OpenKruise v0.5.0 introduces CloneSet maxSurge rollout and SidecarSet volume‑merge capabilities, addressing native Kubernetes limitations by allowing expand‑then‑shrink deployments, in‑place upgrades, and seamless sidecar injection without volume conflicts for large‑scale cloud‑native applications.
The article explains how cloud‑native environments influence container image construction and reviews several Dockerfile‑free tools such as KO, Jib, and s2i, as well as Dockerfile‑based alternatives like Kaniko and Makisu, highlighting their use cases, advantages, and limitations.
This article explains how Istio injects sidecar containers into user‑space Pods using the istio‑sidecar‑injector component, covering automatic and manual injection methods, the underlying MutatingAdmissionWebhook configuration, the initContainer and sidecar containers added, and the associated ConfigMap and volume setups.
This article details the background, initial ECS‑based deployment, performance bottlenecks during rapid user growth, and the comprehensive cloud‑native migration—including DNS load balancing, managed Kubernetes, CDN acceleration, RDS/Redis replacement, and NAS/OSS storage—resulting in significant scalability and operational improvements for the Smart Citizen Pass mini‑program.
This article explores the history and principles of Prometheus monitoring, offers guidance on version selection, highlights its limitations, details common Kubernetes exporters, shows Grafana dashboard setups, and provides in‑depth strategies for exporter aggregation, golden metrics, multi‑cluster scraping, GPU monitoring, timezone handling, memory optimization, capacity planning, and rate calculations.
This tutorial walks you through setting up a complete Kubernetes development environment on CentOS, covering prerequisite installations, Docker CE setup, kubelet/kubeadm/kubectl configuration, master node initialization, network add‑ons, node joining, and common troubleshooting tips.
This guide walks through setting up a private Kubernetes environment, configuring namespaces and service accounts, modifying Eureka for IP registration, preparing Docker and Harbor authentication, creating StatefulSet and Service manifests, and automating continuous deployment with a Python script, enabling a fully functional Spring Cloud Eureka service in a resource‑constrained cluster.
This guide walks through setting up a complete CI/CD pipeline for a SpringBoot micro‑services project using Jenkins, Docker, Harbor, GitLab, and Python scripts to build, package, and deploy containers onto a Kubernetes cluster, covering environment installation, configuration, and testing steps.
This guide provides a comprehensive overview of the kubectl command‑line tool, covering its syntax, core components, common commands, output formatting options, custom columns, server‑side printing, sorting, and practical examples for everyday Kubernetes cluster operations.
This article evaluates six popular container CI/CD pipelines—Heroku, Azure DevOps, GitLab CI/CD, AWS Elastic Beanstalk, Google Cloud Build, and Jenkins X—detailing their configurations, advantages, limitations, pricing, and personal assessments to help teams choose the most suitable solution for their workflow.
This article details how Tongcheng‑eLong transitioned from Docker‑Host deployments to a Kubernetes‑based platform for hundreds of storage and compute services, covering network integration, IP management, service synchronization, storage strategies, operator development, monitoring, logging, and the challenges and future plans they encountered.
This article examines the challenges of large‑scale deep‑learning model training on Kubernetes, analyzes performance bottlenecks caused by Alluxio‑FUSE integration, and presents a series of configuration and system‑level optimizations that dramatically improve data‑access speed and overall training throughput.
This guide explains MySQL’s fundamentals, describes a master‑slave high‑availability architecture, and provides a complete step‑by‑step tutorial for deploying the cluster on Kubernetes using ConfigMaps, Services, a StatefulSet, dynamic PVCs, and verification commands.
This article explains the Open Application Model (OAM), its core concepts of Components, Application Configuration and Traits, and demonstrates a visual platform that lets users create, configure, version, and publish a multi‑component application (nginx, tomcat, redis) on Kubernetes with detailed screenshots and a GitHub demo repository.
This article provides a comprehensive overview of Kubernetes, explaining its core concepts, advantages, key features, typical use cases, and the new capabilities introduced in version 1.18, while also linking to related tutorials and practical deployment guides for building scalable, resilient cloud‑native applications.
This article explains the difference between SecurityContext and PodSecurityPolicy, demonstrates how to create service accounts, define a non‑privileged PSP, enable it in a cluster, bind it with RBAC, and apply the policy to Pods, Deployments and system components in Kubernetes.
