
Exploring strategies for efficient regression reporting and tracking in Linux kernel development, focusing on collaboration and standardization across the ecosystem.

Exploring strategies to achieve bug-free builds in Linux kernel development, focusing on build issues, community testing efforts, and new practices to improve mainline quality.

Exploring strategies to enhance kernel CI systems for better regression detection, analysis, and reporting. Discusses standardizing workflows, improving data processing, and addressing challenges in regression tracking.

Explore the creation of a boards farm for kernel continuous integration, contributing to KernelCI, and implementing remote board control using LAVA infrastructure.

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.

Learn to apply 'as code' principles across the entire stack, from disk images to cluster management, using source control, CI tools, and declarative DSLs for improved testing, deployment, and configuration management.

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.

Explore Jenkins CI integration with libvirt and real hardware for Real-Time Linux testing. Learn about R4D extension, enabling seamless control of physical devices in automated test environments.

Explore real-world DevOps using DC/OS and Azure Container Services. Learn CI/CD, smooth deployments, A/B testing, and canary releases through hands-on demonstrations.

Simplifying Continuous Integration for embedded systems with "Lab in a Box" - a turnkey solution for setting up LAVA board farms, reducing complexity and improving test automation.

Streamline app development by integrating security testing into CI/CD pipelines. Learn to automate builds, vulnerability scans, and deployments within a single pull request using open-source tools.

Streamline NCS/Zephyr app development with East, a CLI tool offering automated toolchain installation, sandboxed environments, and efficient release processes. Includes demo of project setup and capabilities.

Learn to set up comprehensive test infrastructure for open-source projects, covering emulation and real hardware, CI/CD with GitHub Actions, and effective result reporting.

Learn to test Kubernetes end-to-end on any cloud using Kubetest2. Explore its architecture, benefits, and how to develop custom deployers for your cloud provider.

Explore Kubernetes conformance program: certification process, test suite coverage, future expansions, tooling improvements, and benefits for companies in this informative session.

Explore serverless Jenkins in the cloud-native era, focusing on technologies like Kubernetes, Prow, and Tekton for efficient CI/CD pipelines and automated workflows.

Explore the evolution of OTA updates in IoT, focusing on robust and secure software upgrades for embedded Linux systems. Learn about new industry requirements and future directions for update frameworks.

Explore NXP's DevOps system for Zephyr upstream testing, featuring Docker-based cloud builds, Jenkins integration, and efficient multi-board validation techniques.

Explore flexible, shareable Kubernetes policies with Gatekeeper. Learn to implement, customize, and contribute rules for security, legal, and operational requirements across your software lifecycle.

Learn to scale security assessments for DevOps with Norad, a distributed testing framework. Automate open-source and vendor tools, aggregate results, and develop custom security tests using the SDK.

Explore best practices for integrating continuous integration securely into your software development lifecycle, focusing on technology and process changes rather than specific tools.