Google collaborates with AWS for more robust cloud networks Apfelpatient

Major outages at web hosting providers can cripple entire sectors of our digital lives. As soon as a service like Cloudflare experiences problems, communication, commerce, and critical systems begin to falter. This is precisely where Amazon and Google come in. Both companies have developed a new multicloud interconnect solution designed to mitigate major outages and keep core services running more reliably.

Digital dependencies are growing, and with them, the need to better protect critical systems. A single outage is often enough to affect millions. The new collaboration between Amazon Web Services and Google Cloud demonstrates a potential way to mitigate this risk. The joint solution brings greater interoperability, increased automation, and a structure that can compensate for outages before they spread too far. This opens the prospect of more robust digital infrastructures that are less likely to collapse.

The new interconnect solution at a glance

Amazon and Google have unveiled a cross-cloud network architecture that enables direct high-speed connections between AWS and Google Cloud. This is based on two existing offerings that are now being more closely integrated.

AWS Interconnect Multicloud
Google Cloud Cross Cloud Interconnect

Both services are being merged to create fast, private, and automated connections between the platforms. The innovation lies not only in the connection itself, but also in an open specification for network interoperability. This specification allows for the establishment of standardized connections between the two clouds without the interference of proprietary barriers. As a result, companies can build more stable multicloud architectures that respond more efficiently when one provider experiences problems.

Protection against failures as a key advantage

Google particularly emphasizes the advantage gained through increased reliability. The architecture is designed to mitigate problems in individual facilities, networks, or software components. Applications should remain online even if part of the infrastructure fails. The system offers multiple layers of protection that ensure data streams can automatically use alternative routes. This brings several practical benefits:

Multiple levels of fail-safety
Stable availability of important services
Automatic switching between cloud providers
Greater robustness in dealing with network problems

This functionality is designed to reduce the damage caused by major outages in the future. If one provider fails, critical systems simply fall back to another cloud provider. This ensures the service remains accessible, and users are largely unaware of the underlying problems.

Outlook on Microsoft Azure in 2026

Amazon's announcement makes it clear that this collaboration with Google is just the beginning. The new interconnect system is slated to become available for Microsoft Azure in 2026. This would create a unified multicloud foundation connecting the three largest cloud providers. The closer these platforms work together, the better they can mitigate outages.

Why companies rely on multi-cloud

The trend towards multi-cloud architecture is not new, but this development is accelerating it. Reasons for this include:

Greater flexibility because services from different providers can be used.
Less dependence on a single provider
Optimized latency through distributed infrastructure
Better cost control

However, the most important factor remains reliability. If systems can automatically switch to a second or third provider, a failure does not immediately affect operations. This creates stability, which is now indispensable in many industries.

Cloudflare outage explained: How the worldwide problem occurred

Google, AWS & Microsoft Azure: A look at the next generation of cloud architecture

The collaboration between Amazon and Google demonstrates the direction in which modern cloud infrastructure is headed. The new interconnect solution is designed to significantly mitigate outages and maintain the stability of critical services. It combines automation, interoperability, and more robust network layers. If Microsoft Azure is integrated as planned in 2026, it could lay the foundation for comprehensive multicloud stability. This would reduce the risk of major disruptions and increase the reliability of digital systems—precisely what is becoming increasingly important in an ever more interconnected world. (Image: Shutterstock / Ehan's_stock)