Oracle 1z0-1151-25 Dumps

For Oracle Database@Google Cloud, customers consult Oracle Sales to create a private offer in the Google Cloud Marketplace, aligning with the service’s GCP integration. Option A incorrectly references OCI Marketplace, Option C misstates account requirements (an OCI account links post-purchase), and Option D skips the sales consultation step. Oracle’s purchasing process documentation supports this for GCP-based services.

Oracle Interconnect for Google Cloud is designed for multicloud scenarios between OCI and GCP, such as integrating Autonomous Database with GCP AI (Option A), disaster recovery (Option C), or latency-sensitive apps (Option D). Migrating on-premises data to OCI (Option B) is a single-cloud use case that doesn’t inherently require GCP connectivity, making it the least likely to need this interconnect. Oracle’s multicloud use case documentation supports this distinction.

Oracle Database@Azure integrates with Azure Monitoring services to track database performance metrics such as block changes, OCPU utilization, and database wait time, which are critical for operational insights. Options like node status and ASM diskgroup utilization (A) are more infrastructure-focused, while invoice payments (B) and backup configurations (D) are unrelated toreal-time monitoring metrics. Oracle’s documentation on Database@Azure specifies these performance-oriented metrics as part of Azure’s monitoring capabilities.

The onboarding process for Oracle Database@Google Cloud primarily involves purchasing the service (via Google Cloud Marketplace) and configuring the resources (e.g., Exadata Infrastructure in GCP). Options B, C, and D include preparatory or optional steps, but the core onboarding focuses on purchase and initial setup, as per Oracle’s documentation. This streamlined process reflects the service’s integration into GCP workflows.

In Oracle Database@Azure, delegated subnets from an Azure VNet are linked to the OCI VCN within OCI pods during the provisioning of the Oracle Exadata VM Cluster. This step occurs in the Azure portal when you specify subnet details, enabling the Exadata infrastructure to communicate with Azure resources. Option A is incorrect as container databases are provisioned later in OCI, not Azure. Option B misplaces this as a prerequisite during account linking, and Option C is too vague, as it references the broader service rather than the specific VM Cluster step. Oracle’s provisioning guide confirms this timing.

A hub-and-spoke topology with a network virtual appliance (NVA) in GCP allows multiple application VPCs (spokes) to securely connect to a centralized Exadata Database Service (hub) without direct peering between VPCs. The NVA manages traffic and security. Direct Connect (Option B) isn’t a GCP term here, mesh peering (Option C) requires inter-VPC connections, and flat topology (Option D) is insecure. Oracle’s networking guide supports this topology for Database@Google Cloud.

Oracle Interconnect for Google Cloud is a dedicated, private network connection between Oracle Cloud Infrastructure (OCI) and Google Cloud Platform (GCP), designed to provide secure, low-latency, and high-bandwidth connectivity. It leverages OCI FastConnect and GCP Partner Interconnect to enable seamless multicloud workloads, such as running OCI databases with GCP AI tools. Option A is incorrect as it pertains to Azure, not GCP. Option B focuses on on-premises migration, which is unrelated to this interconnect. Option D contradicts the cloud-based purpose. Oracle’s documentation highlights this as a key multicloud enabler announced in June 2024.

In Oracle Database@Azure, the Azure portal is used for managing and maintaining Exadata VM clusters and infrastructure, aligning with its Azure-native management approach. Data Guard (Option A), database homes (Option B), and container/pluggable databases (Option D) are configured post-provisioning, often via database tools, not directly as portal tasks. Oracle’s documentation specifies this infrastructure focus in Azure.

Configuring Oracle Interconnect for Google Cloud requires creating a Partner Interconnect VLAN attachment in GCP, which pairs with OCI’s FastConnect virtual circuit for private connectivity. Shared VPC (Option A) is unrelated, NAT gateways (Option C) are for internet access, and “Cross-Cloud Interconnect” (Option D) is not a GCP term. Oracle’s setup guide confirms the VLAN attachment’s role.

In Oracle Database@Azure, the Azure portal is used to scale up Exadata infrastructure (e.g., adding compute) and run software updates, aligning with its infrastructure management role. Database-specific tasks like scaling resources or backups (Option A) and DR configurations (Option D) occur at the database level, often via OCI tools. Option B incorrectly ties OCI services to Azure monitoring. Oracle’s management guide specifies these Azure portal functions.

The Partner Service Key is provided by Microsoft when configuring the Azure ExpressRoute circuit, which is then used in OCI to link the FastConnect virtual circuit to the interconnect. It’s not sourced from OCI (Options A and D) or tied to a VPN (Option C). This key ensures secure pairing of the two clouds, as specified in Oracle’s OCI-Azure Interconnect setup guide.

The OCI-Azure Interconnect is the official Oracle-Microsoft partnership solution for establishing a private, high-bandwidth, and low-latency connection between OCI and Azure. This interconnect leverages Azure ExpressRoute and Oracle FastConnect to create a dedicated network link, bypassing the public internet for enhanced security and performance. A VPN connection (Option A) is possible but less optimal due to higher latency and lower reliability compared to the interconnect. Using the public internet (Option B) is insecure and unsuitable for mission-critical applications. This solution is detailed in Oracle’s multicloud architecture guides and the OCI-Azure partnership documentation, emphasizing its suitability for enterprise multicloud deployments.

Configuring the Oracle Interconnect for Google Cloud requires Virtual Circuits on OCI (via FastConnect) and Partner Interconnects on GCP, establishing a private, high-speed link between the clouds. A direct internet connection (Option A) defeats the purpose of a private interconnect, while Microsoft Active Directory (Option B) is unrelated to network setup. Public subnets (Option D) are not required—private connectivity is the goal. This setup is detailed in Oracle’s multicloud networking documentation.

To accept a private offer in the Azure Marketplace for Oracle Database@Azure, the user must have the Billing Account Owner or Contributor role under the Microsoft Customer Agreement. This role grants permissions to manage billing and purchasing activities, which are required to finalize the private offer created by Oracle Sales. Options A and B lack the necessary billing authority, while Option D (Enterprise Administrator) is a broader role not specifically tied to Azure Marketplace transactions. This is outlined in Oracle’s Database@Azure onboarding process documentation.

In Oracle Database@Azure, Oracle Exadata Infrastructure and Exadata VM Clusters are provisioned via the Azure portal, integrating OCI database services into Azure’s ecosystem. Option B overextends to include container/pluggable databases (managed separately), while Options C and D incorrectly involve the OCI console—provisioning is Azure-native. Oracle’s documentation corrects the original answer (C) to A.

Oracle Database@Google Cloud simplifies management by allowing customers to use the Google Cloud console and GCP automation tools (e.g., Terraform) to provision and manage databases, integrating seamlessly with GCP workflows. It doesn’t shift tasks to OCI (Option B), nor does OCI embed a console in GCP (Option C). Option D contradicts the multicloud ease-of-use goal. This is a key feature highlighted in Oracle’s June 2024 Google Cloud partnership announcement.