GitOps is an automated infrastructure management approach that leverages DevOps best practices such as version control, code reviews, and CI/CD pipelines to treat infrastructure as code, enabling declarative, pull‑request‑driven deployments especially in Kubernetes‑centric cloud‑native environments.
This article explains how Dubbo3’s Triple protocol, built on HTTP/2 and compatible with gRPC, improves performance, routing, security, and usability over classic RPC protocols like Dubbo2 and HTTP/1.1, while offering cross‑language support, streaming, and seamless integration with cloud‑native service governance.
KubeDL introduces Model and ModelVersion resources that treat AI model files as Docker image layers, enabling versioned, immutable storage, automated build workflows, and direct integration of training and inference in Kubernetes‑based cloud‑native environments.
Spring Cloud 2021 (Jubilee) has been officially released, built on Spring Boot 2.6.x, introducing updated core components, new features like Redis routing, HTTP/2 and gRPC support, and important compatibility notes for Spring Boot and Spring Cloud Alibaba users.
Spring Cloud 2021.0.0 (Jubilee) introduces support for Spring Boot 2.6.1, adds configuration options for load balancing, integrates with major secret managers, and brings major enhancements to Gateway, Kubernetes, OpenFeign, and Sleuth, while providing a concise component version overview.
In this panel discussion, three seasoned operations leaders share how traditional IT operations evolve into cloud‑native practices, covering continuous iteration, container‑based automation, DevOps collaboration, observability, chaos engineering, and the strategic balance between specialization and versatility for modern SRE teams.
Facing high memory usage and slow builds with Java SpringBoot, NetEase Media switched to Go in 2020, rebuilt core services, and created the cloud‑native ngo framework to deliver lighter containers, faster compilation, built‑in business libraries, tracing and monitoring, now running in production while hiring engineers.
This article explains Alibaba's seven‑year experience with mixed deployment on Kubernetes, detailing how priority classes and QoS models are used to reclaim idle resources for low‑SLO workloads, improve overall cluster utilization, and maintain service‑level objectives for both online and offline pods.
This article examines how edge computing, combined with IoT and cloud‑native technologies, addresses latency, bandwidth, connectivity and security challenges of the emerging AIoT era, detailing Tencent Cloud’s IECP platform, its components, and real‑world smart‑water and smart‑factory deployments.
Tencent’s sTGW team introduced the TQUIC protocol stack, a lightweight QUIC/HTTP‑3 implementation with 0‑RTT handshakes, connection migration, and real‑time frames, cutting user login latency by 30 % and raising 500 ms download success from 60 % to 90 % in weak‑network conditions while shrinking the Android library to roughly 3 MB.
This article examines the hidden pitfalls of technology optimism, the inevitable vendor lock‑in of serverless platforms, and how to apply timeless architectural principles—such as abstraction, service layers, and token‑based authentication—to design portable, testable, and maintainable serverless applications across Azure and AWS.
Facing Hadoop’s minute‑to‑hour query latency on petabyte‑scale data, WeChat partnered with Tencent Cloud to build a ClickHouse‑based real‑time warehouse, adding custom ingestion, query‑optimisation and management tools that deliver billion‑row throughput, sub‑5‑second queries and over ten‑fold performance gains across millions of daily queries.
Tencent’s sTGW team built the TQUIC protocol stack, leveraging QUIC/HTTP3 to cut login latency by 30% and achieve 90% request success within 500 ms on weak networks, and the article details its architecture, core advantages, implementation challenges, and real‑world performance gains across multiple services.
Learn how to set up a comprehensive container monitoring solution using CAdvisor for metrics collection, InfluxDB for time‑series storage, and Grafana for visualization, including deployment steps, integration details, common issues, and best‑practice configurations for reliable Docker‑based environments.
This article walks through the high‑level components of eBPF programs—backend, loader, frontend, and data structures—showing how the original sock_example.c is split into separate files, how LLVM compiles restricted C to ELF, and how projects like BCC, BPFtrace, and IOVisor automate development, deployment, and cloud‑native observability while highlighting their trade‑offs for embedded environments.
This article demonstrates how to use Tekton, a cloud‑native CI/CD framework, to automatically sync its component images to a Tencent Cloud container registry, generate mapping files, and deploy Tekton on Kubernetes using GitHub Actions and custom Python scripts.
