The article explains the challenges of running stateful applications on Kubernetes—including complexity, vendor lock‑in, elasticity limits, and bloated infrastructure—and presents multi‑cloud, one‑click storage platforms that provide resilient, portable workloads without data loss.
Zuoyebang’s shift to cloud‑native architecture leveraged Alibaba Cloud’s Kubernetes Serverless virtual nodes, achieving a 22.5% cost reduction during peak traffic by dynamically scaling workloads, while addressing scheduling, observability, and performance challenges through custom schedulers, enhanced monitoring, and careful testing.
PayPal’s engineering team detailed their journey of scaling Kubernetes from a few hundred nodes to over 4,100 nodes and 200,000 Pods, describing cluster topology, workload generation, API server bottlenecks, controller manager and scheduler tuning, extensive etcd optimizations, and the resulting performance gains that met Kubernetes SLOs.
This article provides a comprehensive overview of Kubernetes, covering container operation fundamentals, multi‑site deployment models, service discovery mechanisms, shared pod resources, common CNI plugins, layered load‑balancing approaches, isolation dimensions, and essential network model principles for large‑scale clusters.
This guide walks through creating a two‑region, three‑center disaster‑recovery architecture using ACK One’s multi‑cluster application distribution and GTM traffic management, covering cluster setup, differential configuration, workflow control, traffic policies, and verification steps with concrete kubectl commands and YAML manifests.
The article examines how Air China leveraged cloud‑native technologies to overcome traditional app development bottlenecks, achieve daily releases, handle massive 24/7 traffic, and dramatically improve performance, security, and passenger experience in the highly competitive airline industry.
This article reviews the core structure of Kubernetes pods, explains how pods expose services externally, explores load‑balancing strategies using Services and virtual IPs, and details how kube‑proxy and selectors keep services in sync with changing pod lifecycles.
The Fourth Techo TVP Developer Conference highlighted current cloud‑native adoption, FinOps cost‑optimization, distributed‑cloud strategies, and maturity models on Day 1, then showcased practical best‑practice case studies—from automotive edge computing to service‑mesh migration, hybrid‑cloud PaaS evolution, observability standards, and high‑performance API‑gateway deployments—on Day 2.
This guide explains how to use the new asynchronous invocation feature of Alibaba Cloud Function Compute HTTP triggers, covering the limitations of synchronous calls, the required request header, testing methods, and a best‑practice video‑transcoding example with step‑by‑step commands.
This article provides a comprehensive overview of Kubernetes architecture, covering its core components, service discovery methods, pod shared resources, common CNI plugins, multi‑layer load balancing, isolation dimensions, and network model principles that enable scalable, high‑availability container operations.
Kubernetes 1.24 introduces 46 enhancements—including dockershim removal, default‑disabled beta APIs, signed release artifacts, OpenAPI v3 support, storage capacity tracking, CSI volume expansion, and new priority options—while also detailing CNI version considerations, upgraded runtimes, and how to access the release notes and tutorials.
This article provides a comprehensive analysis of Ribbon, the client‑side load‑balancing component of Spring Cloud Netflix, covering its role in microservice calls, core modules, source‑code walkthroughs, health‑check mechanisms, zone‑aware strategies, and real‑world production configuration.
Kubernetes 1.24, released in early 2022, introduces 46 enhancements—including the removal of dockershim, default‑off test APIs, signed release artifacts, OpenAPI v3 support, GA storage capacity tracking and volume expansion, new CNI requirements, and numerous API graduations—while also deprecating or deleting several legacy components.
This guide explains how to deploy existing RESTful applications, such as WordPress, on Alibaba Cloud Function Compute by leveraging the fcapp.run domain for production and the fcapp-test.run domain for local web testing, without modifying any business code.
This article explains Kubernetes' networking model, covering container‑to‑container, pod‑to‑pod, pod‑to‑service, and external traffic flows, detailing network namespaces, veth pairs, bridges, iptables/IPVS load balancing, and cloud‑provider integrations such as AWS VPC and Ingress controllers.
This article explains the Nacos architecture, its core components, the principles of service registration and discovery, and how Spring Cloud integrates with Nacos through auto‑configuration, heartbeat mechanisms, Open API/SDK calls, and dynamic address updates.
DaemonSets in Kubernetes automatically run a dedicated pod on each node, handling storage, logging, and monitoring tasks, while using node selectors, affinities, and tolerations to manage placement, resources, and lifecycle, with examples and YAML definitions for fluentd‑elasticsearch deployment.
