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.
This article explores HashiCorp's evolution, detailing how its low‑code tools like Terraform, Nomad, Consul, and Vault automate complex cloud infrastructure tasks, the founders' story, product pivots, and the company's future in the rapidly changing cloud‑native landscape.
This guide explains what an Envoy CORS filter is, details its configuration options, and provides step‑by‑step VirtualService and EnvoyFilter examples for simple, credentialed, prefix, regex, exposed‑header, non‑simple requests and shadow logging in Istio.
This guide explains how to use Velero to back up and restore Kubernetes clusters, covering its principles, backup types, storage configuration, installation of Velero and MinIO, and step‑by‑step commands for creating, testing, and recovering a MySQL workload.
This article provides a comprehensive overview of Kubernetes, covering its core features, resource‑estimation examples, evolution of service deployment models, the relationship between cloud and Kubernetes, cloud‑native principles, and a detailed look at its historical background and architectural components.
This article introduces the Internet of Things concept, highlights its massive market growth, and provides a detailed overview of DC3—an open‑source, Spring Cloud‑powered IoT platform—including its four‑layer architecture, core modules, and functional goals for scalable, fault‑tolerant, and cloud‑native deployments.
This session explains why Kubernetes monitoring is essential for end-to-end observability, describes the five data sources and layers it covers, and walks through discovering and locating architecture, performance, resource, scheduling, and network issues using topology, anomaly detection, and correlation techniques.
This guide walks beginners through a structured learning path for Kubernetes, covering fundamentals, core components, key objects, controllers, storage, networking, resource management, security, cluster operations, backup, logging, monitoring, DevOps practices, and deeper topics like architecture, source code, and operator development.
This comprehensive guide walks beginners through Kubernetes fundamentals, core components, key objects, storage, networking, resource management, security, cluster operations, backup, logging, monitoring, DevOps practices, and deep‑dive techniques, providing a clear learning path and practical tips for effective use.
In this interview, Huawei Cloud Chief Fang Guowei shares his journey from early cloud pioneer to executive, explains why psychological and profit barriers outweigh technical challenges, outlines Huawei Cloud’s six strategic strengths, introduces Cloud Native 2.0, and offers practical advice for developers and enterprises navigating digital transformation.
This article examines the challenges of exploding microservice counts, rising infrastructure costs, and complex topologies, and details a cloud‑native, service‑decoupled DevOps infrastructure that uses standardization, declarative provisioning, intelligent automation, contract and diff testing, and a unified release engine to dramatically improve delivery efficiency and reliability.
This guide explains how kubectl interacts with the Kubernetes API, demonstrates command‑completion setup for Bash, Zsh and macOS, shows how to view resource specifications, use custom‑column output, switch clusters and namespaces via kubeconfig or kubectx, and extend functionality with plugins such as krew.
The SpringOne conference highlighted the upcoming Spring Framework 6.0, detailing its Java 17 and Jakarta EE 9 foundation, roadmap milestones, key migration points, Spring Boot 3 integration, and the imminent Java 17 release, offering developers a clear view of the next decade of Spring development.
This article analyzes the limitations of the Linux Completely Fair Scheduler (CFS) for high‑priority workloads, introduces Tencent's custom offline BT scheduler that provides absolute preemption, and presents experimental results showing significant improvements in latency, CPU utilization, and carbon‑reduction for cloud‑native services.
GitOps automates infrastructure management by applying DevOps best practices such as version control, pull requests, and CI/CD pipelines to declarative infrastructure code, enabling reliable, observable, and secure deployments especially in Kubernetes‑based cloud‑native environments.
This article explains what an error‑tracking system is, introduces Sentry, and provides a step‑by‑step guide to deploying Sentry on Kubernetes using Helm, OpenEBS storage, PostgreSQL, and configuring projects and alerts for effective monitoring.
This article explains the core principles of Kubernetes networking, covering pod IP allocation, intra‑node communication via veth pairs and bridges, and inter‑node packet routing using CIDR blocks and cloud provider routes, all illustrated with diagrams.
The article analyzes how digital transformation creates new "agile IT" demands—such as massive app operations, self‑developed services, frequent migrations, and decoupled architectures—and explains why cloud‑native technologies, organized around containers, microservices, and DevOps, are essential to meet these challenges across four evolutionary stages.