The article examines how Docker, Docker Compose, and Kubernetes have transformed deployment, but also highlights the remaining complexities of cloud‑native development, microservices, and the need for next‑generation tools that seamlessly integrate local processes, containers, and cloud services.
This article explains the evolution of cloud‑native technologies, the need for an application management platform, the challenges it must address, and how KubeVela’s OAM‑based design principles provide a unified, workflow‑driven, extensible solution for multi‑cluster environments.
Join Xiaohongshu’s cloud‑native engineer Wang Chengcheng on November 23 for a 45‑minute talk and Q&A about the company’s Service Mesh evolution, Istio adaptation, Aeraki production optimizations, large‑scale deployment experiences, and practical strategies for deploying community Istio in production.
This article explains Kubernetes pod fundamentals, how pods obtain external access, the challenges of using Nginx for load balancing, and why the Service resource with label selectors, kube-proxy, and virtual IPs provides a robust solution for pod traffic distribution.
This article explains how to use Helm's Capabilities object and custom template functions to make Helm charts, especially Ingress resources, compatible with multiple Kubernetes versions by dynamically selecting the appropriate API version and fields.
This step‑by‑step guide shows how to initialize a CentOS 7 host, disable firewalls, configure time sync, prepare storage disks, pull the official Ceph Docker image, and launch MON, OSD, MGR, RGW, and MDS containers to build a functional single‑node Ceph cluster with a dashboard.
This tutorial walks through Kubernetes architecture, cluster setup methods, and a step‑by‑step Redis deployment using Pods, Deployments, StatefulSets, and an Operator SDK example, illustrating core concepts and practical commands for building reliable cloud‑native applications.
This article introduces service governance fundamentals, explains how etcd’s Raft‑based consensus and BoltDB storage work, compares etcd with ZooKeeper and Consul, and describes Baidu’s large‑scale, high‑availability, high‑performance service‑governance platform built on these technologies.
This article explains how Kubernetes implements service discovery by detailing the underlying pod network, the role of Services as stable endpoints, the registration process via CoreDNS, the creation of Endpoints objects, and how kube-proxy routes traffic using iptables or IPVS.
This guide enumerates 43 practical tasks for installing, configuring, securing, and operating Linkerd 2.11 on Kubernetes, covering service injection, canary releases, TLS credential rotation, Prometheus integration, traffic policies, multicluster communication, and more, each linked to detailed instructions.
This article presents a code-less business process orchestration framework that transforms static Go code into configurable drag‑and‑drop workflows, detailing the underlying concepts, architecture, core Go data structures, dynamic configuration, and practical deployment examples for distributed task scheduling and execution.
This article explains why, when, and how to split a monolithic application into microservices, covering the goals of splitting, timing decisions, guiding principles, granularity considerations, functional and non‑functional strategies, merging practices, and associated risks.
This article explains how to scale, back up, and upgrade Kubernetes clusters with Sealer by modifying the Clusterfile, using join/delete commands for both ALI_CLOUD and BAREMETAL providers, and configuring backup plugins and upgrade workflows.
This article reviews the core structure of Kubernetes pods, explains how pods expose services externally, details load‑balancing mechanisms using Services and kube‑proxy, and illustrates the role of selectors, VIPs, and iptables/ipvs in dynamic pod discovery and traffic routing.
This article explores how cloud‑native principles are reshaping DevOps collaboration, examines emerging trends in next‑generation DevOps platforms, and details how KubeVela—leveraging OAM, multi‑cluster delivery, workflow definitions, and GitOps—provides a unified, application‑centric solution for modern enterprise environments.
This article explains the design principles of Sealer's Clusterfile, details its configuration parameters, demonstrates how to inject additional settings and environment variables, and describes the supported plugins for customizing Kubernetes clusters, providing practical examples and code snippets.
This article explains the concept of canary (gray) releases, demonstrates how to perform rolling updates and precise traffic splitting in Kubernetes, and shows how to achieve fine‑grained canary deployments using Istio’s VirtualService and DestinationRule resources with practical YAML and kubectl examples.
This article explains the principles of agile development, outlines typical agile workflows and case studies, and then provides a comprehensive overview of the cloud native technology stack, including application definition, orchestration, runtime, provisioning, platform, observability, and serverless components, illustrating how modern IT teams can transition from traditional practices.
