This article explains how Databend, a cloud‑native data warehouse, addresses modern OLAP requirements through storage‑compute separation, elastic scaling, multi‑cloud support, advanced query planning, and serverless‑ready design, contrasting it with traditional data warehouse limitations.
This article explores the challenges of quality monitoring in cloud‑native DevOps pipelines, outlines pain points of massive heterogeneous logs and alerts, and presents a unified observability platform that enables data consolidation, AI‑driven intelligent inspection, and smart alert management to improve system reliability.
This article explains how to dramatically shrink a Docker image for a React application—from over a gigabyte down to just 22 MB—by switching to Alpine base images, employing multi‑stage builds, and finally serving the compiled output with Nginx.
Baidu’s UNDB KV storage system, built with cloud‑native containerization and software‑hardware co‑design, separates key‑value processing to cut write amplification below 1.5×, leverages an OpenChannel SSD engine for over 30% performance gains, scales to 10,000+ servers and 100 PB, handles more than a trillion daily requests across search and feed, and cuts operating costs by nearly half.
Spring Cloud 2020.0.4, a bug‑fix release compatible with Spring Boot 2.4.x and 2.5.x, introduces updated dependencies, new configuration capabilities, enhanced circuit‑breaker support, and a comprehensive list of module version upgrades for cloud‑native microservice development.
This article explains how a Kubernetes nginx‑ingress pod acts as a gateway, converting Ingress YAML definitions into Nginx reverse‑proxy settings, detailing host‑level and pod‑level configurations, deployment manifests, service exposure, and scaling considerations.
This article provides a comprehensive, step‑by‑step explanation of every Dockerfile instruction—including variables, FROM, RUN, CMD, LABEL, EXPOSE, ENV, ARG, ADD, COPY, ENTRYPOINT, VOLUME, STOPSIGNAL, HEALTHCHECK, SHELL, WORKDIR, and USER—along with syntax details, usage tips, and practical code examples for building efficient container images.
Cloud‑native databases address the elasticity, resilience, and high‑availability demands of modern cloud computing by separating compute and storage, leveraging log‑based persistence, multi‑replica consensus, and distributed architectures such as Spanner, Aurora, and TiDB, offering higher performance, lower cost, and better resource utilization.
This article provides a detailed overview of modern backend architecture, covering microservice fundamentals, design principles such as Conway's Law and DDD, gateway patterns, communication protocols, service registration, configuration management, observability pillars, service mesh options, and a comparative analysis of popular message‑queue technologies.
This article examines the evolution of big‑data architectures toward cloud‑native, real‑time processing, and provides a detailed comparison of dimension‑table and result‑table options—including MySQL, Redis, and Alibaba Cloud Tablestore—along with their performance, cost, and scalability characteristics for Flink SQL workloads.
The article examines Docker’s shift to paid subscriptions, its missed partnership with Kubernetes, internal management conflicts, and how these strategic missteps have reshaped its role in the cloud‑native ecosystem, while exploring the future prospects under new leadership.
The article investigates a puzzling Kubernetes issue where using hostPort caused MySQL traffic to be redirected to the wrong pod, explains how iptables rules inserted by the CNI portmap plugin override Service rules, and provides reproducible experiments and practical recommendations to avoid such problems in production.
This guide explains Dockerfile fundamentals, walks through each instruction such as FROM, RUN, COPY, and ENTRYPOINT, and provides step‑by‑step examples for building Nginx and Tomcat images, helping readers create reliable container images from scratch.
The article describes how a to‑B SaaS platform tackled exploding microservice counts, soaring infrastructure costs, complex topologies and high‑frequency releases by standardizing, declaratively provisioning, and intelligently automating cloud‑native DevOps services, resulting in dramatically improved delivery efficiency and reliability.
The article explains how the explosive growth of IoT data makes high‑performance time‑series databases essential, describes Huawei Cloud's GaussDB for Influx architecture and compression breakthroughs, and shares the engineering challenges and real‑world benefits of building a cloud‑native TSDB for massive monitoring workloads.
Quick-Debug provides a lightweight solution for developers to instantly debug applications running in Kubernetes by uploading compiled binaries directly to pods via a NodePort service, eliminating the need for repeated image rebuilds and deployments.
Gaode migrated its high‑traffic rendering gateway from Java to Go to halve machine usage, validate middleware stability, and prepare for cloud‑native transformation, overcoming correctness and availability challenges by creating a real‑time traffic‑comparison tool, sandbox stress tests, and a staged gray‑release, ultimately achieving about 50% cost reduction.