This article explains the challenges of operating many Kubernetes clusters in private‑cloud environments and presents a declarative, operator‑driven Kube‑On‑Kube architecture that dramatically cuts deployment, upgrade, and user provisioning time while remaining cloud‑native and infrastructure‑agnostic.
This article provides a detailed overview of Istio’s architecture, explaining the roles and interactions of its data plane, control plane, and core components such as Envoy sidecar, Pilot, Mixer, Citadel, Galley, sidecar‑injector, and ingress gateway within a Kubernetes‑based service mesh.
This article details Tongcheng‑Elong's journey from bare‑metal to a Kubernetes‑based cloud‑native platform, describing its architecture, the challenges of isolation, scheduling, resource utilization and promotion, and the engineering solutions—including custom scheduling, CPU binding, IP fixation, and over‑commit strategies—implemented to improve efficiency and reliability.
This article details CTrip's evolution of Redis management—from early single‑instance deployments and custom CRedis client, through automated scaling, containerization with Kubernetes, secondary scheduling algorithms, Intel Optane integration, and hybrid‑cloud deployment—highlighting operational challenges, solutions, and performance outcomes.
This article provides a comprehensive introduction to Istio, explaining what a service mesh is, its core components and functions, the challenges it addresses in microservice architectures, and practical steps for adopting Istio in production environments.
This article explains what a service mesh is, outlines the operational challenges of microservice architectures, and details how Istio’s data‑plane and control‑plane components provide traffic control, security, and observability to simplify cloud‑native deployments.
This article traces the history of backend architecture from monolithic systems through distributed designs, Docker containers, microservices, Spring Cloud, and Kubernetes, culminating in a detailed overview of cloud‑native Service Mesh technologies such as Istio and their key capabilities.
This article explains why Kubernetes was chosen, describes the overall architecture, high‑availability master design, multi‑IDC cluster deployment, logging, monitoring, service exposure, image building, lifecycle hooks, CI/CD, multi‑cluster management, encountered challenges, and future plans for operators and automated scaling.
This article explains how to use infrastructure‑as‑code techniques on Kubernetes to automate the deployment and CI/CD pipelines of .NET Core microservices, detailing the role of k8s.yaml files, Jenkinsfiles, and related automation tools.
This guide walks through Kubernetes deployment methods—including blue‑green, canary, and rolling updates—explaining their concepts, showing how to define Deployments with kubectl, and providing step‑by‑step command examples and YAML configurations for practical implementation.
This article offers a pictorial introduction to Kubernetes, explaining what containers are, when to use orchestration, why Kubernetes stands out, and detailing its core architecture—including master components, pods, controllers, services, and ingress—providing a clear, beginner-friendly overview of container orchestration in cloud-native environments.
This article shares an Alibaba technical expert's perspectives on Kubernetes—its role as the future operating system, practical learning strategies, detailed troubleshooting cases, and a free e‑book download—offering a comprehensive guide for engineers seeking to master cloud‑native orchestration.
This article explains OPPO's cloud storage journey, covering distributed storage fundamentals, the architecture of its block storage platform, the role of Kubernetes and the Container Storage Interface, sidecar components, and the operational benefits of containerizing storage in a cloud‑native environment.
This guide explains GitLab CI/CD fundamentals, including continuous integration, delivery, deployment, .gitlab-ci.yml configuration, runner setup, pipeline stages, Auto DevOps, and Kubernetes deployment, with practical code examples and visual walkthroughs for automating software delivery.
This article explains how to combine RocketMQ with Knative to create cloud‑native, event‑driven serverless applications, covering cloud‑native fundamentals, Knative architecture, RocketMQSource integration, a food‑delivery use case, deployment steps, command‑line examples, and additional scenarios.
This article details the evolution of an online development platform—from early WebIDE experiments and code‑server integration to a cloud‑native architecture with client, server, and container pool components—highlighting challenges in resource scheduling, high availability, startup speed, and plugin ecosystems, and sharing practical solutions and scenario deployments.
Learn how to quickly diagnose and resolve common Kubernetes pod failures—such as ImagePullBackOff, CrashLoopBackOff, and resource issues—by using kubectl commands to inspect pod status, events, logs, and execute shells, with practical examples and step‑by‑step troubleshooting techniques.
This article explains the principles behind Alibaba Cloud Kubernetes cluster node scaling, covering manual and automatic node addition, cluster expansion with ESS, and auto‑scaling using Cluster Autoscaler, along with troubleshooting steps and key components involved.
