Leverage the Oracle AI Database Services on OCI running inside another hyperscaler’s data centers to run the entire stack in one cloud with the highest performance, availability, and scalability. This architecture eliminates the network latency and cost of moving large amounts of data across clouds. Oracle manages the private network connection between OCI child site and Oracle data center in the region, allowing other OCI services direct access to the Oracle AI Database Services in the respective hyperscaler for integration.

Conduent powers a large US tolling authority with Oracle Database@Azure

This multicloud use case diagram shows Microsoft Azure Cloud and Oracle Cloud Infrastructure side by side, with IoT displayed to the left of Microsoft Azure Cloud.

The services under Microsoft Azure Cloud are apps and services in a container, Microsoft Dynamics 365, and Oracle Database@Azure.

The services under Oracle Cloud Infrastructure are Fusion and Oracle Analytics Cloud.

IoT connects to the apps and services in the container. The apps and services in the container connect to Oracle Database@Azure; they also connect to Fusion via OCI Integration.

Microsoft Dynamics 365 connects to Oracle Database@Azure.

Oracle Database@Azure connects to Oracle Analytics Cloud via Data Guard.

Support specific development environments and toolsets while using best-of-breed data management technology.

Architecture

• PowerBuilder, .NET, and Go applications are on the front end on AWS and GCP, and Autonomous AI Database is on the back end on OCI.
• An OCI FastConnect partner connects FastConnect to AWS Direct Connect and Google Interconnect.

A home service plan customer with 2 million users deploys a multicloud split-stack solution across OCI, AWS, and GCP

The split-stack architecture diagram includes three main components: Oracle Cloud Infrastructure, AWS, and GCP. Oracle Cloud Infrastructure connects to AWS via OCI FastConnect, Equinix Fabric, and AWS Direct Connect. Oracle Cloud Infrastructure connects to GCP via OCI FastConnect, Equinix Fabric, and Google Interconnect. Equinix Fabric is at the center of the network connections. The Oracle Cloud Infrastructure component includes Autonomous AI Database and OCI GoldenGate. The AWS component includes an app in a container and an app in a VM. The GCP component includes and app in a container and an app in a VM.

Modernize data transformation pipelines with real-time data analysis and faster delivery of datareports to make more informed and timely business decisions.

Architecture

• Data analytics on the frontend on Azure with Oracle Autonomous AI Lakehouse on the backendinOracle Database Service for Azure on OCI forreal-time data insight
• Data feed from Oracle E-Business Suite to Oracle Autonomous AI Lakehouse using OCIGoldenGate
• Data transfer to Azure Data Lake via Oracle Interconnect for Microsoft Azure and Azure datagateway for batch data upload

Veritas achieves 20Xbetter performance using OCI databases with Azure

The data analytics pipeline architecture diagram includes three maincomponents: Oracle Cloud Infrastructure, Oracle Database Services for Microsoft Azure, andMicrosoft Azure. Oracle Cloud Infrastructure and Microsoft Azure are bidirectionally linkedvia Oracle Interconnect for Microsoft Azure. Oracle Cloud Infrastructure component includesE-Business Suite, GoldenGate and Autonomous AI Lakehouse. E-Business Suite data are feedinto Autonomous AI Lakehouse via GoldenGate. Oracle Database Services for Microsoft Azurecomponent includes Autonomous AI Lakehouse and Oracle Interconnect for Microsoft Azure.Oracle Interconnect for Microsoft Azure is a network service that connects OCI FastConnectdirectly with Azure ExpressRoute. Microsoft Azure component includes Synapse, Data Lake, andData gateway.

Integrate SaaS applications with applications on different clouds to achieve business agility andinnovation.

Architecture

• Replicate an Oracle Retail cloud database to a SQL server to run the custom application onAzure.
• Achieve near real-time integration of customer apps with the SaaS application.
• The data is also replicated from OCI GoldenGate to GoldenGate for a SQL server running inAzure and subsequently loaded into an Azure SQL database.

Replicate and integrate retail merchandising data accessschema (DAS) in near real time

The SaaS integration architecture diagram includes four maincomponents: SaaS, Oracle Cloud Infrastructure, Oracle Interconnect for Azure, and Azure.SaaS component connects to Oracle Cloud Infrastructure and Oracle Interconnect for Azure viaone-way replication. Oracle Cloud Infrastructure connects to Azure via Oracle Interconnectfor Azure. SaaS component includes SaaS app, SaaS Database which is an Autonomous AI Database,and GoldenGate. Oracle Cloud Infrastructure component includes Database and GoldenGate.Oracle Interconnect for Azure includes OCI FastConnect and Azure ExpressRoute. Azureincludes Application VM, SQL server, and GoldenGate. The data replication of SaaS Databasehas two options: One option is replicated by GoldenGate in SaaS component to GoldenGate andDatabase in Oracle Cloud Infrastructure; The other option is replicated by GoldenGate inSaaS component to Oracle Interconnect for Azure to GoldenGate and SQL server in Azure. Thedata replication of the Database in Oracle Cloud Infrastructure component can be replicatedby GoldenGate in Oracle Cloud Infrastructure component to Oracle Interconnect for Azure toGoldenGate and SQL server in Azure component.

Integrate ERP on one cloud with applications running on other clouds to meet business agility andIT modernization needs.

Architecture

• Application stacks on OCI and Azure interoperate and share data.
• Maintain high performance connectivity between dependent applications in the cloud with nore-architecture.
• Siebel CRM 22.8 in OCI Container Engine for Kubernetes with Oracle Exadata Database Serviceon OCI.
• Low-latency, high-speed integration with Azure-hosted apps using Oracle Interconnect forAzure.

How American Airlinestransformed legacy apps and migrated to OCI (PDF)

The App to app architecture diagram has three main components:Oracle Cloud Infrastructure, Oracle Interconnect for Azure, and Microsoft Azure. OracleCloud Infrastructure connects to Microsoft Azure via Oracle Interconnect for Azure. TheOracle Cloud Infrastructure component includes Container Engine for Kubernetes with Siebelapplication in it, Exadata database, API Gateway and Integrations. Oracle Interconnect forAzure component includes OCI FastConnect and Azure ExpressRoute. Microsoft Azure componentincludes Virtual Desktop Infrastructure, Mobile and Apps.

Distribute workloads to run on different clouds to achieve the best price-performance.

Architecture

• Run workload orchestration on OCI and run a distributed Kubernetes or VM workload on OCI,AWS, and Azure.
• Achieve a high level of parallel computing and good price-performance.

YellowDog deploys workload management platforms on Oracle Cloud Infrastructure

Mynet delivers exceptional mobile gaming experiences with Oracle Cloud Infrastructure and cuts costs by 80%

The Distributed workload architecture diagram has three maincomponents with network connections in between: Oracle Cloud Infrastructure, AWS, and Azure.Oracle cloud infrastructure component includes Workload management, Container Engine forKubernetes, and Workload in VM. AWS component includes App in container and App in VM. Azurecomponent includes App in container and App in VM. Oracle Cloud Infrastructure and AWS havetwo options to connect: One option is via Site-to-site VPN; The other option is via OCIFastConnect to Equinix Fabric to AWS Direct Connect. Oracle Cloud Infrastructure and Azurehave two options to connect: One option is via Site-to-site VPN; The other option is via OCIFastConnect to Equinix Fabric to Azure ExpressRoute.