This article explains how a Kubernetes nginx‑ingress pod acts as a gateway, converting Ingress YAML definitions into Nginx upstream and server blocks, and shows the necessary deployment and service configurations for exposing HTTP and HTTPS traffic.
This article explains how Prometheus evolved from a Google internal project to a CNCF‑graduated, top‑ranked time‑series database and full‑stack monitoring ecosystem, detailing its history, core features, architecture, and the roles of its components such as Exporters, Pushgateway, Service Discovery, and Alertmanager.
Hulk is a Go‑based web service framework created by the short‑video R&D team to replace a PHP monolith, extending the unreleased GDP2 platform with business‑specific wrappers, a four‑layer architecture, and integrated monitoring, tracing, and deployment tools that dramatically boost development speed, runtime performance, and SRE efficiency for high‑traffic short‑video services.
This guide explains how to safely switch a Kubernetes cluster's container runtime from Docker to containerd by putting nodes into maintenance mode, updating configuration files, restarting services, verifying the change, and then using crictl for efficient container and pod management, including command comparisons and log handling.
This article chronicles Qunar's multi‑year journey to adopt cloud‑native containerization, detailing the timeline, architectural redesign, CI/CD overhaul, middleware adaptations, migration strategies, encountered issues, and future plans for stability, resource efficiency, and service‑mesh implementation.
This article explains the concept and benefits of microservices, introduces the Scale Cube model for architectural scaling, and provides a comprehensive guide to Docker fundamentals, containerization techniques, logging, and configuration management, illustrating how these technologies enable efficient, scalable, and maintainable cloud-native applications.
This article examines the evolving landscape of recommendation systems, outlines current business trends and technical challenges, and introduces Flowengine—a declarative, low‑code, component‑based framework that improves architecture governance, scalability, and operational efficiency for AI‑driven recommendation services.
The Sysdig 2021 report analyzes container usage across thousands of customers, highlighting the most popular open‑source services, the rise of Go and Prometheus, container density and image size trends, alert strategies, and detailed Kubernetes adoption patterns in cloud‑native environments.
This guide explains how to boost Nginx Ingress Controller throughput in high‑concurrency Kubernetes environments by adjusting kernel parameters, fine‑tuning Nginx settings, and applying optimal ConfigMap configurations for keep‑alive, timeouts, worker connections, retries, and Brotli compression.
This article examines the evolution of online education, introduces Liulishuo's massive English‑learning platform, and details the technical challenges, design choices, and architecture of its cloud‑native unified monitoring system that handles tens of terabytes of data daily.
This article explains how traditional host‑based Nginx reverse‑proxy configurations compare with the nginx‑ingress controller running as a pod in Kubernetes, detailing their setup, deployment YAML, ingress resources, and generated Nginx configuration for exposing services.
This article explains the fundamentals of distributed transactions, reviews the history and architectural challenges of the Seata‑Golang framework, and details its grpc‑based redesign, configuration steps, and the emerging Transaction Mesh concept integrated with Mosn for cloud‑native microservices.
This guide walks through nineteen typical Kubernetes problems—from service access failures and pod initialization errors to Helm installation issues—explaining root causes, providing concise solutions, and including command‑line examples and screenshots to help operators quickly resolve cluster disruptions.
This article identifies the 16 most critical Kubernetes metrics—ranging from crash loops and CPU utilization to etcd leader status and application metrics—that you should monitor and alert on to maintain a healthy, performant cluster.
This article explains the evolution from monolithic applications to microservices, detailing their principles, benefits, drawbacks, design considerations, and the three-step implementation process, while highlighting the impact on agile development, DevOps culture, technology stacks, and organizational structure.
This article provides an extensive, English‑language guide to cloud native concepts, covering definitions, core technologies such as microservices, containers, orchestration, service mesh, DevOps practices, and practical insights for CTOs evaluating cloud adoption, with detailed sections on Docker, Kubernetes, networking, and ecosystem tools.
This article examines the architectural evolution of JD's Family Account system, detailing challenges of rapid growth, the transition from a classic three‑tier model to a domain‑driven, PaaS‑enabled design, and the resulting improvements in extensibility, decoupling, and cloud‑native deployment.