This roundup highlights recent cloud‑native developments, including the donation of Istio to an open‑source foundation, Kotlin gRPC becoming open source, dynamic watch‑cache sizing and authentication tweaks in Kubernetes, Knative 0.14 release details, xDS v3 planning, plus curated open‑source project and reading recommendations.
This article presents a cloud‑native solution for MySQL containerization on Kubernetes using CEPH RBD as backend storage, detailing the background, feasibility analysis with performance benchmarks, the operator‑based architecture, and the benefits for development‑test environments.
This article compares CPU, memory, disk, and network monitoring metrics between traditional KVM servers and Kubernetes pods, explaining the underlying reasons for differences and offering guidance on interpreting the metrics for effective performance troubleshooting.
This article explains how to implement infrastructure‑as‑code for CI/CD tools on a shared Kubernetes cluster by using a lightweight variable‑template engine, configuring Jenkins, Gogs, and Nexus via ConfigMaps, initContainers, and REST/Script APIs, and combining multiple automation techniques for seamless deployment.
This guide introduces kubectl basics, walks through its most common commands, explains Kubernetes pod concepts, related API objects, YAML‑based pod creation, lifecycle phases, container hooks, health probes, status types, and restart policies, providing practical code examples and diagrams.
This article provides a comprehensive overview of Kubernetes, covering its definition, advantages, core features, typical use cases, architectural layout, essential control‑plane and node components, as well as common add‑on tools for monitoring and networking.
This article explains how the Open Application Model (OAM) abstracts away infrastructure details, enabling developers to define applications with concise YAML files and deploy them to AWS Fargate via the Amazon ECS for OAM project using just a few simple commands.
This article explains the Thanos architecture, compares Sidecar and Receiver deployment modes, walks through object‑storage configuration, and provides complete Kubernetes YAML examples for Prometheus, Thanos Sidecar, Query, Store Gateway, Ruler, Compact, and Receiver to build a large‑scale cloud‑native monitoring system.
This article explains how the CNCF‑incubated Argo suite enables native Kubernetes workflows, details performance‑enhancing contributions such as RBAC‑aware executors, parallel scanning, and status compression, and showcases a real‑world gene‑sequencing use case that achieves over a hundred‑fold speedup.
This guide explains the concepts of apiserver clients, authentication methods, service accounts, RBAC authorization, admission control, and provides step‑by‑step instructions for installing and accessing the Kubernetes Dashboard 2.0.
The article analyzes a recurring Kubernetes node NotReady problem where restarting kubelet only restores readiness for three minutes, explains the underlying PLEG timeout mechanism, investigates unresponsive Terway CNI plugin behavior, and presents a netlink‑timeout fix to prevent the issue.
This article details how to replace VM‑based Jenkins slaves with dynamically provisioned Kubernetes pods, covering architecture design, Jenkins master configuration, pod template YAML, custom Docker images, pipeline scripts, and performance tuning to improve resource utilization and scaling.
This article examines the evolution of Tencent's TSF Mesh Service Mesh platform, detailing its architecture, the technical hurdles faced when supporting heterogeneous environments, multi‑tenant isolation, DNS and Spring Cloud interoperability, and the solutions implemented to achieve robust, cloud‑native service governance.
This article explains the evolution from manual deployment to container orchestration, compares Docker Compose, Mesos, and Kubernetes, outlines DevOps principles, and provides a detailed overview of Kubernetes origins, features, architecture, and core components.
This article reviews the SIG Cloud‑Provider‑Alibaba webinar, explains Kubernetes container networking fundamentals, details Alibaba Cloud's high‑performance CNI implementation using Terway with exclusive and shared ENI modes, and shows how eBPF, AutoPath DNS and resource‑pooling improve scalability and latency.
This article details a hands‑on workshop that automates the provisioning of a Kubernetes‑based .NET Core microservice environment and CI/CD pipeline using infrastructure‑as‑code scripts, covering tool selection, script workflows, deployment steps, and initialization techniques for reproducible cloud‑native development.
This article walks through the complete process of moving a project to a Kubernetes platform, covering image creation, pod controller management, data persistence, service exposure, external publishing, CI/CD integration, and detailed command‑line examples for building, pushing, and deploying Docker images.
