Secure, High-Performance Networking for Data-Intensive Kubernetes Workloads
In today’s data-driven world, AI and high-performance computing (HPC) workloads demand a robust, scalable, and secure networking infrastructure. As organizations rely on Kubernetes to manage these complex workloads, the need for advanced network performance becomes paramount. In this blog series, we explore how Azure CNI powered by Cilium, built on eBPF technology, is transforming Kubernetes networking. From high throughput and low latency to enhanced security and real-time observability, discover how these cutting-edge advancements are paving the way for secure, high-performance AI workloads. Ready to optimize your Kubernetes clusters?Use cases of Advanced Network Observability for your Azure Kubernetes Service clusters
The blog explores the use cases of Advanced Network Observability for Azure Kubernetes Service (AKS) clusters. It introduces the Advanced Network Observability feature, which brings Hubble's control plane to both Cilium and Non-Cilium Linux data planes. This feature provides deep insights into containerized workloads, enabling precise detection and root-cause analysis of network-related issues in Kubernetes clusters. The document also includes customer scenarios that demonstrate the benefits of Advanced Network Observability, such as DNS metrics, network policy drops at the pod level, and traffic imbalance for pods within a workload