Developer Xiao Wang evaluates three deployment options—traditional SLB + ECS, Kubernetes, and Alibaba Function Compute—to build a highly elastic, low‑cost, low‑maintenance architecture for two online apps, then adopts FC’s reserved‑instance mode and idle‑billing feature to eliminate cold‑starts and reduce expenses.
This article explains the fundamentals of Kubernetes, its three core characteristics, practical deployment scenarios for enterprises of different sizes, resource‑utilization calculations, service migration challenges, the evolution from physical servers to containers, and a detailed overview of cloud‑native concepts and Kubernetes components.
The presentation details Alipay's evolution through three stability phases—capacity, elastic cloud‑native architecture, and green computing—covering unit‑based deployment, elastic scaling, ServiceMesh, full‑chain load testing, intelligent monitoring, and the OceanBase distributed database, illustrating how these techniques achieved 99.99% availability during the 2021 Double‑11 peak.
This article explains a lightweight environment‑coloring solution for microservice architectures that binds color tags to instances, propagates them through HTTP headers, and uses dynamic routing to isolate test environments, reduce configuration overhead, and improve troubleshooting while supporting both HTTP and WZP protocols.
This article explains the role of Eureka as a service registry in Spring Cloud, describing its functions, architecture, components such as Eureka Server and client, and how it enables service registration, discovery, load balancing, and fault tolerance for microservices.
This article explains how Alibaba Cloud Container Service for Kubernetes (ACK) uses container‑level resource profiling with half‑life sliding windows and quantile algorithms to automatically recommend accurate CPU and memory requests, improving cluster utilization while maintaining application stability.
This article explains the challenges of traditional open‑source log collection in cloud‑native environments, describes Volcano Engine’s unified TLS architecture, its centralized configuration, CRD‑based deployment, and showcases real‑world case studies that demonstrate improved availability, efficiency, and scalability.
This article explains how OpenKruise Rollout enables non‑intrusive, extensible progressive delivery on Kubernetes, covering its architecture, design goals, traffic scheduling, metric‑driven automation, and a complete canary release walkthrough with code examples.
This guide walks through Alibaba Cloud EventBridge’s event standardization, shows step‑by‑step how to integrate OSS events for automatic file unzipping, demonstrates custom event source filtering to store data in RDS, and explains using EventBridge event streams to route RocketMQ messages to MNS, complete with code snippets and configuration details.
To meet rapid business growth, the team at 收钱吧 evolved its testing environments through several generations—from isolated physical setups to a Kubernetes‑based multi‑lane system powered by Istio and custom operators—significantly reducing resource usage, speeding deployments, and improving scalability and flexibility.
This comprehensive technical tutorial demonstrates how to implement and configure core Dapr features, including publish/subscribe messaging, resource bindings, virtual actors, distributed tracing, secrets management, and dynamic configuration, using Java applications deployed on Kubernetes with practical code examples and command-line instructions.
This article explains the Nacos architecture, the principles of service registration and discovery, and how Spring Cloud integrates with Nacos through auto‑configuration, heartbeat mechanisms, and dynamic address updates, providing a comprehensive guide for building cloud‑native microservices.
This article explains common configuration challenges in microservice applications and introduces Alibaba Cloud's AHAS feature switch as a lightweight, dynamic configuration framework that offers zero‑code integration, strong type validation, persistent storage, and non‑intrusive deployment for real‑time business control.
This guide walks you through installing the Serverless Devs CLI, configuring Alibaba Cloud access keys via interactive prompts, command‑line flags, or environment variables, explains key‑usage safety and alias design, and details Yaml syntax, variable handling, service ordering, and custom actions for seamless serverless application deployment.
This article describes how Zhongtong tackled severe pod‑scheduling imbalance in its Kubernetes clusters by extending the scheduler with the Scheduling Framework, adding custom filter and score plugins that balanced CPU load, boosted overall utilization from 30% to 50%, and reduced manual scheduling interventions by about 80%.
This article breaks down the core principles and architecture of Kubernetes, illustrating how master and worker nodes interact, detailing key components such as the API server, scheduler, controllers, kubelet, kube-proxy, and container runtimes, and explains deployment scenarios on major cloud providers.