The article explains Docker's new cross‑platform Compose specification, highlights its concise syntax and cloud‑native benefits over Kubernetes, showcases example configurations, and describes related open‑source projects and Lingque Cloud's contributions to the spec development.
This guide walks through the fundamentals of Kubernetes Horizontal Pod Autoscaler (HPA), explains custom and external metrics, shows how to deploy and configure the metrics‑server, and provides step‑by‑step examples for scaling a PHP‑Apache deployment and an Nginx pod using CPU, memory, and custom metrics.
This article explains the fundamentals and advantages of edge computing, examines how Kubernetes can be applied to edge scenarios, discusses the challenges involved, and reviews major open‑source Kubernetes‑based edge projects such as K3s, Microk8s, and KubeEdge.
This article explains the fundamentals of Kubernetes persistent storage, defines key terms such as PV, PVC, StorageClass and CSI, describes static and dynamic volume creation with NFS examples, and provides a detailed step‑by‑step walkthrough of the provisioning, attaching, mounting, and deletion processes inside the Kubernetes control plane.
This article details Ctrip Cloud Container's practical experience in building a unified, policy‑driven scheduling framework for Kubernetes, covering algorithm parameterization, affinity configuration, extended resource‑balancing, load‑aware scoring, and performance tuning that together raise scheduling throughput by over five times in large‑scale clusters.
The article explores the current state of Serverless, comparing its hype to teenage sex, examines why many talk about it without practical implementation, outlines its vision of abstracting servers, discusses gaps in programming models and cloud native tooling, and identifies the real needs for stability, security, and cost‑effective resource management.
In a live Q&A, OPPO cloud platform senior backend engineer shares practical insights on hybrid deployment of offline jobs on Kubernetes, custom high‑performance monitoring with a distributed TSDB, storage scalability via CSI, pod readiness detection, and deploying Ceph/HDFS within the container cluster.
This technical guide explains how to build a Vue SSR service using Koa, outlines the project benefits and trade‑offs, details the directory structure, server and client entry files, webpack configurations, and describes a Docker‑based CI/CD pipeline with Kubernetes deployment for scalable production environments.
This article details how the Chinese travel platform “要出发” transformed its Spring Cloud‑based micro‑service architecture to a UK8S‑powered Kubernetes environment, introducing Spring Cloud Kubernetes discovery, Prometheus JVM monitoring, HPA‑driven autoscaling, Elastic APM tracing, and Istio service governance to achieve higher elasticity, observability, and operational efficiency.
This article provides a comprehensive step‑by‑step guide for installing, configuring, and performance‑tuning the Rainbond (formerly CloudHelp) Kubernetes‑based platform, covering prerequisites, FAQ, installation commands, node addition, kernel and system parameter adjustments, and post‑installation verification.
This article walks through the benefits, trade‑offs, and step‑by‑step implementation of Vue server‑side rendering using Koa, then shows how to containerize the service with Docker and automate deployment with Kubernetes, covering code, configuration, and common pitfalls.
This article explains the evolution of container runtimes, the introduction of the Container Runtime Interface, and how Kubernetes RuntimeClass—introduced in v1.12 and expanded in later versions—enables multiple runtimes, custom scheduling, and pod overhead accounting, with practical YAML examples and multi‑runtime deployment scenarios.
This guide explains Kubernetes StatefulSets, covering their purpose, core components, YAML definition, deployment steps, stable network identities, ordered pod scaling, persistent volume handling, and practical commands for creating, updating, and deleting StatefulSet workloads.
This guide walks through the concepts and step‑by‑step procedures for using Kubernetes 4‑layer Service load balancing, configuring Ingress Controllers (nginx, Traefik), generating TLS certificates, deploying Traefik and a Tomcat application, and exposing them via HTTP and HTTPS.
The OAM v1alpha2 specification, released after three months of iteration, introduces a more Kubernetes‑friendly reference model, replaces ComponentSchematic with Component, embeds full CRDs for workloads and traits, adopts jsonPath for parameter injection, removes variables and consolidates core workloads into a ContainerizedWorkload, while clarifying Scope handling and outlining upcoming enhancements.
This article explains what Istio is, outlines the major updates in version 1.5—including the unified istiod control plane, WebAssembly extensibility, simplified installation, and improved observability—describes core control‑plane components, and provides step‑by‑step instructions for preparing a Kubernetes cluster and installing Istio.
Kubernetes 1.18, released on March 26 2020, introduces 38 enhancements—including beta and alpha features—such as the Topology Manager, ServerSideApply v2, IngressClass with pathType, kubectl alpha debug, Windows CSI support, and a dozen enhancements that have graduated to stable, reshaping cluster performance and usability.
This article details a comprehensive, day‑long migration of a WeChat mini‑program's backend—including Kubernetes, RDS, Redis, NAS, CDN and SNAT services—from an Alibaba Cloud A account in Hangzhou to a B account in Beijing, emphasizing pre‑planning, resource optimization, DTS‑based data sync, and zero‑downtime cut‑over.
This article explains how Kubernetes LimitRange lets you set default CPU and memory requests and limits for Pods within a namespace, provides step‑by‑step configuration examples, demonstrates common usage scenarios, and shows how to test and verify the limits, including for PersistentVolumeClaims.
This article shares practical experiences from a large internet company's containerization project, covering monitoring strategies, logging pipelines, Helm-based continuous delivery, Mutating Admission Webhook sidecar injection, custom PodIP via Calico, GoCron task scheduling, event collection, and resource‑time simulation techniques.
This article explains how the Open Application Model (OAM) addresses the inherent complexity of the Kubernetes API by introducing an application‑centric resource model, separating developer and operator concerns, and providing a portable application abstraction that enables more efficient cloud‑native DevOps workflows.
This article introduces Istio as an open platform for connecting, securing, controlling, and observing services, explains the fundamentals of service mesh, outlines Istio’s architecture and components, and provides practical steps for adopting Istio in a Kubernetes environment.
This article explains the origins and design of Kubernetes' Container Runtime Interface (CRI), how it abstracts container runtimes, details its lifecycle and streaming operations, reviews major implementations like CRI‑containerd and CRI‑O, and introduces essential debugging tools.
This article explains why Kubernetes has become the de‑facto standard, outlines simple methods to get a usable cluster such as Katacoda, Minikube or cloud services, and proposes a focused learning path that starts with core concepts and real‑world deployment scenarios for developers.
This guide walks through three fundamental methods for managing Kubernetes core resources—imperative CLI commands, declarative manifest files, and GUI dashboards—covering namespaces, deployments, services, and addons like Flannel, CoreDNS, Traefik, and the Kubernetes dashboard, with detailed commands, configuration examples, and troubleshooting tips.
The article details how a Go middleware QA team generates unit‑test coverage with go test and gocov, runs static analysis via golangci‑lint, integrates results into SonarQube, captures integration‑test coverage in Kubernetes, and applies diff‑cover for incremental coverage checks, all visualized through Jenkins.
The article summarizes insights from Tencent’s TVP closed‑door tech forum, explaining what cloud native means, its evolution, benefits such as platformization and automation, challenges in adoption, Kubernetes’s growing role in serverless, edge computing, and service mesh, and how developers and enterprises can navigate the shift.
This article recounts a developer's journey from a single‑machine Java monolith to a full‑stack container orchestration platform, explaining why Kubernetes was needed, how master‑worker components like kube‑apiserver, scheduler, etcd, kubelet and kube‑proxy work together, and how the design evolves toward a serverless model.
This guide walks through setting up persistent Ceph RBD storage for Kubernetes by creating the external rbd‑provisioner client, generating the required Ceph secret, defining a StorageClass with appropriate parameters, and deploying a StatefulSet that uses the dynamic volume provisioning, including all necessary YAML manifests and command‑line steps.
At Tencent Cloud’s closed‑door TVP meeting, experts traced cloud‑native’s evolution from monolithic to PB‑scale distributed platforms, highlighted its ecosystem of infrastructure, service‑mesh and Kubernetes‑driven scheduling, noted widespread Fortune‑100 and Tencent adoption, and stressed that successful implementation hinges more on organizational and developer mindset shifts than on technology maturity.
This comprehensive guide explains what etcd is, its Raft‑based architecture, key terminology, read/write flow, leader election, common scenarios such as service discovery and distributed locking, and provides step‑by‑step instructions for single‑node and multi‑node deployments with practical command examples.
This article explains how Tencent Meeting leveraged Tencent Cloud’s Kubernetes Engine (TKE) and a suite of cloud‑native extensions—dynamic routing, fixed networking, parallel scaling, and controlled batch upgrades—to achieve rapid, reliable version iteration and massive capacity growth during the COVID‑19 surge.