This comprehensive guide covers fundamental, architecture‑based, scenario‑driven, and multiple‑choice Kubernetes interview questions, detailing concepts such as container orchestration, cluster components, services, security best practices, and real‑world deployment strategies.
The article describes the design, architecture, and implementation details of the CLOUD‑DPVS gateway, a high‑performance, VXLAN‑based load‑balancing solution that connects VPC networks to classic IDC networks, covering its high‑availability improvements, FULLNAT mode, traffic flow, and future offload plans.
This article presents a comprehensive architecture design for a rapidly growing online education platform, covering background challenges, high‑availability and scalability goals, core design principles, a multi‑layer solution including application, infrastructure, service topology, unified technology stack, standardization, modular services, micro‑service migration, and database and DevOps strategies.
This article examines typical storage options for stateful applications in cloud‑native environments, compares mainstream cloud‑native storage products through performance testing, discusses the challenges of multi‑cloud deployments, outlines criteria for selecting storage solutions, and highlights the advantages of distributed and cloud‑native storage systems for modern workloads.
This article reviews typical cloud‑native storage options for stateful workloads, analyzes their advantages and drawbacks, discusses the specific needs of OLTP and OLAP databases, outlines challenges in multi‑cloud environments, and presents performance test results of four popular cloud‑native storage systems.
This article explains the core concepts of microservices, outlines their key benefits such as rapid delivery and scalability, discusses the need for specialized testing strategies, and reviews popular load‑testing tools to ensure reliable performance in distributed systems.
Apache Dubbo 3 modernizes the popular Java RPC framework by adopting cloud‑native principles, introducing an application‑level service discovery model, a next‑generation Triple RPC protocol, and seamless Kubernetes integration, while preserving its proven ease of use and performance benefits for large‑scale microservice deployments.
Tencent Cloud's TDSQL‑C database technology was selected for the 2021 SIGMOD conference, showcasing its cloud‑native architecture, massive performance gains, and the award‑winning Spitfire three‑tier buffer manager that leverages DRAM, NVM, and simulated annealing for optimal data migration.
Chanjet transformed its monolithic SaaS platform for millions of small‑business customers by adopting a cloud‑native, container‑based micro‑service architecture, enabling elastic scaling, reduced operational costs, unified data services, automated DevOps pipelines, and comprehensive observability across front‑end, back‑end, and infrastructure layers.
The 9th Global Cloud Computing Conference China showcased ZTO Express Cloud Platform's containerization journey, revealing multi‑cluster strategies, custom K8s extensions, edge‑computing plans, and award‑winning cloud innovations that drive logistics digital transformation.
Two Tencent Cloud database papers—Spitfire’s three‑tier buffer manager and a high‑performance strong‑consistency engine for distributed systems—were accepted at ACM SIGMOD 2021, showcasing innovative use of NVM, AI‑driven tuning, and cloud‑native architecture to boost performance and cost efficiency.
In this interview, a seasoned backend infrastructure engineer shares his personal background, extensive experience with RPC, NoSQL, real‑time monitoring, and instant messaging, and discusses the technical value, industry adoption, architectural challenges, and future roadmap of the open‑source Dubbo‑go project within the cloud‑native era.
Facing surges during holidays and major shopping events, Dada’s DevOps team built a cloud‑native elastic scaling system that combines fine‑grained capacity management, multi‑cloud support, metric‑driven auto‑scaling, and extreme‑scale down strategies, delivering stable delivery performance while cutting costs.
This article details Qunar’s transition to cloud‑native containerization, describing the platform architecture, the technical hurdles encountered—including custom KVM hooks, logging visibility, Java remote debugging, and multi‑cluster performance—and the practical solutions implemented to achieve a stable, scalable production environment.
This article chronicles a SaaS company's transition from a two‑person monolithic SPA to a multi‑service microservice architecture, covering RESTful API design, CI integration testing, Spring Cloud choices, Kubernetes containerization, automated deployment, link tracing, and operational monitoring, while highlighting practical lessons for small teams.
This article details a four‑stage migration project that rebuilt international services on a cloud‑native stack, introducing temporary Istio monitoring, standardized change processes, Helm‑based deployments, and full microservice integration while sharing practical quality‑assurance lessons and pitfalls.
This article provides practical guidelines for writing Dockerfile instructions—including RUN, CMD, ENTRYPOINT, ADD, COPY, and WORKDIR—offering syntax recommendations, best‑practice examples, and advice on when to use each command to create efficient, maintainable container images.
