Secure AWS Google Cloud is no longer just a concept discussed in whitepapers. AWS and Google Cloud have taken a rare joint step by previewing a shared approach to multicloud networking that removes much of the operational pain traditionally associated with running workloads across providers.
For years, multicloud strategies promised flexibility but delivered complexity. Teams had to stitch together circuits, routers, VPNs, and custom routing policies. As a result, secure cross-cloud connectivity often took weeks or even months to deploy. Now, AWS and Google Cloud aim to collapse that timeline dramatically.
The preview introduces a managed, encrypted connection layer designed to let workloads communicate privately across clouds without customers managing physical infrastructure.
Why Secure AWS Google Cloud matters right now
Multicloud adoption has accelerated. Enterprises increasingly spread workloads across providers to avoid lock-in, improve resilience, or meet regulatory requirements. However, networking has remained the weakest link.
Secure AWS Google Cloud addresses several long-standing issues at once. First, it removes the need to provision and manage routers or direct circuits. Second, it introduces a shared interoperability standard that could eventually extend beyond just two providers.
More importantly, the service focuses on security by default. All traffic between AWS and Google Cloud is encrypted automatically, and connections remain inactive unless encryption sessions are live.
How the Secure AWS Google Cloud preview works
At the technical level, the preview combines AWS Interconnect – Multicloud with Google Cloud Cross-Cloud Interconnect. Together, they form a managed Layer 3 private connection between AWS VPCs and Google Cloud VPCs.
Instead of manually configuring network paths, customers interact with a symmetric API. This API coordinates connectivity between the two clouds using a shared OpenAPI 3.0 specification, published openly on GitHub.
As a result, customers avoid managing circuits, BGP routing, or edge devices. Both cloud providers handle provisioning and monitoring behind the scenes.
Security foundations behind Secure AWS Google Cloud
Security is central to the design. AWS and Google Cloud encrypt all traffic by default, using MACsec encryption between edge routers. Hardware-level enforcement ensures customer traffic only flows when encryption is active.
Additionally, both providers continuously monitor the connection fabric. This approach allows them to detect issues early and respond without customer intervention.
For organizations operating regulated or sensitive workloads, this shared security model reduces risk while maintaining performance.
Performance and cost considerations
During the preview phase, Secure AWS Google Cloud supports direct 1 Gbps connections between participating regions. According to AWS documentation, these connections are currently free while the service remains in preview.
However, pricing remains one of the biggest open questions. Until costs are disclosed, teams cannot fully evaluate long-term viability. For now, the preview offers a low-risk opportunity to test performance and architecture fit.
The service targets workloads with modest bandwidth needs, distributed deployments, and a preference for simplicity over raw throughput.
Where Secure AWS Google Cloud fits — and where it does not
Secure AWS Google Cloud is not designed to replace all existing multicloud networking solutions. Instead, it targets teams that want private connectivity without building and maintaining physical infrastructure.
It is particularly relevant for:
- Distributed applications running across AWS and Google Cloud
- Teams avoiding VPN sprawl
- Organizations seeking predictable security controls
However, high-bandwidth or ultra-low-latency workloads may still require dedicated circuits or custom networking architectures.
What this means for the future of multicloud
This preview suggests a broader shift. AWS and Google Cloud are signaling that multicloud networking should be built into platforms, not bolted on by customers.
Azure is expected to join the interoperability effort in 2026. If that happens, Secure AWS Google Cloud could evolve into a broader industry standard rather than a one-off partnership.
Such a move would fundamentally change how enterprises design cross-cloud architectures.
Final thoughts on Secure AWS Google Cloud
Secure AWS Google Cloud represents a pragmatic step toward simpler, safer multicloud deployments. While pricing uncertainty remains, the technical direction is clear.
By reducing operational overhead and embedding encryption by default, AWS and Google Cloud are redefining expectations for cross-cloud connectivity. For teams running serious workloads across providers, this preview is more than an experiment. It is a signal of where multicloud networking is headed.
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