This article describes Yiche's adoption of Kubernetes, detailing its master‑node architecture, multi‑cluster strategies, custom container management platform, CI/CD pipeline, monitoring with Prometheus, logging, auditing, health checks, and future plans to streamline traffic and control planes.
This article introduces Tencent's open‑source Polaris platform, explains its core concepts and features such as service discovery, load balancing, circuit breaking, and dynamic routing, and shares practical experiences of deploying Polaris in Qidian's microservice environment.
This article explains how to use Tekton Trigger to automatically start PipelineRuns from GitLab webhook events, covering the core components, CRD definitions, installation steps, and detailed configurations of TriggerTemplate, TriggerBinding, EventListener, ServiceAccount, Ingress, and secret management, enabling fully automated CI/CD on Kubernetes.
This article explains the challenges of long request chains in micro‑service architectures, reviews Google’s Dapper tracing requirements, introduces OpenTracing and OpenCensus standards, compares their strengths, and details how OpenTelemetry unifies tracing, metrics and logs with practical integration steps and best‑practice guidance.
This guide shows how to quickly deploy a pre‑built static website to Alibaba Cloud Function Compute using the @serverless-devs/s CLI and the website-fc plugin, covering project setup, s.yaml configuration, one‑click deployment, and custom domain binding.
This article explains how Kube-OVN extends KubeVirt networking by providing fixed and stable VM IP addresses, multi‑tenant VPC/Subnet isolation, live‑migration IP preservation, and high‑performance SR‑IOV/OVS‑DPDK acceleration, along with practical configuration examples and reference links.
This guide walks through configuring an NFS server, installing required utilities, creating a dedicated namespace, installing Helm, and deploying the nfs-client-provisioner chart to provide dynamic NFS storage for workloads in a Kubernetes cluster.
This article explains what microservices are, how they differ from traditional monolithic apps, illustrates their benefits and drawbacks with an Amazon product‑page example, describes containers and Docker, and shows why Kubernetes is a natural platform for managing microservice‑based systems.
This article examines how Service Mesh and API Gateway differ in function and deployment, explores the philosophical debate over east‑west versus north‑south traffic when a gateway accesses internal services, and traces the evolving integration of sidecars, BFF layers, and cloud‑native architectures.
Huolala’s architecture team shares a detailed walkthrough of their cloud‑native cost‑optimization journey, covering public‑cloud server pricing models, Kubernetes request/limit tuning, HPA and CronHPA scheduling, spot instance integration, intelligent pod placement, and practical lessons learned from scaling a global on‑demand logistics platform.
Koordinator, an open‑source cloud‑native scheduler born from Alibaba's massive production practice, enables efficient, low‑cost mixed‑workload orchestration on Kubernetes by addressing integration challenges, offering a resource‑oversell model, and providing zero‑intrusion deployment for both cloud and on‑prem environments.
This article explains the memory challenges of containers in cloud‑native Kubernetes environments, describes how Kubernetes maps Request/Limit to cgroups, outlines the limitations of overcommit and mixed workloads, and details Alibaba Cloud Linux 2's Memory QoS features—including memory.min, memory.high, async reclaim, and global water‑mark adjustments—that improve fairness and latency, supported by Redis benchmark results.
This article explains why Kubernetes single‑cluster scalability is limited to about 5,000 nodes, introduces the concept of multi‑cluster federation, compares the legacy kubefed project with the actively maintained Karmada solution, and shows how policies and replica‑scheduling enable flexible cross‑AZ deployments and failover.
This guide explains the essential observability concepts—metrics, logs, and traces—for performance testing, compares Zabbix and Prometheus, shows how to extend JMeter with a Prometheus exporter, and details step‑by‑step integration of Alibaba Cloud PTS and Grafana dashboards for comprehensive monitoring.
This article explains the key components and standards of the container ecosystem—including Docker, containerd, CRI‑O, OCI and runc—detailing how they interact, the role of the Container Runtime Interface, and why Docker is only a small part of a broader, interoperable cloud‑native landscape.
This article explains the monitoring challenges introduced by microservice and container evolution, why Prometheus is the preferred observability solution in the cloud‑native era, and presents a comprehensive, multi‑tenant, high‑availability architecture with practical techniques for data collection, storage, query optimization, security, and future trends.
This guide explains how to adjust node quotas, tune kernel parameters, configure high‑availability etcd clusters, and set optimal Kube‑APIServer and Pod settings for large‑scale Kubernetes deployments, ensuring stability and performance as the cluster grows.
This article explains Kubernetes service discovery by first covering essential networking concepts, then detailing how Services provide stable endpoints, how they register with cluster DNS, how Endpoints track healthy Pods, and how kube-proxy routes traffic using iptables or IPVS to ensure reliable intra‑cluster communication.
Observability measures a system’s current state using telemetry such as logs, metrics, and traces, enabling IT, DevOps, and SRE teams to detect, diagnose, and resolve issues in complex multi‑cloud environments while delivering better performance, reliability, and business outcomes.
From early monolithic MVC setups to growth‑stage distributed systems and finally fully cloud‑native microservice architectures, this article outlines each phase’s characteristics, technology choices, scaling strategies, and operational practices such as CDN, load balancing, Redis Cluster, Kubernetes auto‑scaling, and unified configuration management.
This article explains how the rapid shift from consumer to industrial internet in China drives the need for a well‑designed DevOps toolchain, outlines the DevOps lifecycle, evaluates key criteria such as maturity, team size and quality requirements, and offers tailored tool recommendations for startups, mid‑size firms and large enterprises.
This article examines how eBPF can enhance service‑mesh data planes, compares four deployment models—including sidecar, node‑shared, service‑account‑shared, and micro‑proxy architectures—and evaluates each model’s memory, isolation, security, and upgrade trade‑offs while emphasizing Envoy’s continued L7 responsibilities.
This guide explains how to create a CNStack Community Edition cluster image using ACK Distro as the base, package it with Sealer, configure it via Kubefile and Clusterfile, and enable advanced features such as open‑local storage and flexible component deployment.
This article details how QQ Music tackled rapid growth in recommendation traffic by redesigning its recommendation architecture, introducing a cloud‑native machine‑learning platform, optimizing data services, and adopting a DAG‑based recall system to improve scalability, flexibility, and development efficiency.
This article provides a comprehensive overview of Docker’s architecture, detailing the client‑server model, the roles of Docker Daemon, Engine, Registry, Graph database, various drivers, Libcontainer, and how containers are created, managed, and executed within the platform.
This article provides a comprehensive overview of Docker's overall architecture, detailing the roles of Docker Client, Daemon, Engine, Registry, Graph, drivers, Libcontainer, and containers, and explains how these components interact to manage images, networking, storage, and execution within a C/S model.
The fourth‑edition Cloud‑Native Technology Survey (2021‑2022) analyzes how banks, insurers, securities firms and payment providers adopt containers, Kubernetes, micro‑services and hybrid‑cloud solutions, revealing adoption rates, pain points, security concerns and strategic recommendations for the financial industry’s digital transformation.
PayPal’s engineering team detailed their journey of scaling Kubernetes from a few hundred nodes to over 4,000 nodes and 200,000 pods, describing the cluster topology, workload generation, bottlenecks in the API server, controller manager, scheduler, and etcd, and the optimizations that enabled stable performance at massive scale.
This article explains Kubernetes service discovery by first covering essential networking concepts, then detailing how Services provide stable endpoints, how they register with cluster DNS, and how kube-proxy and iptables/IPVS route traffic to dynamic Pods.
This article explains why the rise of Kubernetes as a cloud‑native standard brings new observability challenges, outlines how eBPF enables non‑intrusive, multi‑language, multi‑protocol data collection, and describes a comprehensive monitoring stack—including golden metrics, service topology, tracing, alerts, and network diagnostics—to achieve end‑to‑end visibility in complex Kubernetes deployments.
Deploying and managing hundreds of production‑ready Kubernetes clusters is complex, but Qovery’s open‑source engine automates provisioning, operation, and upgrades on AWS using Terraform, Helm, and Rust, cutting setup time from days to minutes while ensuring reliability across global workloads.
This article explains Kubernetes service discovery by first covering essential network concepts, then detailing how Services, Endpoints, and kube-proxy work together to provide stable, load‑balanced communication between dynamic Pods in a cloud‑native environment.
This guide walks through nineteen typical Kubernetes problems—from service access and port‑mapping errors to pod init failures, PVC issues, and helm installation glitches—explaining each root cause, providing concise troubleshooting steps, and showing the exact kubectl commands and code snippets needed to resolve them.
This article explains how OpenKruise, a CNCF sandbox project, overcomes native Kubernetes container‑runtime limitations by integrating with Kubelet and CRI, offering features such as in‑place upgrades, container restarts, image pre‑heating, and a modular architecture that enhances workload management and runtime control.
ByteDance’s Spark History Server was re‑engineered into a cloud‑native UIService that reduces storage usage by over 90%, cuts UI latency by up to 94%, and enables horizontal scaling, dramatically improving the user experience for large‑scale Spark jobs.
This comprehensive guide introduces Traefik as an open‑source edge router, explains its core concepts such as providers, entrypoints, routers, services and middlewares, and walks through deploying Traefik with Helm on Kubernetes, configuring HTTP and HTTPS routes, using middlewares, handling TLS certificates, and leveraging advanced features like canary releases, traffic mirroring, TCP services, and the Kubernetes Gateway API.
This article chronicles the evolution of cloud‑native container technology—from early IaaS and PaaS concepts, through Docker’s rise, Kubernetes’s dominance, to modern serverless offerings like Alibaba Cloud’s ECI and ASK—highlighting how managed services simplify operations and enable rapid, pod‑level scaling.
The article examines the growing complexity of multi‑cloud and hybrid cloud environments, identifies security, API, and logging challenges, and proposes a flexible, cloud‑neutral automation platform with clear communication, audit, planning, and incremental implementation steps to reduce operational overhead and cost.
The article outlines Ant Group's multi‑stage journey of building large‑scale distributed system stability, describing architectural evolutions, risk‑inspection mechanisms, high‑availability solutions such as LDC and fine‑grained traffic scheduling, and intelligent risk‑defense products that together enable resilient, cost‑effective operations.
This article reviews a wide range of Kubernetes distributions and cloud‑native services—including GKE, EKS, AKS, OpenShift, Rancher, Mesos, Azure, AWS, and Oracle—offering best‑practice guidance to help you select the most suitable, vendor‑agnostic solution for your specific scenario.
This article explains Event‑Driven Architecture, introduces Alibaba Cloud EventBridge's HTTP Source, and provides step‑by‑step guides for integrating DingTalk, GitHub, Grafana, and other SaaS services, covering configuration, security settings, and monitoring of asynchronous events.
This article details Qunar's end‑to‑end DevOps ecosystem, covering project workflow, goals, systematic methods, a complete cloud‑native toolchain, measurable outcomes, core practices such as standardization, quality gates, application profiling, and future roadmap for continuous delivery.
This article explains why Kubernetes clusters need an ingress point, compares NodePort, LoadBalancer, and Ingress solutions, introduces Ingress Providers, details Nginx and Alibaba Cloud MSE Ingress Controllers, and provides a step‑by‑step tutorial for deploying services and Ingress resources on an ACK cluster.
This article explains how replacing the traditional iptables‑based sidecar traffic‑hijacking in Istio with eBPF programs and sockmap can cut CPU usage, increase QPS and lower latency, while detailing the implementation, architecture, and performance results on Kubernetes.
This article explains the Nacos architecture, including its provider, consumer, name server, and server components, and details how Spring Cloud integrates with Nacos for service registration, heartbeat monitoring, and dynamic service discovery using Open API, SDK, and Raft-based consistency protocols.
The article explains how Infrastructure as Code and GitOps address common cloud‑migration challenges by automating resource provisioning, ensuring environment consistency, reducing manual effort and errors, and highlights tools like Terraform while noting industry trends and a brief promotional note.
The article presents the Yunji logging system, a Flink+ClickHouse-based cloud-native platform for real-time ingestion, storage, querying, analysis, and monitoring of massive heterogeneous logs, covering its architecture, configuration center, storage design, processing flow, monitoring features, and future enhancements.
This article explains Tekton’s core CRDs—Task, TaskRun, Pipeline, PipelineRun, PipelineResource, and Condition—how they are implemented on Kubernetes, how pipelines are built and executed, and how to manage secrets and service accounts for secure CI/CD workflows.
This article explains the challenges of using local storage in Kubernetes, introduces the open‑local project and its four core components, shows how to configure NodeLocalStorageInitConfig, and provides step‑by‑step commands for provisioning, expanding, snapshotting, block‑device usage, IO throttling, temporary volumes, and monitoring within Alibaba Cloud ACK Distro.
This article explains why minimal container images hinder debugging, introduces Kubernetes Ephemeral Containers as a solution, and provides detailed commands and examples for enabling the feature, launching temporary containers, sharing process namespaces, and performing advanced troubleshooting.
