This comprehensive guide presents over twenty essential Docker CLI commands, covering image management, container lifecycle, registry operations, and system cleanup, with clear syntax examples and practical use‑case snippets to help developers and DevOps engineers work efficiently with containers.
Baidu’s SRE digital‑immune system, evolved into an AI‑powered intelligent immunity platform, quantifies and mitigates risk across thousands of services by integrating data‑driven monitoring, rule‑based detection, and large‑model GraphRAG knowledge mining, cutting degradation cases by ~40% and shifting operations from reactive troubleshooting to proactive, data‑centric quality assurance.
This article presents a comprehensive overview of building an enterprise‑level LLMOPS platform—including concept definitions, the relationship between LLMOPS, MLOps and intelligent agent platforms, four development tiers, architecture layers, core technical concerns, deployment options, and the benefits of cloud‑native AI development.
This guide walks through preparing two CentOS 7.9 servers, installing Docker and Kubernetes 1.19 components, initializing a master node, joining a worker node, and validating the cluster with a sample Nginx deployment, including common troubleshooting tips.
This article walks through using Nacos as a centralized configuration center for Spring Cloud microservices, showing how to create configuration data, set up a Maven client, enable dynamic refresh with @RefreshScope, and manage multi‑environment and multi‑file configurations.
This article explains why modern SRE teams need a digital immune system, describes Baidu’s data‑driven approach to improve system resilience, outlines the three‑phase evolution from digital transformation to AI‑enhanced risk mining, and shares concrete results and future directions for sustainable operations.
This article provides a comprehensive overview of Kubernetes, covering its cloud‑native architecture, core components such as API Server, Scheduler, Controller Manager, etcd, kubelet and kube‑proxy, and explains the workflow that enables automated deployment, scaling and management of containerized applications.
OpenKruise 1.8, the latest CNCF‑incubated cloud‑native automation suite, introduces in‑place vertical pod autoscaling, native StatefulSet volume expansion, AI‑aware WorkloadSpread, serverless probe support, sidecar gray‑release capabilities, and a Helm pre‑delete safety hook, all backed by detailed YAML examples and future roadmap.
This article explains Docker’s fundamental architecture, detailing how Linux namespaces isolate resources, cgroups control CPU, memory, I/O and network usage, and UnionFS provides layered file systems, enabling efficient, portable container deployment for cloud‑native applications.
Learn how to combine Zabbix and Prometheus by deploying Node_exporter, configuring systemd, creating Zabbix templates, HTTP proxy items, and Prometheus pattern items, enabling seamless monitoring of server metrics without fully replacing your existing Zabbix setup.
This article explains how Ctrip’s hybrid‑cloud FinOps billing system uses a custom Kafka Gatekeeper to detect, locate, and automatically remediate data‑quality issues across dozens of self‑built PaaS services, improving coverage, timeliness, and responsibility attribution while supporting high‑availability deployments.
The article summarizes key Argo Workflows sessions from KubeCon Europe 2025, covering rapid community growth, unified AI/HPC orchestration, event‑driven workflows, platform‑engineering foundations, and diverse real‑world use cases, while linking to relevant talks and resources.
This article introduces k8m, a lightweight AI‑enhanced console for Kubernetes that simplifies cluster management, installation, configuration, and daily operations, while offering features such as YAML auto‑translation, AI‑driven event and log diagnostics, command generation, multi‑cluster support, and role‑based access control.
This article explores the Model Context Protocol (MCP), the emerging “USB‑C” for AI, detailing its core advantages, implementation with Kubernetes, a six‑layer cloud‑native architecture, practical code examples, and developer guidelines for building AI‑powered, secure, and scalable services.
The article explains how Alibaba Cloud's SysOM console uses low‑overhead process hotspot tracing, stack unwinding, symbol resolution, eBPF and AI diagnostics to pinpoint CPU, memory, lock and network issues, offering visual flame‑graph analysis and real‑world case studies for faster root‑cause identification.
The author recounts the high hopes and subsequent frustrations of adopting the community‑maintained terraform‑aws‑eks module for AWS EKS, detailing hidden complexities, limited AI assistance, and practical lessons on embracing complexity, critical use of open‑source modules, and the importance of rest during tough debugging sessions.
This guide shows how to use the Model Context Protocol (MCP) to build a lightweight server that links Grafana dashboards to large language models, covering MCP concepts, FastMCP setup, Python client implementation, environment preparation, and integration with Cherry Studio for seamless AI-driven data access.