The article reviews VMware vSAN 7.0’s major enhancements—including easier lifecycle management, built‑in NFS file services, cloud‑native storage improvements, extended cluster capabilities, richer operational insights, and hardware support upgrades—while also previewing upcoming storage features in vSphere 7.0.
This article details Xiaomi's implementation of a highly available, persistent, and dynamically scalable Kubernetes monitoring system, covering challenges, architecture choices, Prometheus federation, performance testing, and future enhancements for cloud‑native observability.
This tutorial walks through building a production‑grade Kubernetes cluster on CentOS by provisioning five virtual machines, configuring networking and DNS, generating TLS certificates with cfssl, installing Docker, setting up a private Harbor registry, and deploying core Kubernetes components such as etcd, kube‑apiserver, controller‑manager, scheduler, kubelet and kube‑proxy with full supervision and health checks.
This article provides a comprehensive, step‑by‑step tutorial for building, containerizing, and deploying a Spring Cloud microservice project on a Kubernetes cluster, covering environment preparation, Maven builds, Docker image creation, YAML orchestration, and verification of the frontend portal.
This article explains how Kubernetes provides stable service discovery by using a flat pod network, Service objects with immutable front‑ends and dynamic back‑ends, DNS registration, Endpoints, and kube‑proxy iptables/IPVS rules to route traffic from virtual ClusterIP addresses to healthy pods.
This article explains why log collection in Kubernetes is more complex than on traditional VMs, compares passive and active collection methods, evaluates stdout versus file output, and provides practical recommendations and deployment guides for small, medium, and large clusters.
Meituan's security team explains cloud‑native architecture, outlines container‑escape threats from kernel bugs, vulnerable runtimes and misconfigurations, and recommends mitigation through hardened kernels, secure‑container runtimes like gVisor or Kata, rigorous patch management, and collaborative feature development to strengthen runtime protection.
This article explains how to perform zero‑downtime updates on a Kubernetes cluster by using native tools such as pod lifecycle hooks, graceful termination, and PodDisruptionBudgets, guiding you through a step‑by‑step series that covers draining nodes, graceful pod shutdown, and avoiding service interruptions.
This guide explains how to use Kubernetes for fast, reliable application delivery by comparing rolling updates, blue‑green deployments, and canary (gray) releases, showing when each strategy fits, how to configure services, and how to control traffic with real code examples.
This article examines Calico’s networking architecture, compares its IPIP and BGP modes, and presents detailed performance measurements—including ping latency, bandwidth via iperf, and HTTP load testing—across physical machines and Kubernetes pods, highlighting the impact of each mode on throughput and latency.
This article explains how WebAssembly has evolved beyond browsers, describes the WASI standard and its ecosystem, compares WASM containers with traditional Docker containers, and provides step‑by‑step instructions for installing a containerd WASM shim, configuring RuntimeClass, and deploying WASM workloads in a Kubernetes cluster.
This article explains what the Container Network Interface (CNI) is, how Kubernetes uses CNI plugins, guides the step‑by‑step configuration process, compares Overlay, Routing and Underlay implementations, and provides practical criteria for selecting or building a CNI plugin that fits specific environments and performance needs.
This article explains the origin of the term Kubernetes, clarifies what containers are and why they’re popular, outlines when to adopt Kubernetes, and details its architecture, core components, pods, and key controllers such as ReplicaSet, Deployment, Service, and Ingress.
This article provides a comprehensive, illustrated introduction to Kubernetes, covering its definition, key advantages, practical scenarios such as logging, DevOps, and microservices, core features, architecture, and essential master and node components for beginners.
This article analyzes the complexities of deploying Kubernetes on Alibaba Cloud, compares bare‑metal and virtual machine worker nodes, evaluates container runtimes and security sandboxes, and provides practical guidance for selecting instance types, cluster size, multi‑cluster strategies, and serverless options.
The article describes how Dada rebuilt its log processing pipeline using Kubernetes mixed deployment, Filebeat for automated collection, Storm for efficient parsing, and Elasticsearch cold/hot nodes to handle over 130 billion daily log entries and 300TB storage.
The article presents the launch of Kube-OVN 1.0 GA, shares findings from a 158‑respondent survey on container network usage, outlines current network solutions and future feature demands, and provides a detailed Q&A from the online webinar for practitioners interested in Kubernetes cloud‑native networking.