Facing over a million concurrent connected vehicles, Chinese IoT leader ZhongRui chose RocketMQ over Kafka, leveraging Alibaba Cloud’s managed service to achieve low‑latency, high‑throughput, fault‑tolerant messaging, while adopting cloud‑native microservices, containerization, and serverless techniques to streamline operations and reduce costs.
This article presents a comprehensive design of a cloud‑native ClickHouse OLAP system, detailing its three‑layer architecture, storage‑compute separation, unified metadata management, high‑availability mechanisms, elastic scaling, cost reductions, and future enhancements for multi‑replica and MPP query support.
This guide introduces beginners to containerization by explaining Docker’s core components, Linux kernel mechanisms, and networking, then progresses to Kubernetes, detailing its architecture, key objects such as Pods, Deployments, Services, and storage concepts, and how they orchestrate distributed container workloads.
Over the past year, the author chronicles a hands‑on journey from a fresh graduate to a cloud‑native specialist, detailing the design and implementation of an enterprise‑grade Kubernetes architecture—including multi‑cluster logging, CI/CD pipelines, Istio service mesh, monitoring, and private‑deployment strategies—while sharing practical lessons learned.
This article introduces six popular open‑source Spring Cloud microservice projects, detailing their core features, technology stacks, and providing repository links and screenshots to help developers quickly study and adopt enterprise‑grade microservice architectures.
A 2021 Forrester survey of 422 Chinese developers reveals how cloud‑native technologies such as containers, Kubernetes and Serverless are reshaping development roles, boosting productivity, and driving a shift from traditional on‑premise coding to a fully cloud‑native, edge‑enabled ecosystem, while highlighting emerging challenges and opportunities.
This article explains the fundamental concepts of Kubernetes—including what pods are, how they manage related services, the underlying networking and storage mechanisms, and the roles of ReplicaSet, Deployment, and StatefulSet in scaling and updating both stateless and stateful applications.
The article summarizes key insights from the 2021 GIAC Cloud Native conference, covering strategies to limit service explosion radius, SkyWalking-based Kubernetes event monitoring, Kuaishou's Service Mesh implementation, and Dubbogo 3.0's innovations such as proxyless mesh and adaptive throttling.
The article analyzes why a company's clusters were unstable—unstable release process, missing monitoring and logging, insufficient documentation, and unclear request routing—and proposes a comprehensive solution built around Kubernetes‑centric CI/CD, a federated Prometheus monitoring platform, Elasticsearch logging, centralized documentation, and Kong/Istio traffic management.
Docker announced a subscription‑based Business edition of Docker Desktop, outlining its enterprise‑focused features, pricing, the continued free Personal tier, and a detailed look at the platform’s architecture, workflow, and the company’s turbulent growth and two perceived “deaths.”
This step‑by‑step tutorial shows how to set up a two‑node Kubernetes cluster, install OpenYurt, deploy the eKuiper edge stream‑processing engine and its manager UI on the cloud node, and configure a Yurt tunnel so the cloud dashboard can securely manage eKuiper instances running on the edge node.
Clusternet is an open‑source cloud‑native Kubernetes multi‑cluster management project that enables seamless registration, synchronization, and deployment of applications across public, private, hybrid, or edge clusters using lightweight agents and hubs, supporting various sync modes, RBAC, and kubectl plugins.
This article explains the internal architecture of Nacos, its role as a service registry in Spring Cloud, the registration and heartbeat mechanisms, and how clients dynamically discover service instances using both Open API and SDK approaches.
The 8.11 Midway face‑to‑face livestream recap highlights a year of componentization, serverless evolution, progressive design, new mini‑program cloud development, Vercel support, GitHub Actions, code generation, and the preview of Midway 3.x, outlining the framework's roadmap and community contributions.
KubeSphere builds a cloud‑native container management system atop Kubernetes, offering multi‑cloud, multi‑cluster management, declarative APIs, and RBAC‑based permission control through its core components ks‑console, ks‑apiserver, and ks‑controller‑manager, while leveraging CustomResources, controllers, and Go‑restful for extensible, secure operations.
This article explains how Dubbo 3.0 adopts an application‑level service discovery mechanism to dramatically reduce memory and registry overhead, details the full server‑exposure workflow—including injvm, service‑discovery‑registry, Triple and MetadataService steps—and provides concrete code snippets and diagrams for each phase.