Learn how to add observability to Golang applications without modifying source code by leveraging Docker multi‑stage builds, replacing the builder image with ARMS’s Instgo tool, and using the ack‑onepilot component to inject monitoring capabilities seamlessly into cloud‑native deployments.
This article explains the challenges of live‑migrating KubeVirt virtual machines, how Kube‑OVN addresses network‑bridge limitations and IP changes, provides the required VM annotation, step‑by‑step migration commands, and details the multi‑stage migration process that keeps network interruption under 0.5 seconds with no TCP break.
This article reviews nine practical container‑monitoring solutions—from Last9 and Prometheus to Dynatrace and Elastic Observability—detailing their key features, pricing, and why developers prefer them, and then offers comprehensive best‑practice guidance for metrics, tagging, alerts, and advanced observability strategies in Kubernetes‑driven cloud‑native deployments.
This article details ZEEK's cloud‑native transformation, covering the strategic shift to open‑source standards, unified microservice architecture, high‑availability practices, upgraded traffic gateways, visual data analysis, car‑network data collection, and AI‑assisted development, illustrating how these steps enhanced system stability, scalability, and development efficiency.
This guide explains how Alibaba Cloud ACK Backup Center enables data protection, backup, and cross‑cluster migration of Kubernetes Persistent Volumes by leveraging the Data Protection feature, illustrating configuration steps, backup and restore workflows, and practical YAML examples.
The 2025 PHP ecosystem overview details the language’s new features such as enhanced generics and fibers, performance improvements via JIT and OPcache, evolving best practices, the latest trends in major and micro frameworks, modern design pattern implementations, cloud‑native deployment, AI integration, and future directions.
This guide shows how to use the Fabric8 Kubernetes Java client to load, create, apply, list, watch, and delete core Kubernetes objects such as EndpointSlice, PersistentVolumeClaim, PersistentVolume, NetworkPolicy, PodDisruptionBudget, and various RBAC resources, with complete code examples for each operation.
This guide walks you through setting up a Kubernetes cluster, building and pushing a custom Nginx Docker image, creating Deployment, Service, and Ingress resources, and verifying external access to the frontend application.
Kustomize, built into kubectl, lets you declaratively manage Kubernetes YAML by organizing base resources, dynamically generating ConfigMaps and Secrets, applying transformers for environment‑specific tweaks, and optionally validating output, enabling a clean Base + Overlay workflow that reduces duplication and simplifies multi‑environment configuration.
This article details Kuaishou's migration of massive Redis clusters to Kubernetes using the KubeBlocks Operator, covering architecture, multi‑layer management requirements, federated cluster deployment, custom controllers, performance and stability considerations, and the resulting operational benefits.
This article details Huolala's performance testing platform architecture, covering background challenges, a JMeter‑based solution, distributed agent design, unified logging, plugin management, data collection via Kafka, and future enhancements such as AI integration and improved file distribution, illustrating a comprehensive backend development effort.
This article explores how to embed chaos engineering practices into service dependency governance, detailing dynamic validation versus static analysis, fault injection techniques, multi‑point failure simulations, and data‑driven optimizations to build robust, self‑healing microservice architectures in cloud‑native environments.
KubeDoor 1.0 introduces a new architecture for unified multi‑Kubernetes monitoring, offering components for master and agent, flexible deployment options, Helm‑based installation, configurable storage and alerting settings, and detailed guidance on integrating with existing Prometheus/VictoriaMetrics setups while providing automatic peak‑usage data collection.
Monitoring Kubernetes is essential to detect resource contention, component failures, and network issues; it involves tracking core component metrics such as API server latency, etcd write times, scheduler delays, as well as node‑level CPU, memory, disk, and network statistics, pod health, and custom application metrics exposed via Prometheus exporters for comprehensive observability.
This article presents ten practical techniques—including redundant deployment, circuit breaking, traffic shaping, auto‑scaling, gray releases, downgrade switches, full‑link stress testing, data sharding, chaos engineering, and three‑layer monitoring—to dramatically improve system high‑availability from 99% to 99.99% in production environments.
This article demonstrates how to use the Python Kubernetes client to programmatically restart deployments, scale them, execute commands inside pods, apply node taints, retrieve cluster metrics, and convert between YAML/JSON and client objects, providing practical code examples for cloud‑native automation.
