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A. Provides visibility into Kubernetes clusters for troubleshooting and impact assessment

B. Collects real-time metrics from all layers of Kubernetes

C. It provides network insight and detailed Kubernetes network topology view

D. It observes the code of the applications running in Kubernetes environment

E. Automatically heals Kubernetes workloads after an issue has been observed

A. Provides a centralized, global routing table to simplify and optimize traffic management.

B. Provides an infrastructure layer that makes communication between applications possible, structured, and observable.

C. Provides service discovery across multiple clusters.

D. Provides dynamic application load balancing and autoscaling across multiple clusters and multiple sites.

A. Policies can be configured using a tag selector to restrict the scope of the policy.

B. Policies can only be applied to clustergroups.

C. Policies allow management and operation of the security posture of Kubernetes clusters, and other organizational objects.

D. Policies can be enforced using Kubernetes resources (NetworkPolicy, ResourceQuota etc) or using the Kyverno admission controller.

A. ClusterIP

B. NodePort

C. Ingress

D. LoadBalancer

E. ExternalName

A. Handles vSphere networking

B. Provides VM monitoring services

C. Orchestrates Tanzu Kubernetes Grid clusters

D. Manages vSphere storage policies

A. Service

B. Container

C. Deployment

D. ReplicaSet

A. Create the Namespace usinq the Tanzu CLI

B. In the vSghere web client, select Supervisor, select Namespaces tab. and click Create Namespace

C. In the vSghere web client, select Supervisor, select Workload, select Namespaces tab. and click Create Namespace

D. In the vSphere web client, select Workload Management, select Namespaces tab. and click Create Namespace

A. Apply a single policy to multiple namespaces across multiple clusters.

B. Provide distributed ingress and egress services to support multiple namespaces across multiple clusters.

C. Automatic placement of the workload to any global cluster based on traffic demand.

D. Define an application boundary and provides consistent traffic routing, connectivity, resiliency, and security for applications across multiple clusters.