The 2020 IDC report shows Alibaba Cloud leading China’s relational database market with over 28% share, pioneering cloud‑native solutions like PolarDB and RDS, while public‑cloud deployments surpass traditional on‑premises databases, a trend expected to reach 73.5% by 2025.
This article explains the limitations of a traditional Prometheus‑based monitoring stack for Kubernetes, demonstrates how integrating Thanos improves metric retention, scalability, and storage cost, and provides a complete multi‑cluster deployment example with Terraform and Helm configurations.
This article explains what GitOps is, its core principles such as declarative configuration and versioned state, the operational benefits it brings—including improved visibility, productivity, reliability, and security—and provides step‑by‑step guidance on implementing GitOps workflows for cloud‑native applications.
NetEase Media details its year‑long journey building a cloud‑native container platform—covering foundational concepts, a robust infrastructure framework, Kubernetes deployment, solutions to pre‑containerization challenges, and practical best practices such as graceful shutdowns, health probes, and resource‑limit configurations.
The article outlines the latest OCM 0.4.0 release—including addon registration, a new Placement API with YAML examples, the alpha‑stage clusteradm CLI—while previewing the 0.5.0 roadmap, integrations with KubeVela, ArgoCD, Clusternet, and real‑world deployments on Alibaba Cloud.
This article provides a detailed tutorial on setting up an NFS server, configuring a Kubernetes deployment of Nginx with NFS volume mounts, and explains static versus dynamic persistent storage in K8s, complete with command examples and YAML configuration.
This article reviews the current state of Kubernetes horizontal and vertical autoscaling, compares HPA, VPA, and KNative KPA, discusses their limitations, and proposes short‑ and long‑term ideas for a more dynamic, low‑ops scheduling system.
This article surveys eleven essential open‑source tools for Kubernetes, grouping them into three categories—running clusters, accelerating feedback loops, and enriching IDE experiences—while explaining each tool’s purpose, key features, and practical usage tips for developers and operators.
This article explains the recent US export restrictions on Docker, highlights the need for open‑source replacements, and provides detailed overviews of ten prominent Docker alternatives—including Podman, LXC, RKT, OpenVZ, Rancher, Nanobox, Singularity, Kubernetes, OpenShift, and Apache Mesos—covering their key capabilities, security aspects, and platform support.
This article introduces Apache APISIX, examines the challenges of using it as a data‑plane in a service‑mesh architecture, presents the apisix‑mesh‑agent as an intermediary solution, and outlines the advantages, design, and future roadmap of a APISIX‑based cloud‑native service mesh.
This article chronicles SegmentFault's evolution from a single‑instance VPS to a cloud‑native platform on KubeSphere, explaining why Kubernetes was chosen, how front‑end/back‑end separation reshaped the system, and the operational lessons learned for cost‑effective, automated deployments.
This tutorial walks through pulling the MySQL image, creating NFS‑backed PersistentVolume and PersistentVolumeClaim, deploying MySQL on Kubernetes, verifying the pod, inserting sample data, and confirming the data is stored on the NFS server.
The article describes how a bank built a Kubernetes‑based, containerized MySQL service platform (CDD) to improve database high availability, resource utilization, automated operations, and agile delivery by addressing network, storage, scheduling, and management challenges through custom networking, hybrid storage, scheduler extensions, and multi‑AZ deployment.
This article explains the fundamental principles of Kubernetes core components—including pods, their networking and storage mechanisms, the role of ReplicaSets for scaling, how Deployments enable rolling updates, and how StatefulSets manage stateful services—providing clear insights and visual diagrams for each concept.
This article explains how Kuaishou's Y‑Tech team designs a server‑side video‑effects platform that tackles high computational load, real‑time constraints, and resource limits by adopting asynchronous workflows, task‑queue scheduling, and cloud‑native serverless frameworks such as Netflix Conductor and Knative.
This guide explains the relationship between Pods and controllers, introduces Kubernetes Deployments for managing stateless applications, and provides a complete YAML example to create a Tomcat Deployment with three replicas and a NodePort Service, followed by the kubectl command to apply the configuration.
This article explains the design, model, and practical usage of Alibaba's open‑source ChaosBlade and its platform chaosblade‑box, detailing how a unified chaos experiment model enables scalable, multi‑environment fault injection for cloud‑native systems and improves high‑availability testing.
