
Explore Mars exploration, open source insights, and software supply chain security with NASA, Microsoft, and Linux Foundation experts in this keynote series.

Explore the latest developments and innovations in mainframe technology at this insightful mini-summit hosted by the Open Mainframe Project.

Explore OSU Open Source Lab's history, projects, infrastructure, and impact on open source ecosystem. Learn about student involvement, managed services, and cutting-edge technologies.

Explore open, neutral edge computing architecture for heterogeneous devices, leveraging virtualization, Linux, containers, and EdgeX Foundry to build extensible, vendor-agnostic solutions.

Learn to access cloud nodes for Linux Foundation's Kubernetes labs, covering SSH key generation, cloud console navigation, and firewall configuration.

Learn to streamline VM initialization using cloud-init, enhancing efficiency and automation for cloud deployments. Discover best practices and techniques for optimizing first-boot experiences.

Keynote sessions exploring open source innovation, sustainability, and impact across industries. Insights from Linux Foundation leaders and partners on technology trends and collaborative opportunities.

Explore architectures for deep edge deployments in 5G, covering challenges, community releases, services, plugins, and disaggregation strategies for efficient network implementation.

Jim Zemlin's keynote explores the latest trends in mobile and cloud computing, open source software, and their impact on the technology industry, drawing from his extensive experience as Linux Foundation's Executive Director.

Microsoft's journey in open source cloud development: Insights on Linux support, .NET Core, and Azure. Showcasing new capabilities for developers through live demo and discussing platform-wide benefits.

Explore the intersection of hacker and open-source ethics, learning to contribute effectively, handle challenges, and become part of the FOSS community.

Explore layers of abstraction in software development with Scott Hanselman. From bare metal to cloud deployment, discover how .NET applications evolve through virtual environments, containers, and various platforms.

Explore Python compiler optimization techniques, including function inlining and SIMD, to potentially improve performance by up to 1.16x, with trade-offs in binary size and benchmark results.

Dive into Linux rootkit security, exploring their evolution, detection methods, and defensive strategies for protecting systems against sophisticated kernel-level threats.

Dive into NVMe's Flexible Data Placement technology, exploring implementation strategies across Linux systems, QEMU emulation, and applications like Cachelib and RocksDB, with focus on integration and performance benefits.

Discover how xZTL adapter enhances ZNS SSD performance, improving transaction processing by up to 90% and reducing latency by up to 47% compared to conventional SSDs through practical benchmarking insights.

Explore the evolution of Linux DRM subsystem's display drivers, focusing on the transition from encoders to bridges and its impact on modern display solutions in the Linux kernel.

Explore the technical challenges and solutions for running Windows applications on Linux through Wine, focusing on windowing system compatibility and user experience improvements.

Explore the development journey of Wine's Wayland driver, from experimental beginnings to full GPU acceleration support, including technical challenges and solutions for Windows-Wayland compatibility.

Discover the journey of OpenGL driver development for Apple M1/M2, exploring hardware magic, conformance achievements, and the intricate code behind graphics acceleration.

Explore GPU reset mechanisms in Linux, understanding error propagation, device recovery challenges, and proposed improvements for handling graphics hardware failures.