Passing the 2V0-71.23 VMware Tanzu for Kubernetes Operations Professional exam is a significant achievement that will result in earning the prestigious VMware Certified Professional - Tanzu for Kubernetes Operations 2023 (VCP-TKO 2023) Certification. To assist you in your exam preparation, Passcert has recently launched the VCP-TKO 2023 2V0-71.23 Dumps which cover all the exam objectives and are designed to facilitate your success in the exam. With the help of these reliable VCP-TKO 2023 2V0-71.23 Dumps, you can enhance your understanding of the subject matter and increase your chances of passing the exam with ease.

VMware Tanzu for Kubernetes Operations Professional

This exam tests a candidate's expertise with VMware Tanzu for Kubernetes Operations. The exam tests the knowledge of specialists to manage, operate and secure their Kubernetes operations in multi-cloud environments. The VMware Tanzu for Kubernetes Operations Professional (2V0-71.23) exam, which leads to VMware Certified Professional - Tanzu for Kubernetes Operations 2023 (VCP-TKO 2023) certification is a 63-item exam, with a passing score of 300 using a scaled method. Candidates are given 130 minutes to complete the exam, which includes adequate time to complete the exam for non-native English speakers.

VMware 2V0-71.23 Exam Information

Exam 2V0-71.23 : VMware Tanzu for Kubernetes Operations Professional

Language: English

Number of Questions: 63

Format: Single and Multiple Choice, Proctored

Associated Certification: VCP-TKO 2023

Pricing: $250 USD

VCP-TKO 2023 2V0-71.23 Exam Sections

Section 1 – Architecture and Technologies

Objective 1.1 Describe Kubernetes Lifecycle Management Concepts

Objective 1.2 Describe Application Modernization Concepts

Objective 1.3 Describe Kubernetes logical objects

Objective 1.4 Describe Kubernetes Platform and Service Administration Concepts

Objective 1.5 Describe Kubernetes Cluster and Application Security Concepts

Objective 1.6 Describe Kubernetes Application Deployment and Lifecycle Management Concepts

Objective 1.7 Describe Kubernetes networking and storage concepts

Objective 1.8 Describe the concepts of service mesh

Objective 1.9 Describe the concept of observability for Kubernetes

Objective 1.10 Describe the concept of application package management for Kubernetes

Objective 1.11 Describe the concept of Cluster API

Section 2 – VMware Products and Solutions

Objective 2.1 Understand and Explain Common Administration Requirements for Tanzu Kubernetes Grid

Objective 2.2 Understand and Explain Common Administration Requirements for vSphere with Tanzu

Objective 2.3 Understand and Explain Common Administration Requirements for Tanzu Mission Control

Objective 2.4 Describe the features and benefits of Aria Operations for Applications

Objective 2.5 Describe the features and benefits of Tanzu Service Mesh

Section 3 – VMware Tanzu for Kubernetes Operations

Tanzu for Kubernetes Operations Common

Objective 3.1 Describe the role of cert-manager

Objective 3.2 Describe the role of Harbor image registry

Objective 3.3 Describe the role of Fluent Bit

Objective 3.4 Describe the role of Contour ingress controller

Objective 3.5 Describe the role of External DNS

Objective 3.6 Describe the role of Prometheus and Grafana

Objective 3.7 Describe the role of Velero

Objective 3.8 Describe the role of Multus Container Network Interface (CNI)

Tanzu Mission Control (TMC)

Objective 3.9 Describe the steps to attach a management or supervisor cluster

Objective 3.10 Deploy a workload cluster

Objective 3.11 Attach a Kubernetes cluster

Objective 3.12 Describe the steps to upgrade the Kubernetes version on a workload cluster

Objective 3.13 Understand the role of the policies

Objective 3.14 Define Cluster Groups and Workspaces

Objective 3.15 Describe access policies and roles

Objective 3.16 Describe network policies

Objective 3.17 Describe image registry policies

Objective 3.18 Backup and restore a cluster

Objective 3.19 Deploy an application to a workload cluster using the TMC Catalog

Tanzu Kubernetes Grid (TKG)

