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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Introduction to Multicloud | 5% | - Multicloud concepts and Oracle AI Database@Azure |
| Topic 2: Oracle AI Database@Azure Architecture and Onboarding | 20% | - Azure Marketplace purchase and onboarding - Roles and permissions - Azure regions and OCI availability zones - Oracle AI Database@Azure architecture - Microsoft Entra ID and OCI IAM federation - Azure subscription and OCI tenancy linking |
| Topic 3: Secure Oracle AI Database@Azure | 15% | - Azure and OCI separation of duties - Network isolation - Encryption in transit - Transparent Data Encryption - Oracle-managed and customer-managed keys - Auditing and logging - Database and infrastructure access control |
| Topic 4: HA and DR with Oracle AI Database@Azure | 10% | - Backup and restore - RTO and RPO considerations - High availability architecture - Switchover and failover - Point-in-time recovery - Data Guard and Autonomous Data Guard - Availability zones and Exadata redundancy |
| Topic 5: Provision and Operate Oracle AI Database@Azure Resources | 20% | - Container and Pluggable Databases - Quotas and service limits - Exadata Infrastructure and VM Clusters - Monitoring and database management - Scaling and resource management - Patching and maintenance - Cloning and refreshing databases - Autonomous Database Serverless |
| Topic 6: Migrate Oracle Databases to Oracle AI Database@Azure | 15% | - Migration strategy selection - Migration validation and cutover - RMAN-based migration - Data Guard and GoldenGate - Oracle Data Pump - Zero Downtime Migration |
| Topic 7: Configure Oracle AI Database@Azure Networking | 15% | - Default and advanced networking - Network security groups - Delegated subnets - ExpressRoute and site-to-site connectivity - VNet peering and connectivity - DNS resolution and private connectivity - User-defined routes - Oracle.Database network attachments |
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NEW QUESTION # 63
Which two are documented supported network topologies for connecting applications to Oracle AI Database@Azure? (Choose two.)
Answer: A,C
Explanation:
Oracle documents multiple Azure network patterns for application connectivity to Oracle AI Database@Azure, including VNet peering and Hub-and-Spoke VNet peering .
VNet peering enables application workloads in one Azure VNet to communicate privately with Oracle database resources exposed through a delegated subnet in another VNet. This is appropriate when relatively direct, low-latency communication is required.
A Hub-and-Spoke design introduces a central hub containing shared connectivity and security services, such as Azure Firewall, a Network Virtual Appliance, ExpressRoute gateway, or VPN gateway. Application and database VNets connect as spokes or workload/data networks, allowing centralized inspection and hybrid connectivity.
Oracle's documented topology set also includes local VNet, global connectivity, on-premises Hub-and-Spoke, and related enterprise designs. A point-to-site VPN client model is not identified as the standard application topology requested here. More fundamentally, an Oracle AI Database@Azure deployment cannot exist without an Azure VNet and delegated networking.
Therefore, the correct selections are B and C .
Study Guide reference: Configure Oracle AI Database@Azure Networking - VNet Peering and Hub- and-Spoke topologies.
NEW QUESTION # 64
What is the subnet requirement for configuring an OCI Hub VCN to enable transit routing for Active Data Guard traffic between Oracle Database@Azure regions?
Answer: D
Explanation:
Oracle's reference architecture for multi-region Oracle Database@Azure disaster recovery explicitly states that no subnet is required in the Hub VCN to enable transit routing .
The Hub VCN serves primarily as a routing construct connecting gateways and route-table attachments.
DRGs, Local Peering Gateways, Remote Peering Connections, and VCN route tables provide the required network forwarding between the Oracle Database@Azure Child Site VCNs and remote regions. Because the hub does not need to host compute instances or network virtual appliances for this gateway-based transit model, it does not require a workload subnet.
This has an additional design benefit: the hub VCN can use a comparatively small CIDR range because there is no requirement to reserve substantial address space for servers or VNICs.
A public subnet and Internet Gateway are unnecessary because Data Guard traffic should traverse private cloud networking. Likewise, dedicated /24 transit-appliance subnets or per-availability-domain private subnets are not mandatory for the gateway-based topology.
Therefore, D is correct.
Study Guide reference: HA and DR with Oracle AI Database@Azure - cross-region Data Guard, OCI Hub VCN and transit routing.
NEW QUESTION # 65
Which two network routing capabilities or controls are supported when configuring User Defined Routes (UDR) within the delegated subnets of Oracle AI Database@Azure? (Choose two.)
Answer: A,B
Explanation:
Azure User-Defined Routes provide explicit Layer-3 forwarding control for traffic entering or leaving an Oracle AI Database@Azure delegated subnet. Oracle's documented network topologies use UDRs to direct application, on-premises, and database traffic through prescribed next hops such as an Azure Firewall or Network Virtual Appliance. This enables architects to construct custom network routing paths between on- premises systems and Exadata databases and exercise granular routing control across hybrid infrastructure .
In a Hub-and-Spoke deployment, for example, UDRs on application spokes can force database-bound traffic through the hub firewall, while corresponding routes on the Oracle AI Database@Azure spoke provide a symmetric return path. This is an architectural routing control, not a dynamic-routing protocol. ExpressRoute path selection is governed by BGP and ExpressRoute configuration rather than by a UDR automatically choosing between circuits.
Likewise, UDRs do not override Oracle-managed control-plane connectivity or scheduled lifecycle- management routes. Those functions remain under the service architecture.
Therefore, A and C are the supported routing capabilities. Study Guide reference: Configure Oracle AI Database@Azure Networking - UDRs, delegated subnets, hybrid connectivity, Hub-and-Spoke routing.
NEW QUESTION # 66
An enterprise already uses Microsoft Entra ID to govern employee access to hundreds of SaaS applications through group-based role assignment. The database team wants administrators to sign in to the OCI Console for Oracle AI Database@Azure using the same corporate credentials, and wants Entra ID group membership to automatically determine the corresponding OCI IAM group membership without manually creating each user in OCI. As the architect, you must choose the configuration that satisfies both the single sign-on and automated group-mapping requirements. Choose ONE.
Answer: B
Explanation:
The appropriate architecture is Microsoft Entra ID-to-OCI SAML federation combined with group synchronization/mapping .
SAML provides the authentication component. Administrators authenticate using corporate Microsoft Entra ID identities and obtain federated access to the associated OCI Identity Domain. Oracle's onboarding procedure creates the SAML trust by exchanging metadata between Microsoft Entra ID and OCI.
The provisioning side then maps assigned users and groups from the Microsoft Entra enterprise application into OCI through the configured identity integration. This allows corporate group membership to drive the user's Oracle-side authorization model instead of requiring administrators to create and maintain separate OCI identities individually.
Azure RBAC governs Azure resources but does not by itself create the required OCI IAM group relationships for OCI Console administration. Azure Key Vault controls cryptographic keys and secrets rather than identity federation, while manually creating OCI users directly contradicts the automated identity-lifecycle requirement.
Therefore, A provides both SSO and centralized enterprise identity/group management.
Study Guide reference: Secure Oracle AI Database@Azure - SAML federation, user/group synchronization and OCI IAM.
NEW QUESTION # 67
Your database administrator enabled a backup retention lock on an Autonomous AI Database in Oracle AI Database@Azure but now needs to reduce the retention period. What must you do to disable this retention lock or alter the retention period?
Answer: D
Explanation:
Backup Retention Lock is a protection mechanism intended to prevent administrators or compromised credentials from prematurely reducing the recoverability window of Autonomous AI Database backups. Once the lock is established, normal administrative interfaces cannot simply disable it or reduce the protected backup-retention period.
Oracle's Autonomous AI Database documentation explicitly states that after the backup retention lock has been set, the option cannot be disabled or the retention period changed through ordinary database administration. To disable the lock or modify the locked retention setting, the administrator must file a Service Request with Oracle Cloud Support .
This design provides an administrative separation between ordinary database management and an action that could materially weaken backup protection. Changing an Azure Key Vault key has no relationship to the retention-policy lock. An SQL ALTER DATABASE command cannot override a service-level backup governance control, and the Azure Portal does not expose a supported bypass to reduce the locked period.
Accordingly, A is the only supported escalation path in the choices.
Study Guide reference: Secure Oracle AI Database@Azure - Autonomous AI Database backup protection, retention policy, retention lock and operational security controls.
NEW QUESTION # 68
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