The 2021 Sysdig report analyzes millions of containers to uncover short lifespans, shifting runtime choices, rising use of Prometheus, prevalent security misconfigurations, image‑scanning practices, and emerging threats, offering actionable insights for organizations managing cloud‑native workloads.
This article provides a comprehensive introduction to Docker, covering its fundamental concepts, differences from virtual machines, step‑by‑step installation, creating Dockerfiles, building and running container images, publishing to registries, and practical best‑practice recommendations for modern cloud‑native development.
The article compiles expert experiences from major Chinese tech firms on progressive system refactoring, platform‑centric redesign, service‑oriented evolution, and high‑performance architecture, highlighting practical steps, technology choices, and lessons learned for modern backend and operations engineering.
This article explains how to deploy the ChaosBlade Operator on a KubeSphere cluster, define and run various chaos experiments—such as CPU overload, network latency, packet loss, and process kill/stop—against RadonDB MySQL containers, and verify the impact to improve system resilience and fault‑tolerance.
This article introduces OPPO's self‑developed data lake storage system CBFS, covering the fundamentals of data lake storage, the multi‑layer CBFS architecture, its core technologies such as metadata management and erasure coding, and future directions for large‑scale, low‑cost data analytics.
This article chronicles the four‑year evolution of Baidu's Fengjing performance‑monitoring platform, detailing its data collection, processing pipelines, successive architectural versions (1.0‑4.0), challenges such as probe intrusion and massive data volume, and the engineering solutions that enabled large‑scale, low‑cost, cloud‑native observability for thousands of Java services.
This article explains Kubernetes controllers, the relationship between pods and controllers, deployment use cases, YAML file handling, and provides step‑by‑step kubectl commands for creating, exposing, scaling, upgrading, and rolling back deployments in a cloud‑native environment.
This article examines Netflix’s open‑source Spinnaker platform, detailing its microservice architecture, GitHub‑based code management, GitHub Actions continuous‑integration workflow, and Halyard‑driven deployment process, including sample build.yml and version.yaml configurations, offering practical insights for cloud‑native DevOps implementations.
Qunar shares how it built a large‑scale chaos engineering platform for thousands of microservices, detailing tool selection, architecture, evolution stages, fault‑injection scenarios, strong/weak dependency automation, open‑source contributions, and future plans for automated random drills.
This guide explains how to allocate CPU and memory to containers and pods in Kubernetes, clarifies resource units, demonstrates practical Deployment, ResourceQuota, and LimitRange configurations with YAML examples, and lists useful tools for monitoring and enforcing resource constraints.
This guide explains how to configure Jenkins to connect to both same‑cluster and cross‑cluster Kubernetes environments, covering role bindings, network ports, certificate generation, Kubernetes cloud settings, pod template configuration, and testing via freestyle and pipeline jobs.
The Kubernetes 1.22 release introduces 53 enhancements—including GA Server‑Side Apply, stable external credential providers, etcd 3.5.0, memory QoS, Windows support, seccomp defaults, and numerous API deprecations—while shifting the release cadence to three major versions per year to balance development workload and user adoption.
This guide walks through deploying the NFS‑subdir‑external‑provisioner on Kubernetes, covering migration to the new repository, configuring storage classes with subdirectory support, applying RBAC resources, creating PVCs, enabling high‑availability with leader election, and troubleshooting common mount errors.
This article analyzes the evolution of Baidu's advertising data storage, detailing the business-driven requirements, the design and development of the BaikalDB distributed database, its architecture across storage, compute and scheduling layers, key features such as Raft replication and multi‑index support, and the lessons learned for building cloud‑native, high‑performance databases.
Kubernetes announced a new release cadence, moving from four to three annual versions to reduce contributor workload, ease downstream adoption, and focus on higher release quality, with detailed policy changes and a predicted 2021 schedule.
This article explains the concept of microservices, compares them with traditional monolithic web applications, outlines their advantages and challenges, and introduces first‑generation frameworks like Spring Cloud and Dubbo as well as next‑generation service‑mesh solutions such as Linkerd, Envoy, Istio, and Conduit, especially in Kubernetes environments.
The article explains why Go is gaining popularity, highlighting its superior execution performance, high development efficiency, and extensive adoption by leading companies in cloud infrastructure, microservices, and open‑source projects such as Docker, Kubernetes, and many Chinese tech firms.
