Competitor Analysis: KubeSpherevs. Rancher andOpenShift................ 12 2. Technical Architecture....................................................................................................16 2.1 Architecture Overview......................... ................................................................16 2.2 Architecture Characteristics...............................................................................18 3 I. Overview 1 Alerting ※※※※ ※※※※※ ※※※※ Notification ※※※※ ※※※ ※※※※※ Application Template ※※※※ ※※※※※ ※※※※ CI/CD Pipeline ※※※※※ ※※※※※ ※※※ Application Lifecycle Management ※※※※※ ※ ※ Metering & Billing ※※※※※ ※ ※0 码力 | 18 页 | 718.71 KB | 1 年前3
Rancher Kubernetes Engine 2, VMWare vSANIntelligence 3.3 on RKE 2 on top of SUSE Linux Enterprise Server 15 SP3. Only the AMD64/Intel 64 architecture is applicable for our use case. 2.1.1 Hardware Sizing Correct hardware sizing is very important if Checkpoint is enabled Object store access will be verified Container Registry Settings for Pipeline Modeler optional used if a second container registry is used StorageClass Configuration optional gence Modeler mandatory Container Registry for Pipeline Modeler optional Needed if a different con- tainer registry is used for the pipeline modeler images Loading NFS Modules optional Make sure0 码力 | 29 页 | 213.09 KB | 1 年前3
[Buyers Guide_DRAFT_REVIEW_V3] Rancher 2.6, OpenShift, Tanzu, Anthosits VMware Tanzu product suite that differentiated itself by leveraging Project Pacific, a re-architecture of vSphere with Kubernetes as its control plane. While there are other smaller players in keeping a consistent, private and centralized source of truth for the building blocks of your architecture. • Cluster upgrades and version management o New versions of Kubernetes are available every workloads run by developers is a Continuous Integration and/or Continuous Delivery pipeline. A robust CI/CD pipeline is critical to ensure agile development and rapid delivery of new software releases0 码力 | 39 页 | 488.95 KB | 1 年前3
Deploying and ScalingKubernetes with Rancher
IP address of the replacement container? This is an important consideration in a microservices architecture where you must dynamically manage service endpoints. While Docker allows networking at the data trending in default dashboard of Kibana: What we have set up is a simple data pipeline, with all components required for aggregating, logging, analyzing, and visualizing log data. introduction to using replica sets and the Rancher Catalog. Additional eBooks o Building a CI/CD Pipeline with Rancher and Docker: a hands-on guidebook for introducing containers into your build, test0 码力 | 66 页 | 6.10 MB | 1 年前3
企业云原生的探索与落地深圳沙龙-RacherLabs-20-11-14/安信证券DevOps探索与实践Artifacoy GitLab AWVS Burp Suit NPM Jacoco 发布平台 Jmeter Xray Ansible 测试平台 分 析 与 度 量 综 合 门 户 Pipeline 系统信息 代码管理 制品库 交付流水线 需求管理 版本管理 环境管理 ... ... ⚫ 流水线可视化配置; ⚫ 从系统维度对各个服务的流水线进行集成和串联; ⚫ 对流水线集成的工具统一管理配置,提供自助服务。 通过可视化的方式简化定义每个系统、每 个服务自己流水线的过程,提供更加灵活 的流水线支持; ⚫ 提供统一任务模板给大家选择,模板中对 应的功能在统一的pipeline脚本中实现, 保存到代码仓库中,能够实现问题的统一 修复和功能的统一升级; ⚫ 因为流水线功能分为了pipeline脚本,和 可视化方式配置两部分,通过可视化配置 的部分需要考虑留痕和版本回溯的问题。 工具平台建设-面向应用的交付流水线 SIT提测0 码力 | 27 页 | 2.42 MB | 1 年前3
SUSE Rancher and RKE Kubernetes cluster
using CSI Driver on DELL EMC PowerFlex delivers production-grade Kubernetes at scale: ..................................... 10 Solution architecture ............................................................................................. massive input, output, and throughput performance while minimizing the latency. Its self-balancing architecture eliminates any hotspots and ensures consistency and simplicity over time. You can scale the its self-healing architecture, PowerFlex can handle outages, upgrades, and maintenance without downtime resulting in 99.9999 percent availability. • Flexible and dynamic architecture PowerFlex delivers0 码力 | 45 页 | 3.07 MB | 1 年前3
Cloud Native Contrail Networking
Installation and Life Cycle ManagementGuide for Rancher RKE2
leverages the simplicity, flexibility, scalability, and availability inherent to the Kubernetes architecture, while supporting a rich SDN feature set that can meet the requirements of enterprises and service plane architecture where the routing daemon runs centrally within the Contrail controller and learns and distributes routes from and to the data plane components. This centralized architecture facilitates deployment, this is the distributed cluster that contains the workloads. CN2 Components The CN2 architecture consists of pods that perform the network configuration plane and network control plane functions0 码力 | 72 页 | 1.01 MB | 1 年前3
Secrets Management at
Scale with Vault & Rancherplatform across any infrastructure & a consistent set of infrastructure capabilities Kubernetes architecture ● Controlplane: Manages the cluster and exposes an API for control ● Etcd: a key value store0 码力 | 36 页 | 1.19 MB | 1 年前3
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