$1.$ Scenario: Your customer wants to retire their existing Jenkins CI tool and replace it with something Kubernetes$-$native. They also want to start using Git as a source of truth for the deployment of their applications.

Question: Which $2$ OpenShift technologies would you recommend to the customer?

$($Choose all correct answers$)$

OpenShift Pipelines

OpenShift GitOps

None $-$ use Red Hat Ansible Automation Platform deployed via an Operator on OpenShift.

OpenShift Serverless

$2.$ Scenario: Your customer has asked about $3$rd$-$party software and hardware on Red Hat OpenShift. They want to know how they can find out if a piece of software or hardware is certified for Red Hat OpenShift.

Question: Which of the following can quickly answer the customer$$s questions about certified $3$rd$-$party software and hardware? Select $2$ correct answers.

$($Choose all correct answers$)$

The list of certified Operators within Red Hat OpenShift$$s OperatorHub.

Searching the $3$rd$-$party vendor$$s website for information.

Searching redhat.com using a search engine.

The Red Hat Ecosystem Catalog

$3.$ Scenario: Your customer has $2$ challenges:

They have a large Java application that they want to move into containers, but they are not sure where to begin. They are not certain what changes should be made to the application to make it ready for deployment in a container and onto Red Hat OpenShift.

They have another application that is deployed on virtual machines. They do not want to move the application to containers yet, but they need to retire the Red Hat Virtualization environment that the VMs run on$.$

Question: Which Red Hat OpenShift technologies would you likely recommend to the customer initially, to help solve both of these challenges? Select $3$ correct answers.

$($Choose all correct answers$)$

Red Hat OpenShift Service Mesh

Red Hat$$s migration toolkit for virtualization

Red Hat OpenShift Virtualization

Red Hat$$s migration toolkit for applications

$4.$ Scenario: Your customer has come to you with a challenge: It is taking them far too long to onboard a new developer. Some of their projects also have very strict security requirements, requiring that developers are not able to check out copies of the source to their own laptops.

Question: Which Red Hat OpenShift technologies can help simplify developer onboarding to OpenShift? Select $2$ correct answers.

$($Choose all correct answers$)$

None $-$ use Red Hat Ansible Automation Platform to automatically provision the required infrastructure for the associate.

Red Hat OpenShift GitOps

Red Hat OpenShift Dev Spaces

OpenShift Toolkit

$5.$ Scenario: A customer has asked you about Operators. They have heard the term once or twice but they are not sure what they are, or what benefits they provide.

Question: Which of the following statements is true regarding Operators? Select $3$ correct answers.

$($Choose all correct answers$)$

An Operator is a Kubernetes pattern that uses control loops to manage applications and their components.

Operators are often a full replacement for human administrators.

Operators provide consistent and repeatable automation to reduce human error.

Three common technologies used to build Operators are Helm, Ansible, and Golang.

$6.$ Scenario: Your customer is concerned about the potential complexity of updating their Red Hat OpenShift clusters. They are also worried about the supply chain of updates because their organization is highly security$-$conscious.

Question: Which of the following statements is true regarding Red Hat OpenShift updates?

Updates require manual intervention by an administrator at multiple points.

Red Hat OpenShift upgrade paths are made available after testing and appropriate real$-$world validation.

All Red Hat OpenShift update packages are digitally signed by Red Hat, and this signature is validated before the update package is applied.

Red Hat CoreOS components must be updated separately from the rest of Red Hat OpenShift.