This guide explains how to deploy large language model inference services on a GPU-enabled Kubernetes cluster, configure ACK Gateway with AI Extension for intelligent routing and load balancing, and perform gray releases for both LoRA fine‑tuned models and base models such as QwQ‑32B and DeepSeek‑R1, including step‑by‑step commands and validation procedures.
This guide walks through configuring three Ubuntu servers, installing KubeKey, creating a Kubernetes v1.28.8 cluster with HAProxy load balancing, deploying a sample nginx workload, and verifying the installation using kubectl and curl, providing all necessary commands and configuration details for a successful deployment.
This guide explains what the Kubernetes Dashboard is, outlines its key features, and provides step‑by‑step instructions using Helm to install, access, and secure the dashboard for visual cluster management and monitoring.
This article explains the unique observability challenges of large language model (LLM) applications, outlines essential performance, cost, and safety metrics, and presents a comprehensive cloud‑native solution—including trace, metric, and log collection, domain‑specific dashboards, and step‑by‑step integration with Alibaba Cloud's Python Agent—to ensure reliable, efficient LLM deployments.
This tutorial demonstrates how to set up a local KinD cluster, configure authentication, use raw curl commands, and employ the official Kubernetes Python client to list pods, create deployments, watch events, and manage RBAC, providing a complete guide for automating Kubernetes operations with Python.
When a Kubernetes cluster grows, many teams expect faster performance, yet scaling often becomes slower due to hardware limits, network congestion, data‑sync overhead, load‑balancing misconfigurations, and component bottlenecks, and this article explains each cause and offers concrete optimization strategies.
Quarkus, a Kubernetes‑native Java framework built for GraalVM and HotSpot, delivers millisecond startup, low memory usage, developer‑friendly features, and seamless integration with cloud‑native platforms, making it ideal for microservices, serverless, and modern cloud applications.
This tutorial explains how to set up a complete CI/CD pipeline on CentOS 7 by installing Docker and Jenkins, configuring Maven, creating Jenkins jobs, building a Spring Boot application into a Docker image, and running the container, with detailed commands and screenshots for each step.
This guide walks through setting up a MySQL master‑slave replication cluster on Kubernetes using a StatefulSet, local persistent volumes, delayed binding StorageClass, ConfigMap, Secret, and Services, then verifies replication and demonstrates horizontal scaling of slave nodes.
This guide explains Kubernetes Service types, the role of MetalLB in providing LoadBalancer functionality for bare‑metal clusters, step‑by‑step installation, configuration of address pools, testing with a sample service, integration with Ingress, and an overview of the Calico network plugin for pod isolation.
This article provides a comprehensive Q&A covering Jakarta EE’s definition, naming origin, platform scope, namespace shift, governance model, specification process, release cadence, future roadmap, relationship with EE4J, microservice and cloud‑native support, trademark usage, and step‑by‑step guidance on becoming a contributor or member.
This article compares 3FS, vePFS, and CloudFS across metadata and data planes, presents detailed benchmark results for AI training scenarios, analyzes architectural trade‑offs, and draws insights for future cloud‑native file storage development.
This article compares three Gin observability solutions—manual instrumentation, compile‑time injection, and eBPF automatic tracing—detailing setup steps, code examples, and a feature matrix to help developers choose the most suitable approach for cloud‑native Go applications.
This guide walks you through installing ArgoCD on a Kubernetes cluster, creating a Helm chart, defining ArgoCD Application manifests, pushing resources to a Git repository, and using the ArgoCD UI to deploy, sync, and update applications, including version and replica changes via GitOps.
This article outlines Alibaba Cloud’s comprehensive LLM observability solution, covering challenges, key metrics, component architecture, data collection, tracing, performance analysis, and practical integration steps—including Python agent setup and Dify demo—to help developers monitor and optimize large language model applications.
Argo Workflows is an open‑source, container‑native engine that runs on Kubernetes via Custom Resource Definitions, letting users declaratively define complex, step‑or DAG‑based pipelines—including CI/CD, data processing, and machine‑learning jobs—through reusable templates, with a server UI, controller, and pod architecture monitored by Prometheus.
This article provides a comprehensive overview of Kubernetes fundamentals, covering core control‑plane and node components, key object differences such as Pod vs Deployment, Service types, ConfigMap vs Secret, scheduling, health checks, scaling, security, storage, and troubleshooting techniques.