Fluid, an open‑source CNCF project co‑developed by Alibaba Cloud and Nanjing University, introduces a dataset abstraction and elastic caching architecture that automatically optimizes I/O for cloud‑native deep‑learning training jobs, and its research was accepted as a full paper at the prestigious ICDE 2022 conference.
The article examines how the rapid rise of micro‑services, containers, and cloud‑native platforms has dramatically increased software complexity, threatening developer productivity, and discusses industry perspectives and practical approaches—such as internal developer platforms and curated toolsets—to regain control and deliver value.
This article outlines a three‑step framework—understanding, managing, and preventing—to effectively troubleshoot Kubernetes deployments, explains how to leverage monitoring, observability, and incident‑response tools at each stage, and offers practical tool recommendations for modern cloud‑native environments.
This tutorial walks through setting up a Java‑based Dapr project, demonstrating service‑to‑service invocation and state management with Redis, including configuration, code, Kubernetes manifests, Docker packaging, and verification steps, and provides guidance on building, deploying, and testing the microservices locally.
Gaode Map transformed its navigation and recommendation services by adopting a Serverless, cloud‑native platform that reduces operational costs, enables millisecond‑level scaling, and eliminates the need for on‑site duty during peak holiday periods, while supporting rapid UI and strategy changes.
This article explains how Alibaba Cloud's self‑built KubeProbe combines universal link probing and targeted inspections to detect, diagnose, and remediate issues in massive multi‑cluster Kubernetes environments, improving reliability and reducing on‑call overhead.
This article examines the challenges Java faces in cloud‑native serverless contexts and provides practical techniques—including container‑image optimization, BuildKit usage, AppCDS class‑data sharing, and JVM tuning—to reduce image size, accelerate startup, and improve resource efficiency.
This article walks you through installing Tekton pipelines on a Kubernetes cluster, including installing specific versions, verifying CRDs, creating and executing simple Tasks and TaskRuns, using the Tekton CLI, and setting up the Tekton Dashboard, with commands and code snippets for each step.
This article introduces Dapr, a cloud‑native sidecar runtime for building resilient microservices, explains its core features such as service invocation, state management, pub/sub, bindings, actors, observability, and secrets, and provides step‑by‑step installation instructions for CLI, binaries, Kubernetes, and Helm.
This article introduces Kubernetes, the open‑source container‑orchestration platform, and explains its core concepts—including Pods, Namespaces, Nodes, Services, Volumes, PersistentVolumes, Deployments, StatefulSets, DaemonSets, Ingress, Jobs, Horizontal Pod Autoscaling, Service Accounts, Secrets, ConfigMaps, and Resource Quotas—along with common kubectl commands for managing each component.
This guide explains how Kubernetes Ingress gateways—including Nginx, ALB, APISIX, and MSE—enable sophisticated routing, observability, and rollback capabilities, and shows how to implement full‑link gray releases with traffic lanes in fast‑moving microservice environments.
This guide explains how Alibaba Cloud's Microservice Engine (MSE) achieves zero‑loss service deployment by using adaptive offline waiting, active notifications, readiness‑aligned startup checks, and traffic warm‑up, providing step‑by‑step Kubernetes manifests, configuration details, and validation results to prevent traffic loss during releases.
This article explains Alibaba's open‑source Hybridnet solution for ACK Distro, detailing its design principles, core CRD models, default overlay behavior, step‑by‑step commands for underlay deployment, network type switching, and resource management in hybrid cloud environments.
This article explores how Ant Group's Cloud IDE leverages cloud‑native architecture to overcome local development limitations, offering on‑demand resources, seamless collaboration, plugin ecosystems, multi‑container isolation, and integrated best‑practice workflows for modern software engineering teams.
This article presents a comic series that visually explains Kubernetes fundamentals and demonstrates how to implement continuous integration and continuous delivery pipelines on the platform, offering a concise, illustrated guide for developers and DevOps engineers.
This tutorial explains how to use Alibaba Cloud EventBridge together with MNS and RabbitMQ to implement message routing, multi‑active messaging, and protocol adaptation, providing detailed architecture, resource setup, step‑by‑step lab instructions, verification methods, and a summary of advantages.
GitOps is a set of best‑practice principles that treat Git as the single source of truth for declarative infrastructure and application delivery, enabling faster, auditable, and automated deployments on Kubernetes clusters, and can be realized with tools like OpsMx Enterprise for Spinnaker.