The article describes a virtual environment solution that uses traffic coloring and routing to enable independent branch testing for micro‑services, improving development efficiency, reducing test costs, and supporting HTTP, RPC, and MQ protocols within a cloud‑native infrastructure.
At ServerlessDays China 2021, leaders from AWS, Alibaba Cloud, ByteDance and Tencent Cloud examined serverless concepts, showcased cost‑saving implementations, discussed cold‑start optimizations, identified adoption hurdles such as tooling and lock‑in, and forecasted a future where serverless becomes a ubiquitous, hyper‑unified compute model integrating cloud, edge and storage.
This article describes how Baidu engineered a flexible, multi‑level fault‑tolerant architecture—including dynamic retry scheduling, multi‑recall coordination, ranking layer degradation, and cross‑IDC multi‑master storage—to achieve five‑nine availability for its massive feed recommendation service.
Version 2.0.3 of Nacos introduces extensive upgrades—including a new SPI for safe server upgrades, client retry mechanisms, UI improvements, added cluster deletion, enhanced LDAP logging, numerous refactors, and critical bug fixes—while also packaging console dependencies in Maven Central and providing a downloadable ZIP.
Apache Pulsar is a cloud‑native distributed messaging platform that combines messaging, storage, and lightweight compute, featuring multi‑tenant support, geo‑replication, and high throughput, and this article introduces its core concepts, architecture components such as brokers, BookKeeper, ZooKeeper, and key design features.
This article explains Loki's low‑index overhead, concurrent query handling, tag‑based indexing, component roles, read/write paths, step‑by‑step installation of Promtail and Loki, label matching techniques, dynamic‑tag handling, high‑cardinality concerns, and query optimization strategies for cloud‑native log aggregation.
This article explains how Zhangmen built the Triton platform on Alibaba Cloud ACK and OpenKruise to automate Kubernetes container releases, detailing the design of the DeployFlow CRD, batch‑wise rollout strategies, canary deployments, UI interactions, and the operators that power continuous delivery.
Youzan’s service registration and discovery architecture progressed from fine‑grained interface‑level registration on Etcd, through an intermediate application‑level discovery layer using Istio Pilot and the Tether sidecar, to a fully application‑level, sidecar‑driven model with CRD metadata, enabling scalable, cloud‑native multi‑region service mesh.
This article provides a concise, question‑driven overview of Kubernetes, explaining the roles of master and worker nodes, pod networking, scheduling, storage with etcd, service exposure, scaling mechanisms, and how the various controllers collaborate to manage a cloud‑native cluster.
This article explains why modern enterprises adopt multiple Kubernetes clusters, covering single‑cluster capacity limits, hybrid‑cloud requirements, fault‑tolerance concerns, the benefits of multi‑cluster setups, architectural models, and community‑driven implementation patterns.
This article traces the historical development of microservice architecture from monolithic to distributed services, outlines its advantages and drawbacks, and presents a comprehensive technology stack—including service communication, API gateways, authentication, fault tolerance, logging, configuration, containerization, orchestration, and CI/CD—to guide practitioners in building robust, scalable backend systems.
This article explains the motivations behind Serverless, defines its core concepts such as FaaS and BaaS, outlines key characteristics like one‑step deployment, auto‑scaling and event‑driven execution, discusses suitable use cases, current challenges, and introduces Knative as a cloud‑native implementation.
In this talk, Gal Bashan explains how serverless architectures complicate observability and why metrics, logs, and especially distributed tracing with tools like OpenTelemetry, Jaeger, or commercial platforms are essential for gaining end-to-end visibility, automating instrumentation, and maintaining reliable, business-focused services across cloud providers.
This article provides a concise, question‑driven overview of Kubernetes, explaining the roles of master and node components, pod networking, scheduling, storage, service exposure, scaling, and controller interactions, while summarizing the essential objects and processes that power a cloud‑native cluster.
This guide explains how Serverless Devs detects online changes to prevent deployment conflicts in Alibaba Cloud Function Compute, covering three scenarios—new resources, updates after online changes, and redeploying existing resources—while providing step‑by‑step experiments and a non‑interactive CI flag.
This article explains how Jenkins, the popular open‑source CI/CD tool, can be deployed and scaled using standalone servers, master‑agent configurations, and cloud‑native Kubernetes clusters, highlighting benefits such as automatic scaling, parallel builds, and cost‑effective resource utilization.
