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An IBM Cloud Professional Architect is a highly skilled cloud professional who is proficient in designing, planning, and architecting a wide range of solutions on the IBM Cloud platform. These solutions may encompass various elements such as systems, applications, capabilities, processes, and service components. This role demands a thorough understanding of the IBM Cloud ecosystem and its numerous offerings. As an IBM Cloud Professional Architect, one is expected to efficiently architect solutions with minimal assistance. This means they can independently navigate their way through the project, requiring limited help from support teams, project documentation, or subject matter experts. Their role is not only pivotal in creating robust solutions but also in driving the overall success of the project by ensuring the most effective and efficient use of resources.

 

Exam Code: C1000-172

Exam Name: IBM Cloud Professional Architect v6

Number of questions: 64

Number of questions to pass: 39

Time allowed: 90 minutes

Languages: English

Price: $200 USD

Certification: IBM Certified Professional Architect - Cloud v6

 

Identify the functionality of VPC on IBM Cloud using detailed feature use cases

Identify architectural considerations and features for IBM Cloud container platform offerings

Identify options for persistent storage in Red Hat OpenShift on IBM Cloud

Identify the key capabilities and features of IBM Power Systems Virtual Servers  using detailed feature use cases

Identify the capabilities of each storage tier for Power Systems Virtual Server storage

Identify the architectural considerations and features for IBM Cloud for VMware Solution

Identify the architectural considerations and features for IBM Cloud Code Engine

 

Describe the three IBM Cloud service models

Examine Automation for the application platform using IBM Cloud Schematics

Identify Watson AI Services to add AI capabilities to IBM Cloud Solutions

Compare services used to connect apps in Cloud Application Integration Architecture in IBM Cloud Solutions

Identify IBM Cloud applications that integrate with Event Driven Architecture 

 

Identify the capabilities and features of IBM Analytics Engine on IBM Cloud using detailed feature use cases

Identify features and capabilities of database services on IBM Cloud

 

Define the options and capabilities of classic File Storage on IBM Cloud

Define the options and capabilities for Block Storage for VPC

Define the options and capabilities for Object Storage on IBM Cloud

 

Explain Direct Link deployment considerations

Explain establishing hybrid cloud integration and connectivity using IBM Secure Gateway

Explain cloud-native application network requirements for containers

Explain Virtual Private Cloud connectivity options on IBM Cloud using detailed feature use cases

Identify the features and architecture of VPN gateways using detailed feature use cases

Define the capabilities of IBM's Cloud Internet Services (CIS) using detailed feature use cases

Explain global load balancing and how it optimizes website and application performance

 

Identify key architecture concepts related to cloud security and security features of IBM Cloud Security

Identify the architectural structure and uses of IBM Key Protect

Identify the architectural structure and uses of Hyper Protect Crypto Services

 

Identify availability benefits of deploying an application in multizone regions (MZR)

Identify Disaster Recovery concepts and resilient solutions on classic, VPC, OpenShift platforms

 

Identify the monitoring and alerting capabilities in IBM Cloud Monitoring using detailed feature use cases

Identify the features of IBM Log Analysis using detailed feature use cases

Identify the features for IBM Cloud flow logs for VPC using detailed feature use cases

 

1. An airline company wants to build a complete solution for updating aircraft data, related maintenance schedules, working hours, and routes defined in an application. Which IBM Cloud database service is best suited for this application?

A. Db2

B. Db2 Warehouse

C. Databases for Snowflake

D. Databases for Elasticsearch

Answer: A

 

2. A company wants to implement a disaster recovery strategy for their critical applications. They require a low recovery point objective (RPO) and recovery time objective (RTO) and have a limited budget. They are willing to tolerate some downtime during the recovery process.

Which DR strategy option would be most suitable for this scenario?

A. Active/Passive

B. Active/Standby

C. Active/Active

D. Passive/Standby

Answer: B

 

3. Which technology does IBM Cloud Direct Link use to achieve high availability with two connections?

A. Using VPN connections with diversity

B. Using GRE Tunneling

C. Using Equal-Cost MultiPath (ECMP) with diversity

D. Using Equal-Path MultiCost (EPMC) with diversity

Answer: C

 

4. A solution architect would like to deploy a containerized AI application that involves highly sensitive data. Which infrastructure choice must the architect choose for the IBM Cloud Kubernetes Service to obtain the most secure isolation?

A. Shared VPC infrastructure

B. Bare Metal Classic infrastructure

C. Shared Classic infrastructure

D. Public VPC infrastructure

Answer: B

 

5. What must be completed before adding a new network interface to a virtual server instance on IBM Cloud VPC?

A. Select the security group to be associated with the network interface

B. Select the access control list to be associated with the network interface

C. Create a public gateway to be associated with the network interface

D. Select the resource group to be associated with the network interface

Answer: A

 

6. What best describes a single zone region in IBM Cloud?

A. A region that provides high availability and fault tolerance for applications

B. A region that allows the deployment of applications in multiple availability zones

C. A region with a single data center located in a specific geographic location

D. A region with multiple data centers spread across different geographic locations

Answer: C

 

7. What is the key technology that makes IBM Cloud Analytics Engine run jobs at a remarkable processing speed?

A. Rapid Distributed Datasets (RDD)

B. Rapid Divided Datasets (RDD)

C. Resourceful Distributed Datasets (RDD)

D. Resilient Distributed Datasets (RDD)

Answer: D

 

8. When can an IBM Cloud Monitoring metric data be deleted?

A. It is automatically deleted after 15 months

B. It can only be deleted by opening a support ticket

C. It is never deleted

D. It is deleted when the capture file is deleted

Answer: A

 

9. How does a client ensure high availability for master nodes in a Red Hat OpenShift on IBM Cloud cluster?

A. Master nodes have six replicas for high availability

B. Users must deploy the application nodes evenly across zones, then IBM deploys the master nodes in the same way

C. Master node replicas are automatically spread evenly across zones

D. Users can decide how master nodes should be distributed across zones used in the cluster

Answer: C

 

10. Which IBM Cloud solution can provide a messaging broker?

A. IBM Event Streams

B. IBM API connect

C. IBM Aspera

D. IBM Watson OpenScale

Answer: A