This article explains the core principles of Kubernetes networking, detailing how each pod receives a unique IP, how intra‑node and inter‑node communication occurs via virtual Ethernet pairs, bridges, and routing, and illustrates packet flow with diagrams to help troubleshoot network issues.
This guide walks through manually deploying a Prometheus federation on Kubernetes, covering environment setup with sealos, creating storage classes, persistent volumes, ConfigMaps, StatefulSets, services, applying manifests, and verifying the federation to aggregate metrics across multiple clusters.
This guide explains the blue‑green deployment concept, outlines its pros and cons, and provides a step‑by‑step Kubernetes tutorial—including image loading, namespace creation, deployment manifests, service configuration, and traffic switching—to achieve zero‑downtime releases.
The article explains how agile development and DevOps extend beyond coding to cover the entire application lifecycle, how containers and Kubernetes enable seamless collaboration between developers and operations, and why microservice architecture and Conway's law are essential for building scalable, cloud‑native systems.
KubeSphere 3.2.0, the latest cloud‑native distribution built on Kubernetes, introduces GPU resource scheduling and monitoring, enhanced observability with Grafana panels, multi‑cluster and multi‑tenant management, advanced storage features, a global gateway, OpenID Connect authentication, a dynamic application store, and a more independent DevOps suite, all aimed at improving user experience and operational efficiency.
This article introduces Sealer’s overall architecture, explains its core concepts such as CloudImage, Kubefile, and Clusterfile, details the purpose of each module within the project, and compares its workflow to Docker for building and running Kubernetes cluster images.
This article explains the principles, evolution, and practical scenarios of Serverless architecture—including static sites, micro‑services, event‑driven processing, and workflow orchestration—highlighting how it frees developers from server management to concentrate on core business value.
This article explains the fundamentals of time‑series anomaly detection, the limitations of static threshold rules in open‑source Prometheus, and how Alibaba Cloud Prometheus introduces template‑based and smart detection operators to handle spikes, periodic patterns, and data quality issues in AIOps scenarios.
This article demystifies Kubernetes networking by explaining the fundamental design of unique Pod IPs, intra‑node communication via veth pairs and bridges, and inter‑node packet routing across CIDR blocks, providing clear step‑by‑step illustrations of how containers talk within and between nodes.
This article explains how to use Kubernetes monitoring features such as service details, topology maps, and pod metrics to quickly identify load‑balancing imbalances, cluster scheduling bottlenecks, and resource hotspot problems, providing practical steps and visual examples for improving system reliability and performance.
This guide provides a step‑by‑step troubleshooting workflow for common Kubernetes problems across Pods, Services, and Ingresses, explaining key concepts, diagnostic commands, typical failure states, and remediation links to help operators quickly identify and resolve cluster issues.
This extensive guide covers Docker fundamentals, container concepts, installation steps, basic and advanced commands, image lifecycle, volume handling, Dockerfile creation, networking options, Docker Compose orchestration, private registries, Harbor deployment, best‑practice recommendations, and monitoring techniques, providing a complete reference for container‑based development and operations.
This article explains core service‑mesh concepts—including API gateway, cluster, container, control and data planes, distributed tracing, egress, ESB, golden metrics, ingress, init containers, latency, Linkerd's architecture, load balancing, mTLS, multi‑cluster support, observability, reliability, sidecar proxies, and success rate—providing a concise reference for developers working with Kubernetes‑based meshes.
This guide walks you through installing Apache OpenWhisk on an Ubuntu 18.04 desktop, configuring its limits and CouchDB storage, deploying the platform with Ansible, setting up the wsk CLI, and creating and invoking a simple Fibonacci action to verify the deployment.
This article explains how cloud‑native technologies enable a unified control plane for Alibaba Cloud ACK clusters and self‑built Kubernetes clusters, detailing the ACK registered‑cluster architecture, one‑way registration, non‑managed security mechanisms, step‑by‑step cluster onboarding, and consistent security governance across environments.
This article explains how Kubernetes CSI enables out‑of‑tree persistent storage by detailing the PV lifecycle—Create, Attach, Detach, Mount, Unmount, Delete—and describing the roles of core components such as apiserver, PVController, external‑provisioner, external‑attacher, and kubelet, with code examples and diagrams.
