Explore the architecture and implementation of AGL's Vehicle Signal Specification proxy system, featuring MQTT integration and real-world gateway applications demonstrated at Embedded World 2024.
Establishing a Software-Defined Multi-Display Framework with Unified HMI
Discover how to implement flexible multi-display systems using Unified HMI framework, enabling hardware-independent UI/UX development for automotive applications with virtualization and OTA capabilities.