Exam Title: Oracle Cloud Infrastructure 2020 Architect Professional
Exam Number: 1Z0-997-20
Exam Price: Rs.36,887 More on exam pricing
Format: Multiple Choice
Duration: 120 Minutes
Number of Questions: 50
Passing Score: 70%
Validated Against:
This exam has been validated against OCI version 2020
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A combination of Oracle training and hands-on experience (attained via labs and/or field experience) provides the best preparation for passing the exam.
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Implement and operate solutions in OCI
Implement solutions to meet business and technical requirements
Operate and troubleshoot solutions on OCI
(NEW for 2020) Conduct Monitoring, observability and alerting in OCI
(NEW for 2020) Manage infrastructure using OCI CLI, APIs and SDKs
Design for hybrid cloud architecture
Design and implement hybrid network architectures to meet high availability, bandwidth and latency requirements
Evaluate multi-cloud solution architectures
Design for Security and Compliance
Design, implement and operate solutions for security and governance
Design, implement and operate solutions to meet compliance requirements
Plan and design solutions in Oracle Cloud Infrastructure (OCI)
Plan and design solutions to meet business and technical requirements
Create architecture patterns including N-tier applications, microservices, and serverless architectures
Design scalable and elastic solutions for high availability and disaster recovery
Design, implement and operate databases in OCI
Evaluate and implement databases
Operate and troubleshoot databases
Migrate on-premises workloads to OCI
Design strategy for migrating on-premises workloads to OCI
Implement and troubleshoot database migrations
QUESTION 1
Which three scenarios are suitable for the use of Oracle Cloud Infrastructure (OCI) Autonomous Transaction
Processing – Serverless (ATP-S) deployment? (Choose three.)
A. A manufacturing company is running Oracle E-Business Suite application on-premises. They are looking to
move this application to OCI and they want to use a managed database offering for their database tier.
B. A midsize company is considering migrating its legacy on-premises MongoDB database to Oracle Cloud
Infrastructure (OCI). The database has significantly higher workloads on weekends than weekdays.
C. A small startup is deploying a new application for eCommerce and it requires a database to store
customers’ transactions. The team is unsure of what the load will look like since it is a new application.
D. A well-established, online auction marketplace is running an application where there is database usage
24×7, but also has peaks of activity that are hard to predict. When the peaks happen, the total activities
may reach 3 times the normal activity level.
E. A developer working on an internal project needs to use a database during work hours but doesn’t need it
during nights or weekends. The project budget requires her to keep costs low.
Correct Answer: ACE
QUESTION 2
You are working for a Travel company and your travel portal application is a collection of microservices that
run on Oracle Cloud Infrastructure Container Engine for Kubernetes. As per the recent security overview, you
have noticed that Oracle has published a newer image of the Operating System used by the worker nodes.
You want to make sure that your application doesn’t face any downtime but at the same time the worker nodes
gets upgraded to the latest version of the Operating System.
What should you do to get this upgrade done without application downtime? (Choose the best answer.)
A. 1. Shutdown the worker nodes
2. Create a new node pool
3. Manually schedule the pods on the newly built node pool
B. 1. Create a new node pool using the latest available Operating System image.
2. Run kubectl cordon <node name> against all the worker nodes in the old pool to stop any new application pods to get scheduled
3. Run kubectl drain <node name> ––delete–local–data ––force ––ignore–daemonsets
to evict any Pods that are running
4. Delete the old node pool
C. 1. Create a new node pool using the latest available Operating System image
2. Run kubectl taint nodes ––all node–role.kubernetes.io/master–
3. Delete the old node pool
D. 1. Run kubectl cordon <node name> against all the worker nodes in the old pool to stop any new application pods to get scheduled
2. Run kubectl drain <node name> ––delete–local–data ––force ––ignore–daemonsets to evict any Pods that are running
3. Download the patches for the new Operating System image
4. Patch the worker nodes to the latest Operating System image
Correct Answer: D
QUESTION 3
A. Allow group Eng-group to inspect instance-family in compartment Dev-
Team:Compute and attach the policy to ‘SysTest-Team’ Compartment.
B. Allow group Eng-group to read instance-family in compartment Dev-Team:Compute
and attach the policy to ‘Dev-Team’ Compartment.
C. Allow group Eng-group to inspect instance-family in compartment Dev-
Team:Compute and attach the policy to ‘Engineering’ Compartment.
D. Allow group Eng-group to read instance-family in compartment Compute and attach the
policy to ‘Engineering’ Compartment.
Correct Answer: C
QUESTION 4
You are working for a Travel company and your travel portal application is a collection of microservices that
run on Oracle Cloud Infrastructure Container Engine for Kubernetes. As per the recent security overview, you
have noticed that Oracle has published a newer image of the Operating System used by the worker nodes.
You want to make sure that your application doesn’t face any downtime but at the same time the worker nodes
gets upgraded to the latest version of the Operating System.
What should you do to get this upgrade done without application downtime? (Choose the best answer.)
A. 1. Shutdown the worker nodes
2. Create a new node pool
3. Manually schedule the pods on the newly built node pool
B. 1. Create a new node pool using the latest available Operating System image.
2. Run kubectl cordon <node name> against all the worker nodes in the old pool to stop any new application pods to get scheduled
3. Run kubectl drain <node name> ––delete–local–data ––force ––ignore–daemonsets to evict any Pods that are running
4. Delete the old node pool
C. 1. Create a new node pool using the latest available Operating System image
2. Run kubectl taint nodes ––all node–role.kubernetes.io/master–
3. Delete the old node pool
D. 1. Run kubectl cordon <node name> against all the worker nodes in the old pool to stop any new application pods to get scheduled
2. Run kubectl drain <node name> ––delete–local–data ––force ––ignore–daemonsets to evict any Pods that are running
3. Download the patches for the new Operating System image
4. Patch the worker nodes to the latest Operating System image
Correct Answer: D
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