This article compiles Baidu engineers' QCon 2021 talks, covering micro‑service evolution, large‑scale container elastic scaling, search system elasticity, AI‑chip deployment at massive scale, and cost‑focused monitoring, each with abstracts, outlines and key takeaways for practitioners.
This article compares Pulsar with Kafka, RocketMQ and InLong‑TubeMQ, focusing on cloud‑native multi‑tenant design, multi‑level flow control, compute‑storage separation, partitioning strategies, metadata storage, and message delivery mechanisms, highlighting each system's architectural advantages and trade‑offs.
This article explains how a container‑driven PaaS platform built on Docker and Kubernetes can centralize resource management, enable dynamic allocation, monitoring, and high‑availability across multiple data centers, while supporting microservice deployment and continuous business operations.
This article explores the evolution of modern distributed applications, outlining the core primitives required for lifecycle, networking, resource binding, and state management, and examines how Kubernetes, microservices, service meshes, Knative, Dapr, and emerging trends reshape cloud‑native architectures.
This article explains the concept of progressive delivery, its industrial origins, how cloud‑native tools like Kubernetes, Traefik and Spinnaker enable automated A/B testing, canary and gray releases, and the practical benefits for developers, operations, and product teams when releasing features to millions of users.
Cloud‑native storage is a set of storage technologies designed for cloud‑native environments, offering high availability, scalability, performance, consistency, durability, and dynamic deployment options across public, private, and on‑premises solutions, and addressing the unique challenges of stateful applications running on Kubernetes and similar platforms.
This article provides a broad, non‑technical overview of Docker’s evolution, the diverse container technologies that preceded it, key Docker concepts and components, the Moby project, and the rise of orchestration tools, illustrating how containers have become mainstream from 2013 to 2017.
OpenYurt v0.5.0 introduces a Kubernetes‑native, non‑intrusive standard for managing edge devices, leveraging CRDs to integrate platforms like EdgeX Foundry, and provides components such as yurt‑edgex‑manager and yurt‑device‑controller that enable seamless, declarative edge device lifecycle management within Kubernetes clusters.
Alibaba’s AServer access gateway, handling billions of users and millions of QPS, transitioned from a monolithic tengine‑based system to a cloud‑native, containerized architecture with Kubernetes, Pilot, and Envoy, improving operational complexity, dynamic routing, traffic isolation, and scalability for massive e‑commerce traffic.
Gartner’s 2022 strategic technology trends highlight the rise of generative AI, data fabric, distributed enterprises, cloud‑native platforms, autonomic systems, decision intelligence, composable applications, hyperautomation, privacy‑enhancing computation, cybersecurity mesh, AI engineering and total experience as key drivers for growth and resilience in modern enterprises.
This article explains how to use Tekton, a cloud‑native CI/CD framework, to sync its component images to a Tencent Cloud container registry, generate an image‑mapping JSON, and deploy Tekton via GitHub Actions, Python scripts, and Kubernetes resources.
The DeWu community runs all Go services in Kubernetes, using CoreDNS/Etcd for native discovery, Istio’s Envoy sidecar for L4/L7 load-balancing and gRPC support, and a Dubbo-go refactor that switches to Nacos-based IP publish-subscribe, all unified under a dual-gateway (Java JWT gateway and Istio Ingress) architecture.
Zhang Chenyu from Lingque Cloud shares a comprehensive enterprise‑level Harbor case study, covering its role as an image registry, migration from 1.x to 2.x with multi‑architecture support, internal governance policies, integration with ACP, community contributions, performance workgroup findings, and the offered Harbor Enterprise edition.
This article examines why teams might still use Alibaba's Nacos for service registration despite Kubernetes offering built‑in discovery, weighing factors like team expertise, tooling requirements, and management granularity to help decide the most practical registry solution.
Gartner's 2022 report outlines twelve strategic technology trends—ranging from generative AI and data fabric to cloud‑native platforms, autonomous systems, decision intelligence, composable applications, hyper‑automation, privacy‑enhancing computation, cybersecurity mesh, AI engineering, and total experience—highlighting how data and intelligence will drive enterprise transformation over the next decade.
This tutorial walks through checking a Kubernetes cluster, creating a namespace with Istio sidecar injection, deploying the Bookinfo sample application, applying Istio gateway resources, and verifying services and endpoints using kubectl commands.