Open Cluster Management (OCM) is an open‑source, hub‑agent solution that simplifies lifecycle, configuration, and policy management for multiple Kubernetes clusters across hybrid and multi‑cloud environments, detailing its architecture, core primitives, advantages, and real‑world deployments by Ant Group and Alibaba Cloud.
This guide explains how to migrate a native Spring Cloud e‑commerce demo to Tencent Service Framework (TSF) with zero code changes, covering environment preparation, middleware setup, manual and automated deployment steps, service verification, and best‑practice recommendations for cloud‑native microservice operations.
Michael Yuan’s ServerlessDays China 2021 talk shows how combining Rust with WebAssembly on Tencent Cloud Serverless lets developers deploy TensorFlow AI models in just a few lines, achieving 10‑20 fps inference, 100× faster cold starts than Python, and offering lightweight, secure, portable runtimes that could eventually supplant containers for edge and AI workloads.
This article provides a comprehensive overview of Kubernetes, covering its purpose, architecture components, master and node roles, pod health probes, rolling update controls, image pull policies, service functions, label selectors, DaemonSet and Job resources, as well as pod lifecycle and data persistence options.
This guide walks through the concepts of ELK, why log management is essential for Kubernetes, three collection strategies, required log fields, and step‑by‑step deployment of Elasticsearch, Kibana, Filebeat, and Logstash—including YAML manifests, configuration snippets, and Kibana UI setup—for a fully operational, cloud‑native logging solution.
This article provides a comprehensive overview of Kubernetes, covering its purpose for container operations, core components, multi‑site high‑availability design, service discovery mechanisms, pod resource sharing, common CNI plugins, layered load balancing, isolation dimensions, network model principles, and IP address classifications.
This article shares a practical guide to the most frequent Kubernetes pitfalls—from misconfigured resource requests and limits to improper liveness/readiness probes, load‑balancer settings, IAM misuse, pod anti‑affinity, and disruption budgets—offering concrete YAML examples and remediation steps to help operators run more reliable and cost‑effective clusters.
This guide walks through setting up a Prometheus monitoring stack and Grafana visualization on a test Kubernetes cluster, covering pod inspection, directory preparation, YAML deployments for node-exporter, RBAC, ConfigMap, Prometheus and Grafana, and final service exposure.
This article details a practical smooth‑release process for a cloud‑office system, explains how to use Nginx health‑check endpoints to take instances offline, and presents three AB‑testing routing strategies—IP‑based, cookie‑based, and AB‑cluster proxy—complete with configuration examples, pros and cons, and deployment steps.
This guide walks through creating the necessary Kubernetes resources with a recommended YAML file, applying it, exposing the dashboard via NodePort, generating a service account and token, and finally accessing the dashboard through a browser for cluster monitoring and management.
This tutorial walks through preparing three Linux VMs, disabling firewalls and swap, configuring sysctl, installing Docker and Kubernetes components, initializing the master node, joining worker nodes, deploying the Flannel CNI plugin, creating a test nginx pod, and accessing it via a NodePort service.
The article analyzes Bilibili's recent half‑hour service disruption, explores technical rumors such as an etcd crash, examines Kubernetes‑based cloud‑native infrastructure, reviews similar historic outages, and offers expert recommendations for improving high‑availability and disaster‑recovery in large‑scale internet services.
This comprehensive guide walks you through Docker fundamentals, compares containers with virtual machines, explains core concepts, shows step‑by‑step installation, image building, container execution, and best practices, enabling you to containerize and deploy web applications efficiently.
The article examines Kubernetes' widespread adoption, outlines its scalability and multi‑cluster management constraints, discusses practical application scenarios such as deployment models, batch scheduling, and hard multi‑tenancy, and highlights the gaps that still limit its use in large‑scale production environments.
The talk explains why enterprise‑grade development needs serverless—boosting efficiency, cutting costs, eliminating ops, and enabling elastic scaling—then positions serverless within microservices, showcases Tencent Cloud’s TEM platform built on EKS with plug‑in services, and demonstrates serverless middleware such as Pulsar‑based queues, highlighting developer, ops, and business advantages.
Pixiu is a Golang‑based, cloud‑native API gateway built on dubbo‑go that bridges RESTful and Dubbo services, offering high performance, extensibility, and easy configuration through Listener, Router, Filters, and Client modules, with roadmap plans for gRPC, mesh integration, and more.
