State of the UI: Leveraging Kubernetes Dashboard and Shaping its Future Dan Romlein UX Designer, Google Spencer Sugarman UX Researcher, Google Talk Goals 1. What Dashboard is and why you should rd SIG-UI Team Piotr Bryk, Google Jeffrey Sica, University of Michigan Jim Angel, General Motors Sebastian Florek (co-lead), Loodse Marcin Maciaszczyk, Loodse Peng Xiao, Alauda Why a UI? 60% of survey takers use a UI to monitor or manage their resources in Kubernetes https://unsplash.com/ https://github.com/kubernetes/dashboard/issues /3256#issuecomment-437199403 UIs help you understand

.......................................................................... 7 1.4 Kubernetes Components ............................................................................................. 7 built from multiple components or layers, and sometimes these components must be tightly coupled to each other. Logically, it makes sense to co-locate tightly coupled components as close to enable easier data is critical to understanding what is happening with a given cluster. Internal Kubernetes components use log library to log data; kubectl (the command line interface) can be used to fetch log data

Contents 1 Introduction Cloud-Native Contrail Networking Overview | 2 Terminology | 4 CN2 Components | 6 Deployment Models | 11 Single Cluster Deployment | 11 Multi-Cluster Deployment | in Release 23.2 | 34 3 Monitor Overview | 36 iii Install Contrail Analytics and the CN2 Web UI | 36 Kubectl Contrailstatus | 39 4 Manage Manage Single Cluster CN2 | 45 Overview | 45 CHAPTER Introduction Cloud-Native Contrail Networking Overview | 2 Terminology | 4 CN2 Components | 6 Deployment Models | 11 System Requirements | 15 Cloud-Native Contrail Networking

Feature SUSE Rancher OpenShift Tanzu Anthos Install and Operations 4 3 3 2 Intuitive UI 4 3 3 3 Hosted & Managed Services 3 3 1 2 Multi-Cluster Management 4 3 2 2 Edge Support the connectivity service that provides communication among on- premises and cloud. 3.1.2 Intuitive UI • SUSE Rancher: 4 • OpenShift: 3 • Tanzu: 3 • Anthos: 3 3.1.2.1 SUSE Rancher SUSE Anthos: 2 3.1.4.1 SUSE Rancher SUSE Rancher makes Kubernetes functionality available via its new UI and API. This, in turn, makes it possible for users to interact with Kubernetes without knowing where

factor of success in the PowerFlex offering. PowerFlex software components provide software-defined storage services. The software components help to simplify the infrastructure management and orchestration enables the customers to simplify deployments and accelerate time to value. PowerFlex software components PowerFlex consumption options SUSE Rancher for Kubernetes 9 SUSE Rancher and RKE 0 cluster. For SUSE Rancher to work, the minimum hardware requirement to run Kubernetes node components is one CPU and 1 GB of memory. Considering the CPU and memory, it is recommended to host the different

it hides the complexity of business logic from the administrators. Therefore, they can upgrade components on the server side with zero maintenance downtime, optimize workloads with a clear view of what figure, with each layer loosely coupled to the other. It’s a child’s play to combine some of the components above to build a modern data stack. For example, you can use Kyuubi, Spark and Iceberg [https://iceberg Interface(CLI)s Business Intelligence Tools and SQL IDEs ODBC Drivers Thrift APIs RESTful APIs and Clients Web UI Python Client Commons Extension Guide Extensions Server Side Extensions Engine Side Extensions

integration of SonarQube for static code analysis supported and analysis results available on the UI Manual configurations required to set up SonarQube for static code analysis Manual configurations available with no manual configurations required Manually configure the Jaeger UI Manually configure the Jaeger UI Multicloud and Edge Multicloud Support Deep integration with major cloud clusters Management of Kubernetes-native and Kubernetes-based container management platform via UI and API; Security policy configurations across multiple clusters Edge computing Deep integration

it hides the complexity of business logic from the administrators. Therefore, they can upgrade components on the server side with zero maintenance downtime, optimize workloads with a clear view of what figure, with each layer loosely coupled to the other. It’s a child’s play to combine some of the components above to build a modern data stack. For example, you can use Kyuubi, Spark and Iceberg [https://iceberg Interface(CLI)s Business Intelligence Tools and SQL IDEs ODBC Drivers Thrift APIs RESTful APIs and Clients Web UI Python Client Commons Extension Guide Extensions Server Side Extensions Engine Side Extensions

it hides the complexity of business logic from the administrators. Therefore, they can upgrade components on the server side with zero maintenance downtime, optimize workloads with a clear view of what figure, with each layer loosely coupled to the other. It’s a child’s play to combine some of the components above to build a modern data stack. For example, you can use Kyuubi, Spark and Iceberg [https://iceberg Interface(CLI)s Business Intelligence Tools and SQL IDEs ODBC Drivers Thrift APIs RESTful APIs and Clients Web UI Python Client Commons Extension Guide Extensions Server Side Extensions Engine Side Extensions

it hides the complexity of business logic from the administrators. Therefore, they can upgrade components on the server side with zero maintenance downtime, optimize workloads with a clear view of what figure, with each layer loosely coupled to the other. It’s a child’s play to combine some of the components above to build a modern data stack. For example, you can use Kyuubi, Spark and Iceberg [https://iceberg Interface(CLI)s Business Intelligence Tools and SQL IDEs ODBC Drivers Thrift APIs RESTful APIs and Clients Web UI Python Client Commons Extension Guide Extensions Server Side Extensions Engine Side Extensions