Shentong Express faced massive, high‑risk cross‑cluster migration challenges and, by adopting Alibaba Cloud's ACK One MultiClusterService, reduced an expected one‑year migration to a few months with zero code changes, controlled risk, and seamless traffic flow.
This article explains why AI inference services require multi‑cluster gray‑release, outlines the risks of traditional updates, and details how ACK One Fleet combined with Kruise Rollout provides a controlled, observable, and rollback‑capable solution for deploying large AI models across hybrid cloud clusters.
In the era of large AI models, ACK One’s multi‑cluster fleet provides inventory‑aware elastic scheduling, cluster‑level priority dispatch, and hybrid‑cloud strategies to maximize GPU utilization, ensure business continuity, and reduce costs across regions and on‑premise data centers.
This guide explains how Alibaba Cloud's ACK One multi‑cluster application distribution works, outlines its key capabilities such as intelligent resource scheduling and gang scheduling, and shows step‑by‑step how to convert a single‑cluster CD pipeline into a multi‑cluster continuous delivery system using Cloud Effect.
This guide explains how to leverage Alibaba Cloud's ACK One multi‑cluster application distribution together with the Cloud Effect DevOps platform to convert an existing single‑cluster continuous delivery pipeline into a resilient, multi‑region, multi‑cluster CD solution without modifying original YAML resources.
This guide explains how Alibaba Cloud's ACK One registered clusters can provide multi‑region, serverless GPU compute for AI workloads by using Kubernetes‑compatible labels, the ack‑co‑scheduler, and ResourcePolicy objects to dynamically allocate resources across regions, with step‑by‑step configuration examples.
This guide explains how Alibaba Cloud's ACK One registered cluster provides multi‑region serverless GPU compute scheduling, addressing AI workload elasticity by using region‑specific labels, ResourcePolicy, and the ack‑co‑scheduler to automatically balance resources across regions.
This guide shows how to overcome on‑premise compute limits by registering a local Kubernetes cluster to Alibaba Cloud ACK One, provisioning ACS GPU resources, and deploying the DeepSeek‑R1 inference model with the vLLM framework through a series of concrete commands and YAML configurations.
This guide walks you through deploying the DeepSeek‑R1 large‑language‑model inference service on Alibaba Cloud ACK One registered clusters using ACS GPU compute, covering model preparation, OSS storage setup, PersistentVolume configuration, arena‑based service deployment, and verification steps with concrete commands and parameters.
This article explains how Alibaba Cloud's ACK One multi‑cluster gateway provides active‑active disaster recovery across same‑city AZs, hybrid‑cloud environments, and distant regions, detailing the architecture, setup steps, advantages over DNS‑based solutions, and practical considerations for enterprise workloads.
This guide explains how ACK One enables fast, Git‑free distribution of Kubernetes application resources from a single fleet cluster to multiple target clusters, covering the required CRDs, policy definitions, step‑by‑step YAML examples, and migration from single‑cluster to high‑availability multi‑cluster deployments.
This guide explains how enterprises can overcome IDC data‑center capacity limits by registering on‑premises Kubernetes clusters to Alibaba Cloud ACK One, detailing architecture, resource‑elastic benefits, step‑by‑step integration, node‑pool creation, GPU script setup, virtual node deployment, and multi‑level scheduling with concrete commands.
In an interview, Alibaba Cloud’s distributed cloud‑native platform lead explains how distributed cloud‑native addresses elasticity, high‑availability, and multi‑cluster management challenges, outlines the evolution of ACK One, and forecasts its role in AI and edge computing for modern enterprises.
This article explains how enterprises can use Alibaba Cloud's ACK One platform together with the Prometheus‑based Observability service to build a unified, cloud‑native monitoring solution for heterogeneous, multi‑region Kubernetes clusters, addressing scalability, cost, and operational challenges.
This article explains the core concepts of GitOps, outlines the advantages of using ACK One GitOps for multi‑cluster, hybrid‑cloud continuous delivery, and provides step‑by‑step guidance, code examples, and security configurations for Argo CD, ApplicationSets, RBAC, and secret management.
This guide explains how to design and implement a unified cloud‑native serverless platform that runs seamlessly on public clouds and on‑premise IDC clusters using Alibaba Cloud ACK One, Kubernetes, and Knative, covering architecture, key components, deployment steps, and best‑practice recommendations.
This guide explains how to use Alibaba Cloud's ACK One platform to connect on‑premises and public‑cloud Kubernetes clusters, configure network interconnectivity, create multi‑cluster fleets, optionally deploy applications via GitOps, and manage traffic with a multi‑cluster gateway for seamless same‑city disaster recovery.
The article explains how ACK One's new multi‑cluster gateway feature provides a cloud‑native solution for same‑city disaster recovery, detailing its architecture, advantages over DNS‑based methods, and step‑by‑step deployment using MSE Ingress, GitOps, and traffic management capabilities.
This article explains how Alibaba Cloud ACK One enables unified registration and management of Kubernetes clusters across public clouds, private data centers, and edge environments, detailing core features, architecture, security measures, and observability capabilities for seamless multi‑cluster operations.
This guide walks you through using ACK One’s GitOps capabilities to manage multi‑cluster Kubernetes deployments with ArgoCD, covering prerequisites, CLI commands, console operations, application version upgrades, rollbacks, user‑permission management, Applicationset for multi‑cluster scaling, and Image Updater integration for end‑to‑end CI/CD automation.
This guide walks through creating a two‑region, three‑center disaster‑recovery architecture using ACK One’s multi‑cluster application distribution and GTM traffic management, covering cluster setup, differential configuration, workflow control, traffic policies, and verification steps with concrete kubectl commands and YAML manifests.
