Oracle AI Database@GCP Architect Professional Exam Practice Test
Architecting Oracle AI Database on Google Cloud involves planning how cloud-hosted applications connect to the database and how teams secure, operate, and recover it. The available practice material uses scenarios involving private network paths, database identities and privileges, auditing, capacity checks, session diagnostics, backup and recovery, and application transaction behavior.
Exam overview
About the Oracle AI Database@GCP Architect Professional Exam
Architecture work includes selecting network connectivity that keeps traffic off public routes, assigning named identities for administrative work, and limiting application accounts to the privileges their code needs. Operational decisions can involve checking tablespace capacity, investigating sessions with unusual CPU use, and retaining evidence that helps identify who changed a database object and when. Recovery planning requires a configured capability for restoring data after deletion or logical corruption, along with periodic validation that recovery procedures work. Application and infrastructure changes also require attention to client-version compatibility and correct transaction handling when errors trigger a rollback. These skills connect cloud network design with Oracle database security, availability, monitoring, and application integration; the scenarios help practice choosing an appropriate response to a stated operational need.
Sample Practice Questions
Review a selection from this exam's published US Practice Tests practice bank.
An organization needs a private, non-public route between its Google Cloud application environment and its Oracle Database@Google Cloud deployment. Which design principle should guide the network configuration?
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Correct answer: APrivate connectivity depends on the supported interconnection and routing setup, along with appropriate network access controls. Private communication should not be assumed to exist automatically, and exposing a database listener publicly increases risk.
An organization wants database administrators to use individual identities rather than a shared account for routine administrative work. What is the main operational benefit?
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Correct answer: AIndividual identities improve accountability and make access lifecycle management more precise. They complement, rather than replace, auditing, authorization controls, and operational safeguards.
A database operator needs to confirm that a tablespace has sufficient free space for expected growth. Which information is most directly useful?
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Correct answer: ATablespace capacity assessment depends on allocated datafiles, available space, and relevant growth settings such as autoextend. Network and application routing details do not establish database storage headroom.
A service must recover database data after accidental deletion or logical corruption. Which operational capability should the architect ensure is configured and periodically validated?
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Correct answer: ABackups and tested restoration are central to recovery from deletion or logical corruption. A backup is useful only if it can be restored within the organization’s recovery objectives; the other options do not preserve or restore database data.
A database team wants to prevent an application account from creating database objects while still allowing it to execute approved application procedures. Which privilege design is most appropriate?
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Correct answer: BGranting narrowly scoped EXECUTE privileges permits access to approved procedures without unnecessary object-creation authority. This follows least-privilege principles.
An organization wants to ensure that database-related administrative actions can be reviewed after an operational incident. Which practice is most appropriate?
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Correct answer: AIndividual identities improve accountability, while retained audit and operational logs provide evidence for review. Access and retention should be governed so the records remain useful and protected.
A database workload depends on a third-party application that uses a particular Oracle client version. What should the architect do before changing the database deployment or client configuration?
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Correct answer: AClient, database, and application compatibility can depend on supported versions, drivers, and configuration. Checking authoritative compatibility guidance and testing the actual combination reduces the risk of connection or feature failures.
How to use this practice test
The free US Practice Tests bank contains 50 questions for this exam. A session presents up to 20 random questions, then displays results. Use the scenarios to check how well you can distinguish network, access-control, recovery, auditing, capacity, and diagnostic responses; revisit missed items by identifying the operational requirement behind each choice.
Preparation tips
- Sketch the private connectivity path between a Google Cloud application environment and the Oracle database deployment; identify where public routing would violate the stated requirement.
- For sample access-control scenarios, distinguish named administrator identities from shared accounts and separate object-creation privileges from permission to execute approved procedures.
- Practice matching operational evidence to the task: tablespace free space for capacity, session activity for CPU investigation, and audit records for attributing object changes.
- Outline recovery steps for accidental deletion or logical corruption, and include a method to validate that the configured recovery capability can restore usable data.
- When reviewing application scenarios, check client-version compatibility before changes and trace how transaction rollback affects application behavior after an error.