"AWS and Google Cloud have teamed up to make multicloud networking faster, safer, and easier with a new managed interconnect solution that removes weeks of setup time."
What Is the New AWS and Google Cloud Multicloud Networking Solution
AWS and Google Cloud have officially launched a joint managed multicloud networking solution designed to simplify how businesses connect workloads across the two largest cloud platforms. The new offering combines AWS Interconnect multicloud with Google Cloud Cross-Cloud Interconnect, allowing organizations to create secure, high-speed private links between AWS and Google Cloud in minutes instead of weeks.
In the past, connecting two clouds meant complex coordination with providers, physical cross-connect cables, manual router configuration, and multiple approval cycles. Enterprises often waited several weeks for private connectivity to go live. This new approach removes almost all of that friction by delivering a fully API-driven and cloud-native connection model managed directly by the providers themselves.
The goal is simple: make multicloud connectivity as easy as spinning up a virtual machine.
What Is New in This Managed Interconnect
The joint solution focuses on speed, reliability, and enterprise-grade security. Instead of manual provisioning, customers can now request dedicated links directly through either AWS or Google Cloud consoles or APIs.
- Provision on-demand bandwidth starting at 1 Gbps during preview, scaling up to 100 Gbps at full rollout.
- Built with quad-redundant architecture across physically separate facilities and routers.
- End-to-end MACsec encryption is enabled by default, protecting data at Layer 2.
- Fully API-driven setup with no need for cable installs, BGP peering jobs, or manual router configuration.
- 24x7 monitoring managed jointly by AWS and Google Cloud to ensure uptime and performance.
This cloud-native networking style feels similar to provisioning a load balancer or VPN tunnel, except it delivers true private line performance rather than internet-based routing.
Why Does This Matter for Enterprises
This launch comes after a major AWS outage in October 2025 that renewed enterprise concerns about dependence on a single cloud platform. Multicloud strategies became more urgent as organizations looked for stronger resilience, business continuity, and workload flexibility.
Industry data shows that nearly 89 percent of enterprises already operate in a multicloud environment. Over half of large enterprises are now using or planning to use advanced private network interconnects to power analytics, AI pipelines, and core business systems.
The AWS and Google Cloud partnership directly addresses these needs by eliminating traditional barriers to cross-cloud networking. Businesses can now distribute workloads more easily, keep active backups on a second cloud, and move data between AI and analytics platforms without exposing traffic to the public internet.
Early Customers and Real Use Cases
Several large technology companies have already begun using the solution in early preview stages. Salesforce is integrating its Data 360 platform across both AWS and Google Cloud, enabling unified AI training and advanced analytics workflows that span both environments.
Other potential use cases include:
- Cross-cloud disaster recovery and failover setups.
- Hybrid AI pipelines where training happens on one cloud while inference runs on another.
- Low-latency data sharing for real-time analytics and financial platforms.
- Gradual cloud migrations where legacy workloads remain on one provider while modern services launch on the other.
Key Technical Benefits
The following table highlights how the new joint solution compares with traditional multicloud networking approaches:
| Feature | Traditional Setup | New Managed Solution |
|---|---|---|
| Provisioning Time | Weeks | Minutes |
| Security | Optional encryption | Built-in MACsec |
| Redundancy | Customer-managed | Quad-redundant by default |
| Scalability | Preplanned bandwidth | On-demand scaling |
Instant bandwidth provisioning gives enterprises real freedom to scale connections up or down depending on workload demands. AI training spikes, seasonal traffic, or temporary test environments can now be supported without long-term carrier contracts or complex reconfiguration.
Open API Network Specification
A notable part of this launch is the publication of an open interoperability specification. AWS and Google Cloud are inviting other cloud providers to adopt the same framework, potentially creating a global standardized multicloud networking ecosystem.
This approach marks a strategic change. In earlier years, cloud giants treated network interoperability as a competitive disadvantage. The shift toward open standards reflects growing enterprise demand for freedom of choice and cross-provider reliability.
How Developers and Architects Can Use It
From a technical standpoint, connectivity is managed primarily through provider APIs rather than on-premise equipment.
# Example workflow (conceptual)
1. Request AWS Interconnect multicloud
2. Choose Google Cloud Cross-Cloud Interconnect partner
3. Define bandwidth tier (10 Gbps, 50 Gbps, etc.)
4. Apply routing policies via API
5. Activate encrypted private link
Once established, routing is abstracted at the platform layer, significantly reducing operational complexity.
Frequently Asked Questions
Is this solution available worldwide
Availability is currently rolling out by region. Early access and preview programs are open through AWS and Google Cloud portals.
Is the traffic publicly routed
No. Traffic runs entirely on private networks with MACsec Layer 2 encryption, avoiding the public internet.
Can other cloud providers join later
Yes. AWS and Google Cloud have shared open specifications aimed at supporting additional providers in the future.
References and Official Resources
For complete product details and signup options, use the official links below:
