What It Takes to Carry Hyperscale Traffic - and Why Amazon Chose GNM

Amazon operates one of the most demanding traffic architectures in the world - with strict requirements for routing consistency, latency symmetry, fault isolation, and operational transparency.

GNM was selected not as a generic transit provider, but as an engineering-grade backbone designed for deterministic performance.

What makes the difference

GNM is built for networks that need more than reach:

🔸Clean BGP design by default - no route noise, no hidden policy layers;

🔸Fully owned infrastructure - no opaque dependencies, no uncontrolled hops;

🔸Predictable routing behaviour - stable paths even under peak and failure scenarios;

🔸Latency-aware geographic design - traffic follows logic, not chance

🔸SLA-backed delivery - engineered, measured, enforced

For Amazon, this means routing decisions that remain predictable at scale.

For the GNM ecosystem, it means better reachability of Amazon services for hundreds of connected networks across Europe and Asia - from content platforms to latency-sensitive service providers.

This expansion reinforces GNM’s role as a platform for networks that value engineering discipline, operational clarity, and performance you can actually model - not just hope for.

📩 Interconnection & technical discussions: sales@gnm.net