Oracle and Amazon Web Services have announced a new collaboration to expand multi-cloud connectivity between Oracle Cloud Infrastructure (OCI) and AWS, a move that reinforces a growing trend in the enterprise market: large companies no longer want to choose a single cloud provider but instead combine services from different providers with less technical friction, increased security, and high-performance private connections.
The initiative aims to establish connectivity between Oracle Interconnect and AWS Interconnect – multicloud, allowing customers to run applications and transfer data between both platforms via a private, managed, and simplified connection. According to Oracle, availability is expected later this year in the region AWS US East (N. Virginia), us-east-1, one of the most significant cloud regions in the US market.
Multi-cloud is no longer an exception
For years, multi-cloud was more of an operational reality than a coordinated strategy. Many companies ended up using AWS for certain workloads, OCI for Oracle databases, Azure for productivity, and Google Cloud for analytics or AI. The challenge wasn’t just using multiple clouds but connecting them securely, predictably, and efficiently.
Until now, many organizations had to build custom connections, hire external network providers, manage multiple layers of configuration, and navigate complex setups. AWS explicitly recognizes this in its announcement of general availability for AWS Interconnect – multicloud, explaining that traditional inter-cloud connectivity often required “do it yourself” approaches and managing large-scale, multi-layered global networks.
The collaboration with Oracle aims to lower that barrier. It doesn’t automatically make multi-cloud simple but points toward a more standardized model: private connections between cloud providers, with faster provisioning, dedicated bandwidth, and built-in resilience.
| Element | What it offers |
|---|---|
| Oracle Interconnect | Native OCI connectivity with other clouds and associated regions |
| AWS Interconnect – multicloud | High-speed private connections between AWS and other cloud providers |
| First planned region | AWS US East (N. Virginia), us-east-1 |
| Deployment types | Full multi-cloud and split-stack |
| Use cases | Enterprise applications, data, AI, disaster recovery, analytics |
Oracle AI Database@AWS as a starting point
The announcement is part of a broader effort. Oracle and AWS had already advanced their partnership through Oracle AI Database@AWS, a service designed to enable customers to run Oracle AI Database workloads within AWS with performance comparable to on-premises or OCI environments. The new multi-cloud connection builds on this approach: enabling companies to use each cloud where it makes the most sense, without network becoming a bottleneck.
Nathan Thomas, Senior Vice President of Product Management at Oracle Cloud Infrastructure, noted that the company continues to advance multi-cloud connectivity to help customers unlock flexibility, agility, and performance across clouds. He also linked this integration directly to application modernization, data unification, and emerging AI opportunities.
The context is clear. Many companies operate critical workloads on Oracle databases but have also built large parts of their modern infrastructure on AWS. For those customers, a private, managed connection between OCI and AWS can facilitate hybrid architectures where the database, applications, analytics, and AI models don’t necessarily have to reside in the same provider.
What a split-stack architecture means
One of the key concepts in the announcement is support for full-stack and split-stack deployments. In a full-stack model, an organization can run an entire application within a single platform. In a split-stack approach, different parts of a solution are distributed across multiple clouds.
For example, a company could host an Oracle database in OCI or Oracle AI Database@AWS while running application services, analytics, storage, AI, or automation on AWS. It could also use OCI for certain enterprise workloads and AWS for disaster recovery, model training, or integration with existing services.
This approach reflects a widespread reality: cloud decisions are influenced not only by technology but also by contracts, internal teams, compliance, costs, talent availability, legacy dependencies, and performance in specific workloads.
Role of AWS Interconnect – multicloud
AWS announced on April 13, 2026 the general availability of AWS Interconnect – multicloud, with Google Cloud as the first launch partner, and Microsoft Azure planned later in 2026. The partnership with Oracle broadens that ecosystem and confirms that AWS is explicitly accepting a market reality: multi-cloud is here to stay.
AWS describes its service as a way to create private, secure, high-speed connections between Amazon VPCs and other cloud environments, with dedicated bandwidth and built-in resilience. It also features a simple, per-bandwidth pricing structure based on connection scope, plus free local interconnections of 500 Mbps per region starting in May, according to their documentation.
For customers, the value isn’t just in connectivity but also in automating, standardizing, and operating these links without manually rebuilding different networks for each provider. In an era where distributed applications, AI agents, data analysis, and disaster recovery depend on data flows across systems, this networking layer can become a critical strategic asset.
Real benefits and limitations
This announcement has clear implications for companies already using Oracle and AWS. Private connections can enhance security compared to public internet transit, simplify network operations, reduce deployment times, and facilitate data movement between applications. It can also support scenarios where data resides in one cloud and AI or analytics capabilities run in another.
However, it’s important to avoid over-optimism. Multi-cloud still involves costs, complexity, and risks. Moving data between clouds can incur expenses, especially for egress and associated services. Distributed architectures also require governance, observability, identity management, encryption, security policies, and careful design to avoid creating unmanaged dependencies.
Constellation Research notes that this interconnection is geared toward high-performance data transfer, AI, analytics, and disaster recovery. It may not be suitable for ultra-low latency transactional scenarios, where a database in the same region or platform could still be preferable.
A step toward a more open enterprise cloud
The Oracle-AWS collaboration is significant because it signals that even major hyperscalers are adapting their strategies. The market is moving away from the idea that all workloads must reside on a single cloud to one where multi-cloud environments can operate seamlessly with managed services, APIs, private connections, and provider agreements.
Oracle has long promoted its multi-cloud positioning through services like Oracle Database@Azure, Oracle AI Database@AWS, and interconnections with other providers. Their message is that enterprise workloads should be portable across cloud environments they already use for their applications.
For AWS, the introduction of Interconnect – multicloud acknowledges that their customers are operating in distributed settings and need simpler connections to other providers. For Oracle, this integration enhances OCI’s role in complex enterprise architectures, not just as an alternative cloud but as a key component.
The clear sector message is that multi-cloud matures when it shifts from manual integrations to leveraging managed services, APIs, private connections, and vendor agreements. Although competition among clouds remains, collaboration driven by customer needs is increasingly shaping the landscape.
Frequently Asked Questions
What did Oracle and AWS announce?
They announced a collaboration to connect Oracle Interconnect with AWS Interconnect – multicloud, enabling private, managed connections between Oracle Cloud Infrastructure and AWS.
When will OCI and AWS be connected?
Oracle indicates the service is expected later this year in the region AWS US East (N. Virginia), us-east-1.
What is the purpose of this multi-cloud connection?
It’s designed to run applications and transfer data between OCI and AWS via high-performance private connectivity, supporting modernization, data analytics, AI, disaster recovery, and split-stack architectures.
Does multi-cloud eliminate vendor lock-in?
Not necessarily. Multi-cloud can reduce dependency and boost flexibility, but it requires well-governed architecture, careful management of costs, security, identity, encryption, observability, and data policies across providers.
via: oracle