Objective 3.20 Describe the benefits of Tanzu Kubernetes Grid

Objective 3.21 Describe the components that run in Tanzu Kubernetes Grid

Objective 3.22 Describe cluster lifecycle management in Tanzu Kubernetes Grid

Objective 3.23 Describe the steps to scale a cluster up/down

Objective 3.24 Describe package management

Objective 3.25 Describe authentication and authorization methods for Tanzu Kubernetes Clusters

Objective 3.26 Describe Container Network Interface (CNI) options

Objective 3.27 Describe Container Storage Interface (CSI)

vSphere with Tanzu

Objective 3.28 Describe the Supervisor Cluster

Objective 3.29 Describe the steps to provision a Supervisor Cluster

Objective 3.30 Describe vSphere Namespaces

Objective 3.31 Describe Tanzu Kubernetes Grid Service

Objective 3.32 Describe Tanzu Kubernetes Grid workload clusters

Objective 3.33 Describe Virtual Machine (VM) Class in vSphere with Tanzu

Objective 3.34 Describe Storage Policies in vSphere with Tanzu

Objective 3.35 Describe vSphere with Tanzu shared datastores types

Tanzu Service Mesh Advanced

Objective 3.36 Describe the purpose of Global Namespaces

Objective 3.37 Describe application connectivity services and traffic control benefits

Objective 3.38 Describe applications autoscaling functionality

Objective 3.39 Describe the benefits of Tanzu Service Mesh user interface

Aria Operations for Applications (Observability)

Objective 3.40 Describe Aria Operations for Applications capabilities and features

Objective 3.41 Describe the components of Aria Operations for Applications

Objective 3.42 Describe Aria Operations for Applications integration with Tanzu Mission Control

NSX Advanced Load Balancer

Objective 3.43 Describe NSX Advanced Load Balancer capabilities and features

Objective 3.44 Describe the components of NSX Advanced Load Balancer

Objective 3.45 Explain how Tanzu Kubernetes Grid integrates with NSX Advanced Load Balancer

Section 4 – VMware Tanzu for Kubernetes Operations Security

Objective 4.1 Describe registry Policies for deploying images

Objective 4.2 Explain registry scanning policies for identifying CVE's in images & blocking critical CVE's

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1. What are two services that require Transport Layer Security (TLS) certificates to provide encryption in VMware Tanzu Service Mesh? (Choose two.)

A.Internal Service

B.Proxy Service

C.Certificate Authority (CA) Service

D.Public Service

E.External Service

Answer: C, D

2. Which two groups can be created to collect and manage objects in VMware Tanzu Service Mesh? (Choose two.)

A.Node groups

B.Cluster groups

C.Security groups

D.API groups

E.Service groups

Answer: A, E

3. Which set of tools can be used to attach a Kubernetes cluster to VMware Tanzu Mission Control?

A.Tanzu CLI and VMware vSphere Web Ul

B.Tanzu CLI and VMware Tanzu Mission Control Web Ul

C.kubectl and VMware vSphere Web Ul

D.kubectl and VMware Tanzu Mission Control Web Ul

Answer: D

4. What two steps are required to visualize API connectivity and enable API protection in VMware Tanzu Service Mesh? (Choose two.)

A.Activate API Discovery for the Global Namespace

B.Create API Security Policy for the Global Namespace

C.Enable Threat Detection Policy for the Global Namespace

D.Set a Distributed Firewall policy for the Global Namespace

E.Create an Autoscaling policy for API for the Global Namespace

Answer: A, B

5. Which statement describes a Container Storage Interface (CSI) in VMware Tanzu Kubernetes Grid?

A.It is a plug-in that onlyworks with vSphere object storage.

B.It is a plug-in that is only used for clusters which require cloud native storage.

C.It is a plug-in that allows providers to expose storage as persistent storage.

D.It is a plug-in that is required for ephemeral storage.

Answer: C

6. Which statement about Tanzu Mission Control policies is correct?

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.

Answer: C

7. Which tool can be used to backup and restore workloads on clusters provisioned by the VMware Tanzu Kubernetes Grid Service?

A.Site Recovery Manager

B.Restic

C.VMware vSohere Data Protection

D.Velero Plugin for VMware vSphere

Answer: D

8. Which two StorageClass objects are supported by the VMware Tanzu Kubernetes Grid? (Choose two.)

A.Azure Glacier

B.vSphere Cloud Native Storage (CNS)

C.Linux Remote File Services

D.Samba

E.Amazon EBS

Answer: B, E