This guide walks you through the core kubectl syntax, common subcommands, global flags, output formats, and practical examples, enabling you to efficiently manage Kubernetes resources from the command line.
This article chronicles a recent graduate’s year‑long journey mastering cloud‑native technologies, detailing the design and implementation of a multi‑cluster Kubernetes architecture, unified logging, CI/CD pipelines, service governance with Istio, and private deployment strategies for a 3D editor platform.
This article explains how Redis can be used to implement and simplify a wide range of microservice design patterns—including bounded contexts, asynchronous messaging, orchestrated sagas, transaction inboxes, telemetry, event sourcing, CQRS, and shared data—while improving performance, scalability, and observability in cloud‑native architectures.
This article details how vivo AI's research institute created a hybrid‑cloud AI computing platform by integrating on‑premise bare‑metal servers with Alibaba Cloud ACK, using Kubernetes, Calico, and Terway to achieve elastic GPU resources, advanced storage features, and cost‑effective scaling for deep‑learning workloads.
This article provides a comprehensive overview of Apache APISIX Ingress, explaining its architecture, comparison with Kubernetes Ingress Nginx, detailed feature set, custom resource definitions, practical deployment scenarios such as traffic splitting and authentication, and future roadmap within the cloud‑native ecosystem.
This article explains how Spinnaker enables continuous delivery in Kubernetes environments by describing its role, deployment workflow, micro‑service architecture, pipeline design across DEV and UAT namespaces, and practical best‑practice recommendations for secure and efficient CD operations.
In this interview, Zhou Xiaosi shares his seven‑year journey at QingCloud, the challenges of launching KubeSphere, his product and R&D management philosophy, and why hybrid‑cloud and cloud‑native strategies are essential for Chinese software to become globally competitive.
The article examines Docker’s evolution from a pioneering container platform to its current struggles, highlighting how funding pressures, strategic missteps, a contentious relationship with Kubernetes, and leadership conflicts led to missed commercial opportunities and a precarious future for the company.
This article explains why modern enterprises need multiple Kubernetes clusters—covering single‑cluster limits, hybrid‑cloud requirements, and fault‑tolerance—then compares two architectural models and reviews both Kubernetes‑centric federation and network‑centric service‑mesh solutions with practical implementation guidance.
This article provides a comprehensive overview of microservices architecture, covering its definition, key characteristics, advantages and drawbacks, suitable organizational contexts, core components such as service discovery, gateways, configuration centers, monitoring, circuit breaking, as well as containerization and orchestration technologies.
This article explains the architecture of Nacos, its core components such as Provider/Consumer apps, Name Server, Nacos Server and Console, and details how Spring Cloud integrates with Nacos for service registration, heartbeat monitoring, dynamic address discovery, and the underlying Open API/SDK mechanisms.
This article explains the fundamentals of Kubernetes and Docker, covering container concepts, Linux namespaces and cgroups, Docker's evolution, and a detailed overview of Kubernetes' master‑node architecture and its core components for managing containerised workloads.
This article details the evaluation, migration, and practical implementation of replacing Ingress‑Nginx with Apache APISIX Ingress at YouPai Cloud, covering architectural changes, performance trade‑offs, configuration methods, health‑check strategies, and future expectations for a unified cloud‑native gateway.
Recent tech headlines cover Apple’s former materials chief under criminal investigation, Facebook’s massive outage, Google’s Android 12 launch, the Forbes Cloud 100 rankings, a Linux Foundation report showing a 455% rise in Kubernetes certifications, and a new cloud‑native training course.
This tutorial introduces Knative, explains its architecture and core components, and provides a detailed, image‑rich walkthrough for deploying Knative on Alibaba Cloud, testing a sample serverless application, and managing the cluster via CloudShell.
This article provides a comprehensive overview of Spring Cloud’s core modules—including Eureka, Zuul, Ribbon, Hystrix, Feign, and Config—explains their roles in microservice architectures, compares registration centers such as Nacos, ZooKeeper, Consul and Etcd, and discusses best practices for API gateways and service discovery.
This article explains the Kubernetes pod lifecycle, the meaning of the Terminating state, detailed pod creation and deletion processes, and the eviction mechanisms of both kube‑controller‑manager and kubelet, offering troubleshooting steps and best practices to resolve pods that remain stuck in Terminating.