Learn how to install kubecm, merge multiple kubeconfig files, list, switch, and delete cluster contexts, enabling streamlined, single‑file management of many Kubernetes clusters directly from the command line without manually editing the config file, and see visual cues for the active context.
This article shares Ctrip International Flights' cloud‑native journey, detailing how they adopted infrastructure‑as‑code, automated CI/CD pipelines, centralized logging and monitoring with Prometheus, Grafana and Thanos, and applied elastic scaling, spot instances, and network optimizations to reduce operational costs while maintaining high availability.
The presentation at SACC2021 detailed the background, architecture, performance, reliability, and future development directions of Tencent's cloud‑native distributed database TDSQL‑C, highlighting its compute‑storage separation, serverless elasticity, high QPS capability, and advanced fault‑tolerance mechanisms.
This article details Liulishuo's customized Prometheus monitoring architecture, including data backup to Aliyun SLS, ECS service discovery, advanced alerting with PagerDuty and Goalert, GitOps-driven config management, cloud resource exporters, SLA monitoring, and future plans for storage and alert pipelines.
The talk outlines a next‑generation cloud‑native data lake that leverages elastic Kubernetes compute, object‑storage, and Apache Iceberg to cut costs 3‑10× while boosting performance, and presents Tencent’s Data Lake Compute and Data Lake Fabric solutions that address scalability, reliability, and operational challenges through serverless, unified, multi‑engine architecture.
The article defines cloud‑native data warehouses as storage‑compute separated systems that elastically scale across clouds, outlines their key traits, describes a three‑layer architecture, compares Snowflake and OushuDB implementations, and illustrates a large bank’s migration to such a platform.
This article details how the QingJiao Classroom platform evolved from a single‑cluster setup to a multi‑cluster architecture using KubeSphere on QingCloud (QKE), covering selection criteria, deployment strategies, automation, monitoring, authentication, elastic scaling with Keda, and future plans.
The article analyzes how cloud‑native concepts such as DevOps, micro‑services, continuous delivery, and containerization can be applied to big‑data foundations, outlining four guiding principles—industrialized delivery, cost quantification, load‑adaptive scaling, and data‑centric design—and describing concrete Hadoop‑based architectures and Tencent Cloud solutions that lower cost while boosting performance.
This guide explains why monitoring is essential throughout a product lifecycle, outlines monitoring modes and methods, compares health checks, logs, tracing and metric solutions, and provides a detailed Prometheus‑based monitoring architecture with concrete metric definitions, alerting rules, and incident‑response procedures.
This comprehensive guide presents 19 mind maps that walk you through the evolution of software architecture, define microservices, compare monolithic, distributed, and SOA models, and detail Spring Cloud’s core components such as Eureka, Ribbon, Feign, Hystrix, Zuul, Gateway, Config, Bus, OAuth2, and Sleuth.
Amid accelerating Agile and DevOps adoption, the rapid delivery of cloud‑native microservices introduces cascading risks and makes traditional monolithic testing inadequate, prompting a shift toward observability‑driven “right‑shift” testing, exploratory methods, and chaos engineering to embrace failure as the new normal.
This article explains how Zhihu built a highly available, high‑performance, and easily extensible read‑service for its homepage, detailing the system architecture, caching strategies, query performance requirements, and the migration from MySQL to TiDB with TiDB 3.0 enhancements.
A morning outage revealed an ingress‑nginx CrashLoopBackOff caused by a non‑TLS secret, and this article walks through the log analysis, code inspection of the controller startup, the faulty extractTLSSecretName logic, and the two‑pronged fix to prevent future crashes.
The article explains how traditional testing falls short for cloud‑native, microservice‑based applications and outlines modern strategies—including unit, integration, contract, non‑functional, chaos engineering, and observability techniques—to ensure quality, resilience, and rapid delivery in dynamic cloud environments.
ByteDance’s cloud‑native migration of stateful services uses a custom SolarService extending StatefulSet with Budset CRD to handle versioned data, shard‑aware routing, NUMA‑aware scheduling, advanced storage, eBPF monitoring, and automated PDB eviction, delivering efficiency, cost savings, and reliable rolling upgrades.
This article explains how Alibaba's KubeProbe system combines black‑box probing and directed inspections to detect issues in massive ASI Kubernetes clusters before users notice them, detailing the architecture, implementation, integration with release pipelines, and real‑world results that improve reliability and operational efficiency.
