
Explore advanced threat modeling techniques for Cisco ACI, covering physical layout, architecture, STRIDE analysis, and potential vulnerabilities in network security.

Explore network and security automation strategies, from latency monitoring to firewall deployment, with insights on custom scripts, proactive maintenance, and reducing deployment time.

Introducing ACRN: an open-source hypervisor for IoT devices, designed for resource isolation, low latency, and quick boot times. Explore its architecture, virtualization features, and benefits for embedded systems development.

Explore software-defined networking's evolution, challenges, and future with insights from industry pioneer Martin Casado. Learn about network virtualization and its impact on modern infrastructure.

Explore RDMA implementation in virtualized environments through virtio-net device extension, comparing solutions and discussing architecture, control paths, and data paths.

Explore Docker overlay networks, including VXLAN, network namespaces, and distributed key-value stores. Learn to build and manage overlays, distribute IP/MAC information, and understand real-world applications.

Explore KVM features in RHEL 6 and 7, upcoming developments for NFV and Power8, and future plans for Red Hat Enterprise Virtualization Hypervisor. Gain insights from engineering experts.

Innovative approach to scale Open vSwitch using NuevoMatch algorithm, improving packet classification performance and rule update speed for enhanced network virtualization efficiency.

Intel's DMP storage architecture employs Ethernet-based fabric, disaggregated storage, and Kubernetes management. It offers NVMe-oF remote volumes and local Optane DCPM volumes, optimized for different I/O patterns and managed by LINBIT's storage orchest…

Explore the architecture, design, and performance optimizations of Open vSwitch, an open-source virtual switch for hypervisor platforms, focusing on flow classification and caching techniques.

Explore PCIe device reverse engineering, focusing on SR-IOV standard. Learn techniques to analyze vulnerabilities and extract valuable information from these interconnected components.

Explore Bluebird, Azure's high-performance network virtualization system for bare-metal cloud services, offering insights into its design, implementation, and real-world performance.

Explore netmap and its tools for enhancing network virtualization, with insights on improving performance and efficiency in virtual networking environments.

Explores challenges and potential solutions for managing SR-IOV Virtual Function lifecycles, focusing on removal processes and interactions with Physical Functions in Linux systems.

Explore performance improvements for VXLAN and NVGRE tunnel protocols, including checksum offload and GRO optimizations, to enhance overlay network efficiency on existing hardware.

Exploring eBPF integration with Open vSwitch: TC attachment, XDP offloading, and AF_XDP bypassing. Discusses challenges, experiences, and future directions for enhancing OVS performance and functionality.

Explore VxLan multicast routing in Linux kernel, addressing challenges and solutions for dynamic environments. Covers deployment scenarios, patches, and future developments.

Exploring LAG implementation for RDMA and virtualized interfaces, focusing on active-backup mode, flow-based active-active mode, and a new active-active mode for virtual functions.

Explore how Kubernetes revolutionizes cellular infrastructure, enabling seamless WiFi-LTE roaming and cost-effective data plans for 50 million users through NFV and edge computing.

Discover how Event-Driven Automation revolutionizes network operations through automated responses to network events, combining configuration automation with monitoring for streamlined incident remediation and task management.

Discover how PANIC architecture revolutionizes SmartNIC performance in multi-tenant networks through innovative hardware blocks, switching interconnects, and resource isolation mechanisms.