This article presents a comprehensive overview of serverless application DevOps, covering the definition, benefits, common use cases, development workflow, container image deployment, CI/CD pipelines with AWS SAM, security strategies, monitoring tools, and real‑world examples such as Coca‑Cola.
This article introduces ten powerful Alibaba open‑source projects—including Druid, fastjson, Dubbo, RocketMQ, Arthas, Nacos, EasyExcel, Sentinel, Otter, P3C, and Spring Cloud Alibaba—detailing their key features, advantages, usage scenarios, and Maven dependencies, providing developers with essential tools for building robust, cloud‑native Java applications.
This article presents a collection of powerful kubectl commands and techniques—including API inspection, status‑based pod filtering, node‑specific pod listing, distribution counting with awk, and proxy usage—to help Kubernetes users troubleshoot and manage clusters more efficiently.
This article compares nine widely used open‑source service‑mesh frameworks, explains their core features and typical use cases, and provides practical criteria to help DevOps teams select the most suitable mesh for their micro‑service deployments on Kubernetes or other platforms.
This article provides a comprehensive overview of the Cloud Native Computing Foundation (CNCF), its origins, definition of cloud‑native, the full technology stack, member organizations, key historical milestones, 2019 survey statistics, and a technical comparison between the SpringCloud + CloudFoundry and container + Kubernetes ecosystems.
This article explains how OpenKruise extends Kubernetes with PodUnavailableBudget to protect application availability during voluntary disruptions, compares it with native PodDisruptionBudget, and provides practical YAML examples for stateless, stateful, and single‑instance workloads.
This tutorial explains why Kubernetes controllers are essential for pod reliability, details the concepts and specifications of DaemonSet, Job, and CronJob, provides step‑by‑step YAML examples and kubectl commands, and demonstrates rolling updates and scheduled tasks in a cloud‑native environment.
Docker is a lightweight, open‑source container platform that packages applications and their dependencies into portable images, offering faster startup, lower resource consumption, and easier migration compared to traditional virtual machines, while providing isolation, standardization, and security for modern cloud‑native deployments.
This article examines the business storage requirements of large‑scale advertising platforms and details how BaikalDB was architected as a cloud‑native, MySQL‑compatible distributed database that combines OLTP, OLAP, KV and full‑text capabilities while ensuring high reliability, low cost and linear scalability.
This article explains the motivation behind choosing Loki over heavyweight ELK/EFK stacks for container‑cloud logging, outlines Loki's lightweight architecture and components, provides step‑by‑step deployment instructions on OpenShift/Kubernetes, and demonstrates how to query logs using the LogQL language and HTTP API.
In this interview, Baidu's chief infrastructure architect explains the high‑performance, data‑intensive demands of its core search business, the role of middle‑platform and microservice architectures, the evolution and impact of cloud‑native technologies, and practical advice for SME architects designing modern IT systems.
This article explains how to configure Kubernetes liveness, readiness, and startup probes using exec, HTTP, and TCP checks, demonstrates practical YAML examples, shows how probes affect pod lifecycle events, and provides best‑practice recommendations to avoid common pitfalls.
This article analyzes why our Kubernetes clusters were constantly unstable—citing an erratic release process, missing monitoring, logging, documentation, and unclear request routing—and presents a comprehensive solution that includes a Kubernetes‑centric CI/CD pipeline, federated monitoring, centralized logging, a documentation hub, and integrated traffic management.
This article explains what object storage services are, introduces MinIO as a compatible, high‑performance open‑source alternative to AWS S3, and provides step‑by‑step guidance for single‑node and distributed deployments using Docker on various operating systems.
The article explains the history of containers, the role of Docker and Kubernetes, why Kubernetes is deprecating Docker's dockershim, the timeline for the change, its impact on users, and the steps required to migrate to OCI‑compatible runtimes such as containerd or CRI‑O.
This article introduces Loki, a lightweight log aggregation system for Kubernetes, explains its background and motivations, details its simple architecture and core components (Distributor, Ingester, Querier), discusses scalability and storage options, and provides step‑by‑step deployment instructions with example YAML and shell commands.
The article explains how Alibaba merged its proprietary HSF framework with the open‑source Dubbo, outlines the technical challenges of cloud‑native migration, describes Dubbo 3.0’s new features such as the Triple protocol and Service Mesh integration, and shares a large‑scale production case from DingTalk.