This article details ByteDance's journey of migrating stateful services to a cloud‑native Kubernetes platform, covering challenges in state management, infrastructure enhancements, storage solutions, monitoring, and automated operations that together improve efficiency and reduce costs at massive scale.
This article details Dada Group’s implementation of an intelligent elastic scaling architecture that automatically adjusts capacity during peak promotions and low‑traffic periods, improving delivery reliability, reducing costs, and supporting multi‑cloud and multi‑runtime environments through sophisticated monitoring and auto‑scaler mechanisms.
This article provides a comprehensive step‑by‑step tutorial on designing, implementing, and deploying a simple Java Spring Boot microservice system on Kubernetes, covering architecture design, registration center, monitoring with Prometheus and Grafana, logging, tracing, flow control, and verification using tools such as Zipkin and Sentinel.
The Apache Pulsar Meetup in Shenzhen on April 17, 2021, co‑hosted by Tencent Middleware and StreamNative, will showcase Pulsar’s cloud‑native messaging, streaming, and storage capabilities through sessions on KoP migration, big‑data and IoT use cases, cloud‑native deployments, and the StreamNative Cloud Pulsar‑as‑a‑Service offering.
This article explains how Spinnaker enables continuous delivery on Kubernetes by describing its role, architecture, pipeline design, workflow steps, and best practices for deploying applications across multiple cloud providers in a cloud‑native environment.
Netflix’s Cosmos platform, introduced in 2021, unifies microservice principles with asynchronous workflows and serverless execution to handle resource‑intensive media processing, offering observability, modularity, productivity tools, and a managed delivery pipeline that scales from tens of thousands to millions of CPU cores.
This article walks readers through the complete lifecycle of designing, implementing, deploying, and validating a simple Java Spring‑Boot microservice system on Kubernetes, covering service design, registration, monitoring, tracing, traffic control, high‑availability deployment, and practical verification steps.
This article provides a comprehensive overview of microservice concepts, their differences from traditional SOA, the benefits of agility, scalability and independent deployment, and details RongShu Data's architectural choices, technology stack, design principles, DevOps platform, team organization, and practical implementation guidelines.
Alibaba’s open‑source DADI project introduces the overlaybd image format, which uses block‑level on‑demand reads, iSCSI targets, and a ZFile compression scheme to cut container cold‑start times by up to five times, offering a scalable solution for cloud‑native workloads.
The article explains how Zeebe, a cloud‑native workflow engine, orchestrates microservices by separating task logic from coordination, detailing its BPMN‑based architecture (client, gateway, brokers, exporters), core features such as real‑time visibility, horizontal scalability, fault tolerance, message‑driven processing, and showcases Java job‑worker code and benchmark results demonstrating tens of thousands of workflow instances per second.
This article provides a step‑by‑step tutorial on designing a simple front‑back separation microservice system, implementing it with Java Spring Boot, and deploying the whole solution on a Kubernetes cluster with high‑availability features, monitoring, logging, tracing, and traffic control.
A former intern recounts three internships across Beijing, Shenzhen, and Hangzhou, detailing how he joined the dubbogo community, implemented the Triple protocol for dubbo-go 3.0 by hand‑crafting HTTP/2, tackled compatibility challenges, and reflected on the future of cloud‑native middleware.
This article explains the challenges of container log collection in Kubernetes, evaluates log‑agent options, details the design of a custom Filebeat‑based controller architecture, shares performance tuning with Golang, and outlines monitoring and future extensions for a robust cloud‑native logging solution.
This article explains why modern enterprises need cloud‑native architecture, introduces the SESORA maturity model, and provides a detailed, practical walkthrough of deploying a cloud‑native application on Alibaba Cloud SAE, covering namespace creation, app configuration, SLB binding, service discovery, elasticity, observability, resilience, and automation.
This article explains how containers have reshaped modern IT by enabling faster, more agile software delivery, improving resource efficiency, enhancing security through isolation, and powering DevSecOps, while also covering Docker's role, Kubernetes orchestration, Windows container support, and future trends.
In 2021, ByteDance leveraged its cloud‑native stack—including traffic governance, service mesh, and rapid deployment pipelines—to deliver 703 billion red‑envelope interactions during the Spring Festival Gala, overcoming a 27‑day preparation window, high‑concurrency demands, and extensive emergency rehearsals to ensure seamless user experience.