This article explains Kubernetes StatefulSets, covering their core concepts, guarantees such as stable network IDs and persistent storage, the controller’s components, deployment workflow, typical use cases, best‑practice recommendations, and a detailed comparison with Deployments to help you manage stateful workloads effectively.
This article explains the fundamentals, components, workflow, configuration, best practices, and comparison with HPA for Kubernetes Vertical Pod Autoscaler (VPA), helping readers efficiently tune pod resources and improve cluster utilization.
This article outlines eight practical AI gateway scenarios—from multi‑model services and consumer authentication to token rate limiting, content safety, semantic caching, and observability—explaining the business needs behind each and how Alibaba Cloud's cloud‑native API gateway provides concrete technical solutions.
This guide explains what Portainer is, compares its Community and Business editions, details its core architecture, provides step‑by‑step installation using Docker, Docker‑Compose, and Docker‑Stack, and demonstrates key features such as dashboards, container, image, service, volume, and user management for Docker and Kubernetes environments.
This article examines how Apache Iceberg’s snapshot‑based ACID transactions, logical‑physical partition evolution, and COW/MOR update modes enable efficient real‑time data lake ingestion, and demonstrates AutoMQ’s Kafka‑to‑Iceberg Table Topic solution that simplifies schema management, reduces latency, and cuts operational costs.
This article describes how JoinQuant built a cloud‑native quantitative research platform on Alibaba Cloud, identified performance, cost, data‑management, and security challenges, and solved them with Fluid’s JindoRuntime data‑caching, elastic scaling, and Python‑driven workflows, achieving dramatic speed and cost improvements.
This guide explains common Kubernetes DNS problems—including failure to resolve external domains, inter‑pod service discovery addresses, and related impacts on applications like Nginx reverse proxies—and provides step‑by‑step troubleshooting procedures such as checking CoreDNS, inspecting resolv.conf, and customizing dnsPolicy and dnsConfig in pod specifications.
This article explains the core principles, advantages, suitable scenarios, and step‑by‑step configuration of Calico's BGP mode, showing how it delivers high‑performance, scalable, and secure networking for large Kubernetes deployments.
This article explains Kubernetes NetworkPolicy concepts, syntax, and practical use cases, providing step‑by‑step YAML examples that show how to deny all traffic, allow intra‑namespace communication, restrict by labels, namespaces, IP ranges, and specific ports, plus key considerations for deployment.
The Koordinator v1.6 release introduces a suite of innovations—including GPU topology‑aware scheduling, end‑to‑end GPU & RDMA joint allocation, strong GPU isolation, differentiated GPU scoring, fine‑grained resource reservation, mixed‑workload QoS, and extensive scheduler and rescheduler optimizations—to efficiently manage heterogeneous resources in Kubernetes clusters for AI and high‑performance computing workloads.
This article introduces ClickHouse as an open‑source column‑store OLAP database, outlines its core features, explains its distributed and cloud‑native architectures—including SharedMergeTree for serverless operation—presents benchmark results, compares community and enterprise editions, and answers common questions about its future direction.
This article examines a recurring Kubernetes node NotReady issue where nodes become ready for only three minutes after a kubelet restart, detailing the underlying PLEG mechanism, component interactions, and diagnostic steps to resolve the problem.
This article introduces Spring Cloud's background, core components (including first‑ and second‑generation modules derived from Netflix OSS), versioning scheme, compatibility with Spring Boot, and practical advice for selecting matching releases to avoid runtime issues in microservice projects.
This article explains how to combine online services and offline tasks within a single Kubernetes cluster using offline‑online hybrid deployment, detailing its benefits such as cost savings and higher resource utilization, and walks through practical implementation methods like CronJobs, HPA, priority classes, node affinity, custom schedulers, and the open‑source Koordinator project, while also addressing associated challenges.
A DevOps team managing 47 Kubernetes clusters across three clouds faced burnout, high costs, and operational chaos, so they gradually replaced Kubernetes with simpler AWS services, cutting infrastructure spend by 58%, speeding deployments by 89%, and dramatically improving team morale and reliability.
The article explains how the open‑source Kro project, backed by Amazon, Google and Microsoft, uses ResourceGraphDefinitions and CEL to turn complex Kubernetes manifests into reusable, parameterized DAGs, offering a safer, more automated alternative to Helm and Kustomize.
This article explains the theory and practical usage of k8gb, a Kubernetes Global Balancer that provides DNS‑based load balancing, fault‑tolerant traffic routing, and seamless failover across multiple clusters to improve resilience, latency, and compliance in cloud‑native environments.
This guide walks developers through the full lifecycle of using DeepSeek—choosing the right deployment method (API, local machine, or private cloud), selecting model sizes based on hardware, configuring Tencent Cloud services, building AI applications, and integrating the model into development tools and mini‑programs.
This tutorial walks you through creating a Java‑based AI chat agent using Spring AI Alibaba, integrating Alibaba Cloud's large language model, adding function‑calling for weather queries, and enabling full observability with ARMS in a cloud‑native deployment.
This article introduces the Fabric8 KubernetesClient for Java, explains why it outperforms the official client, shows how to add the Maven dependency, and provides step‑by‑step code examples for listing, creating, deleting, and watching Pods, as well as advanced operations on ConfigMaps, Deployments, and custom resources, illustrating real‑world use cases such as log collection, self‑healing, and dynamic scaling.
This guide walks developers through installing the Tongyi Lingma AI coding assistant plugin, switching between large language models, using smart Q&A, terminal integration, code completion, bug‑fix suggestions, and multi‑file refactoring, showcasing how the tool streamlines everyday development tasks.
This step‑by‑step guide walks you through AWS EKS core concepts, cluster provisioning with eksctl, kubectl configuration, node monitoring, taints and tolerations, GitLab deployment via Helm, persistent storage with EBS, optional object storage, Istio service‑mesh installation, and troubleshooting API server access issues.
This article explains how ByteDance’s TrafficRoute GTM, a DNS‑based global traffic routing service, uses GEO‑based routing, health‑check orchestration, and intelligent load‑balancing to achieve high stability, performance, and cost efficiency for ultra‑large‑scale traffic across multiple regions and CDN providers.
This article examines common label misuse in Prometheus, explains why adding global labels to every metric can cause data bloat, configuration rigidity, and dimensional pollution, and provides concrete best‑practice patterns, dynamic injection techniques, and governance rules to keep monitoring systems efficient and maintainable.
This article explains why Kustomize's replacements struggle with multi‑line ConfigMap data, demonstrates a failing example, and then shows how to use JSON Patch or Strategic Merge Patch via the patches field to reliably replace entire multi‑line strings such as Java .properties files.
Wondershare Technology adopted Alibaba Cloud's ACK One GitOps platform to automate and unify the deployment of dozens of Kubernetes clusters across multiple regions, addressing manual deployment inefficiencies, traceability, rollback challenges, and multi‑tenant permission management while achieving a 50% increase in release efficiency.
To reduce resource contention and improve offline task reliability, this article examines the challenges of using Koordinator with Hadoop Yarn pods on Kubernetes, proposes real‑time resource reporting and task‑level eviction strategies, details community and custom solutions, and outlines future enhancements with Volcano.
This article shares Bilibili’s experience migrating its offline big‑data workloads to a cloud‑native Kubernetes environment using the Volcano scheduler, covering migration background, scheduler adaptation, hierarchical queue implementation, over‑commit framework (Amiyad), and future work to improve performance and resource utilization.
This article explains the blue‑green deployment strategy, introduces Kruise Rollouts’ blue‑green capabilities, provides a step‑by‑step Kubernetes example with YAML manifests and kubectl commands, compares it to Argo Rollouts and Flux Flagger, discusses resource considerations and serverless advantages, and concludes with best‑practice recommendations.
KubeDoor is an open‑source platform built with Python and Vue that leverages Kubernetes admission control, AI recommendations, and expert experience to provide load‑aware scheduling, capacity governance, real‑time resource analytics, and automated scaling for microservices, featuring a web UI, Grafana dashboards, and extensible control mechanisms.
In today's digital era, online services face increasing fault risks, and systematic fault testing—through chaos engineering, fault injection, stress testing, and disaster recovery drills—helps teams anticipate, evaluate, and improve system resilience, ultimately reducing downtime and protecting business continuity.
This article analyzes Kuaishou's development of a Java 17 transparent coroutine solution, detailing its architectural evolution, scheduling and I/O optimizations, performance gains in cloud‑native high‑load environments, and future directions for large‑scale production deployment.
Amid the surge of cloud‑native architectures, Alibaba Cloud showcases its open‑source, compile‑time Go instrumentation that delivers non‑intrusive monitoring, richer data, and cross‑vendor standards via OpenTelemetry, while highlighting extensive community contributions and collaborations that position it as a leading force in modern observability.
