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Oracle 1z0-1147 Exam Syllabus Topics:

Section	Weight	Objectives
Oracle AI Database@Azure Architecture and Onboarding	20%	- Oracle AI Database@Azure architecture 1. Azure Marketplace purchasing and service integration 2. Oracle-managed infrastructure within Azure regions - Subscription and onboarding 1. Microsoft Entra ID and OCI IAM federation 2. Linking Azure subscriptions with OCI tenancies 3. Roles and permissions 4. Azure subscription and resource provider onboarding
Migrate Oracle Databases to Oracle AI Database@Azure	15%	- Migration technologies 1. Zero Downtime Migration 2. Data Guard 3. RMAN 4. Oracle GoldenGate 5. Oracle Data Pump - Migration planning 1. Migration method selection 2. Physical and logical migration approaches
Secure Oracle AI Database@Azure	15%	- Security and access control 1. Auditing and logging 2. Network isolation 3. Azure and OCI identity and access control 4. Separation of duties - Data protection 1. Encryption in transit 2. Transparent Data Encryption 3. Oracle-managed and customer-managed keys
HA and DR with Oracle AI Database@Azure	10%	- Disaster recovery and backup 1. Switchover and failover 2. Backup and restore 3. Data Guard and Autonomous Data Guard 4. Recovery point and recovery time objectives - High availability 1. Exadata redundancy and availability zones 2. Autonomous Database high availability
Introduction to Multicloud	5%	- Multicloud concepts and Oracle AI Database@Azure 1. Multicloud architecture and use cases 2. Oracle AI Database@Azure service model and responsibilities
Configure Oracle AI Database@Azure Networking	15%	- Network security and connectivity 1. VNet peering 2. User-defined routes 3. DNS and private connectivity 4. Network security groups 5. ExpressRoute and site-to-site connectivity - Azure and Oracle networking 1. Delegated subnets 2. Default and advanced networking 3. Oracle.Database network attachments
Provision and Operate Oracle AI Database@Azure Resources	20%	- Provisioning database infrastructure 1. Autonomous Database Serverless 2. Exadata Database Service on Dedicated Infrastructure 3. Exadata infrastructure and VM clusters - Database operations 1. Quotas and service limits 2. Monitoring and metrics 3. Database provisioning and configuration 4. Scaling and resource management 5. Patching and maintenance

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Oracle AI Database@Azure Architect Professional Sample Questions (Q23-Q28):

NEW QUESTION # 23
You have created a delegated subnet for an Exadata Infrastructure resource in Availability Zone 1. You now need to provision a second Exadata Infrastructure resource in Availability Zone 2 for disaster recovery. What should you do?

A. Reuse the existing delegated subnet for both Exadata Infrastructure resources.
B. Request VNet peering between the subnet and itself.
C. Create a separate delegated subnet for the second Exadata Infrastructure resource.
D. Disable subnet delegation before provisioning the second resource.

Answer: C

Explanation:
Cross-availability-zone Oracle AI Database@Azure disaster recovery requires separate networking constructs for the primary and standby deployments. Oracle's Data Guard prerequisite documentation specifies two Azure VNets , with each VNet containing one Oracle AI Database@Azure delegated subnet , when configuring Data Guard between different availability zones in the same Azure region.
A separate delegated subnet ensures that each Exadata deployment receives the correct network attachment, address space, routing, and zone-aligned connectivity. Oracle also requires the associated VNet address spaces to be non-overlapping.
Reusing the AZ1 delegated subnet for infrastructure located in AZ2 would therefore conflict with the supported topology. Self-peering a subnet is not an Azure networking construct and would provide no meaningful isolation. Removing delegation would be counterproductive because delegation to Oracle's database resource provider is fundamental to provisioning Oracle AI Database@Azure networking.
Thus, A is the correct deployment pattern.
Study Guide reference: Configure Oracle AI Database@Azure Networking - cross-zone Data Guard networking, delegated subnets and VNet separation.

NEW QUESTION # 24
You have configured automatic backups for an Exadata Database using Object Storage with a 30-day retention period. A new compliance requirement now mandates that full backups be retained for up to 10 years with immutability. What should you do?

A. Rely on manual, on-demand backups only.
B. Switch to NFS as the backup destination.
C. Increase the Object Storage retention period to 3,650 days.
D. Enable Autonomous Recovery Service and configure a long-term retention backup with retention lock.