This article details Minsheng Bank's data middle platform built since 2018, explaining its cloud‑native architecture, the underlying microservice and container design, the operational pain points it addresses, and the suite of DevOps tools, management solutions, and component strategies that enable scalable, secure, and efficient financial data services.
Xianyu, Alibaba’s C2C platform, transformed its massive legacy system into a cloud‑native, serverless architecture—integrating Flutter, a unified development framework, and a suite of tools like Nexus API and GCLI—to dramatically cut development cycles, lower operational costs, and support a GMV of over 2 trillion yuan.
This article provides a comprehensive overview of microservices architecture, contrasting it with monolithic designs, explaining its core principles, advantages, challenges, communication patterns, governance, containerization, DevOps impact, and real‑world case studies, while also offering practical guidance for adoption.
This article shares Ctrip International Ticketing’s cloud‑native migration experience, covering infrastructure‑as‑code with Terraform, managed Kubernetes, centralized logging and monitoring using Elastic Search, Prometheus, Grafana and Thanos, and practical cost‑optimization techniques such as auto‑scaling, spot instances, storage tiering and network proxying.
This comprehensive guide explains the purpose, models, and methods of monitoring across the entire software lifecycle, compares health checks, logging, tracing, and metric collection, and details practical implementations using tools like ELK, SkyWalking, and Prometheus for cloud‑native operations.
This article explores how Kubernetes resolves DNS queries by examining the Pod's resolv.conf configuration, the CoreDNS service implementation via iptables rules, and the impact of search and ndots options on query behavior, providing practical examples and optimization tips.
This article details Minsheng Bank’s data middle‑platform construction, its alignment with cloud‑native principles, the challenges it addresses, and the suite of micro‑service, DevOps and tooling innovations—including a one‑stop DevOps workbench, code generators, automated validation, and full‑link tracing—implemented to support diverse financial data services.
Helm v3.5 introduces extensive OCI support, over 20 new template functions, and several useful command‑line flags such as --skip-refresh, wait-for-jobs, and --kube-cafile, while also migrating Helm Hub to Artifact Hub, making chart management more flexible and secure.
This article explains the inherent security risks of cloud‑native Kubernetes deployments—such as workload, namespace, and CRD cascading deletions and concurrent pod updates—and presents practical OpenKruise‑based protection techniques like label‑driven cascade‑deletion blocking, pod‑deletion flow control, and automatic PUB/PDB generation to ensure runtime stability.
This article explains how host‑level Nginx and the nginx‑ingress pod work as reverse proxies, how Ingress YAML definitions are converted into Nginx configuration, and how to expose services via NodePort for scalable traffic handling in Kubernetes.
This tutorial shows how to use the Go client-go library to create a command‑line tool that lists PersistentVolumeClaims, watches PVC events in a Kubernetes cluster, and triggers actions when total claimed storage exceeds a configurable threshold.
The article reviews the 2020 CNCF report and outlines upcoming cloud‑native trends such as cloud‑based IDEs, edge Kubernetes, WebAssembly, FinOps, Rust adoption, GitOps growth, service catalogs, cross‑cloud control planes, and the rising mainstream of eBPF.
This article explains how NetEase’s Lightboat micro‑service platform tackles the challenges of log collection in cloud‑native Kubernetes environments by designing a custom controller, selecting Filebeat as the agent, integrating it via DaemonSet, extending its functionality, and applying Golang performance‑tuning techniques to achieve efficient, observable logging.
This article details Kaola's cloud‑native transformation from 2019 to 2024, covering product integration, permission and messaging schemes, RPC migration, SchedulerX scaling, environment isolation, high‑availability components, Infrastructure‑as‑Code practices, automation strategies, and the measurable performance and cost benefits realized.
The article outlines the principles and practical considerations of cloud‑native architecture, covering platform‑agnostic design, container and Kubernetes foundations, microservice decomposition, CI/CD pipelines, monitoring, tracing, logging, and fault‑tolerant high‑availability strategies for building resilient distributed systems.
The article explains cloud‑native architecture as a set of principles and design patterns that offload non‑functional concerns to cloud services, and it details major patterns such as service‑oriented, mesh, serverless, storage‑compute separation, distributed transactions, observability, and event‑driven architectures.
This article explains what cloud‑native DevOps is, contrasts it with traditional DevOps using real‑world analogies, outlines its core principles, foundations and capabilities, and presents a detailed Alibaba case study that walks through architecture upgrades, IaC/GitOps, resource BaaS, and a five‑stage migration roadmap.