This comprehensive training program for intermediate to advanced users covers Kubernetes high‑availability deployment, elastic scaling, Helm package management, Ceph distributed storage integration, microservice container migration, Jenkins‑based CI/CD pipelines, and Istio service‑mesh governance, providing hands‑on labs, detailed chapters, and practical resources for mastering modern cloud‑native operations.
Bun 1.2 delivers its biggest upgrade yet, boosting Node.js compatibility above 90% for core modules, adding built‑in PostgreSQL and native S3 support that outperforms the AWS SDK, switching to a readable lock file for faster installs, enhancing testing tools, and improving HTTP/2, filesystem, JSON and Windows performance while targeting remaining compatibility gaps.
This guide shows how to start DeepSeek large‑language models on cnb.cool in just 5‑10 seconds without downloading, using a simple three‑step process that includes forking the repository, selecting a model branch, and running Ollama or Docker commands, plus options for long‑term cloud deployment.
This guide walks you through using Alibaba Cloud Function Compute and Bailei Model Service to set up a cloud‑native, one‑click AI creation pipeline that turns scripts into subtitles, images, and videos for New Year storytelling.
The article examines DeepSeek’s rapid rise, the large‑scale malicious attacks it suffered, and then provides a detailed, cloud‑native security observability guide using Alibaba Cloud services such as DDoS protection, WAF, CLB, SAS, and SLS for logging, monitoring, anomaly detection, and alert response.
At the 2024 GOPS Global Operations Conference in Shanghai, Alipay’s monitoring lead Tang Liang presented the challenges, architecture, risk‑prevention practices, and implementation details of the company’s full‑ecosystem availability monitoring system, highlighting its role in DevOps, SRE, and AIOps initiatives.
This article describes how OPPO's big‑data team transitioned from traditional IDC and EMR environments to a cloud‑native Kubernetes architecture, detailing the motivations, design principles, elastic scaling challenges, custom solutions, and future directions for large‑scale data processing on the cloud.
ByteDance engineers are adopting the Linux kernel's new netkit feature, an eBPF‑based container network device that bypasses veth's L2 bottlenecks, delivering up to 10% performance gains and lower CPU usage while maintaining compatibility with existing workloads.
In today's always‑on digital era, this article explains chaos engineering concepts, step‑by‑step experimental methods, best‑practice guidelines, and a comparison of leading fault‑injection tools to help organizations proactively strengthen system resilience and reduce downtime risk.
This guide walks through building a complete Kubernetes monitoring stack, covering metric exposure, collection, visualization, alerting, Prometheus configuration for cAdvisor and custom Java apps, dynamic pod discovery, and integrating OpenTelemetry Collector for push‑based observability.
This article introduces Kubernetes as the cornerstone of cloud‑native architecture, explains its control‑plane and node components, demonstrates practical tasks such as namespace isolation, custom scheduling, and persistent storage with code examples, and showcases real‑world success cases across industries.
The OpenYurt v1.6 release introduces node‑level traffic multiplexing that can cut cloud‑edge communication by about 50% and adds enhanced edge autonomy features such as configurable autonomy duration and a webhook to keep services stable during node failures, while also providing various community and product updates.
The article recaps Li Jingkang’s presentation at the 2024 GOPS Global Operations Conference, detailing the background, principles, design, and real‑world implementation of Qunar’s pre‑release platform, and outlines its future direction within DevOps, SRE, AIOps, and cloud‑native practices.
This article examines the evolution of cloud computing, highlights latency, bandwidth, and security challenges, and explains how cloud‑native technologies and edge computing complement each other to deliver low‑latency, scalable, and secure solutions across industries such as gaming, manufacturing, smart cities, and healthcare.
This guide walks you through using Alibaba Cloud's Cloud Native Application Development Platform (CAP) and Bailei model service to automatically create AI audio picture books for the Spring Festival, covering architecture, deployment steps, and hands‑on video generation.
This comprehensive guide explains cloud‑native architecture fundamentals, walks through CI/CD pipeline core components, provides step‑by‑step instructions for setting up Git, Jenkins, Docker, and Kubernetes, and demonstrates advanced Tekton pipelines, while discussing benefits, challenges, and future trends.
The article examines how adopting a cloud‑native architecture—through precise resource monitoring, automation pipelines, pay‑as‑you‑go scaling, hybrid‑cloud strategies, and container‑based microservices—enables companies to dramatically reduce operational expenses, improve resource utilization, and accelerate innovation in competitive markets.