Answer: D

Explanation:
Oracle Database Autonomous Recovery Service provides the specific capabilities required for multi-year database backup retention combined with immutability .
Oracle's Long-Term Retention capability allows a full database backup to be retained for up to ten years .
This addresses regulatory requirements that exceed ordinary operational backup-retention windows. Recovery Service additionally supports Retention Lock , which prevents protected backups from being modified or deleted before the configured retention period expires. This provides a database-aware immutability mechanism suitable for ransomware, malicious-administrator, and compliance-protection scenarios.
Merely increasing a standard Object Storage backup retention value does not provide the same Recovery Service lifecycle, recoverability validation, protection-policy model, or database-specific retention locking.
NFS likewise does not introduce a managed ten-year immutable recovery framework. Manual on-demand backups also fail to provide policy-enforced retention and introduce unnecessary operational risk.
The combination of Recovery Service, LTR, and Retention Lock directly addresses both requirements in the question: ten-year retention and immutability .
Therefore, B is correct.
Study Guide reference: Secure Oracle AI Database@Azure - Autonomous Recovery Service, Long- Term Retention and Retention Lock.

NEW QUESTION # 25
When Default DNS is used during Exadata VM Cluster provisioning in Oracle AI Database@Azure, which domain suffix does the SCAN listener use?

A. oci-exadata.com
B. oraclecloud.com
C. oraclevcn.com
D. azure-database.net

Answer: C

Explanation:
With the Default DNS option, Oracle automatically creates and manages the private DNS configuration associated with the Exadata VM Cluster. The generated database networking domain uses the oraclevcn.com suffix.
The Single Client Access Name (SCAN) listener and database-node FQDNs are registered within this Oracle- managed private DNS domain. OCI hosts the corresponding private DNS zone and, as part of the Oracle AI Database@Azure integration, the service replicates the required DNS records into a matching Azure Private DNS zone. Azure then links that private zone to the VNet hosting the Oracle database deployment, allowing Azure applications to resolve the Oracle database endpoints privately.
oraclecloud.com is broadly used for Oracle public cloud endpoints but is not the default private VCN suffix for the Exadata SCAN name. azure-database.net and oci-exadata.com are likewise not the default suffixes used by this Oracle-managed DNS architecture.
Therefore, D. oraclevcn.com is correct.
Study Guide reference: Configure Oracle AI Database@Azure Networking - Exadata default DNS, SCAN and Azure Private DNS replication.

NEW QUESTION # 26
You want to temporarily minimize compute license billing costs for an idle guest Exadata VM Cluster on Oracle AI Database@Azure without destroying the virtual machines or losing database storage. What is the minimum number of OCPUs per database node you can scale the cluster down to in order to achieve this state?

A. Four OCPUs
B. Two OCPUs
C. Zero OCPUs
D. One OCPU

Answer: C

Explanation:
Oracle Exadata VM Cluster compute resources can be scaled down to zero OCPUs when the objective is to suspend compute consumption without deleting the VM Cluster definition or its persistent database storage.
Oracle explicitly notes that simply stopping VMs does not stop the relevant compute billing; to stop VM Cluster compute-related billing, the enabled OCPU-or ECPU on applicable generations-allocation must be reduced to zero.
At zero enabled compute, the guest VMs are shut down while the infrastructure configuration and persistent database storage remain available. The administrator can later restore service by scaling the enabled compute allocation back above zero. This makes the feature useful for development, testing, seasonal, or otherwise intermittent environments where deleting and recreating the database environment would be operationally undesirable.
Values of one, two, or four OCPUs still represent allocated active compute and therefore do not achieve the requested zero-compute billing state.
On Exascale Infrastructure, Oracle documents the equivalent ECPU behavior explicitly: enabled ECPUs can be scaled to zero, shutting down VM Cluster VMs and stopping enabled-ECPU usage billing.
Study Guide reference: Provision and operate Oracle AI Database@Azure Resources - VM Cluster scaling, OCPU/ECPU allocation and cost control.

NEW QUESTION # 27
To achieve continuous availability and automated database failover using Data Guard Fast-Start Failover (FSFO) across availability zones in Oracle AI Database@Azure, where is it recommended to host the client- side Observer process?

A. On one of the primary Exadata VM cluster database nodes
B. On a separate Azure virtual machine deployed in a different availability zone
C. On an OCI utility server deployed in the OCI parent region control plane
D. On one of the standby Exadata VM cluster database nodes

Answer: B

NEW QUESTION # 28
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