
Explore cloud computing security risks and mitigation strategies, covering topics like data loss, virtualization, compliance, and encryption in emerging large-scale web application deployments.

Explore building open-source software on ARM64 and ppc64le architectures, covering CICD pipelines, platform support, and technical challenges for developers.

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 Sweetcomb, an open-source project for efficient edge networking management. Learn about its architecture, interfaces, data plane support, and real-world application in SD-WAN scenarios.

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

Explore the Cloud iNfrastructure Telco Taskforce's latest developments, collaborations, and future plans for improving VNF onboarding and cloud infrastructure in the telecommunications industry.

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.

Experts discuss the future of IaaS, exploring the roles of bare-metal, virtualization, and containers. They address customer needs, cloud-native applications, and legacy systems in this insightful panel.

Comprehensive guide to migrating from VMware to OpenStack, covering business value, use cases, components, deployment options, and Day 1/2 operations with Mirantis and Trilio solutions.

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 NVM Express® controller migration standardization, focusing on live VM transfers, namespace migration, and tracking memory modifications for seamless datacenter operations.

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.

Explore how Marvell Octeon DPUs enable efficient disaggregated storage through NVMe-oF TCP, providing streamlined infrastructure control and storage offload capabilities for virtual machines and containers.

Dive into the implementation of libvfn, an open-source library for PCIe-based NVMe devices, exploring VFIO-based user-space drivers, NVMe driver implementation, and performance optimization techniques.

Explore modern storage management standards and their crucial role in navigating complex virtualized environments, from fabric technologies to open-source frameworks and RESTful interfaces.

Explore seamless Virtual Machine migration techniques in cloud environments, focusing on NVMe capabilities for transferring namespaces between controllers without service interruption.

Explore VMware's memory innovations journey, from persistent memory to CXL technology, focusing on performance improvements, TCO reduction, and real-world applications in mission-critical databases and AI/ML workloads.

Explore how NVMe interfaces scale from single machines to cloud environments, covering challenges in virtual machine implementation and developments in scalable storage architecture.

Explore AMD's advancements in GPU virtualization for Xen platforms, covering VirtIO GPU implementation, passthrough capabilities, and performance improvements for enhanced graphics support in virtual environments.

Discover how Kata Containers 4.0 revolutionizes GPU management for AI/ML workloads through CDI framework integration, enhanced security features, and streamlined resource allocation in Kubernetes environments.

Discover how to implement fast data transfer between guest and host systems using vsock tunnels, with focus on security controls, kernel-level implementations, and performance optimization techniques.