Cloud On-Ramp
A cloud on-ramp is a dedicated, private network connection from a data center directly into a public cloud provider such as AWS, Azure, or Google Cloud, bypassing the public internet. On-ramp availability is one of the strongest differentiators a colocation facility can market.
A cloud on-ramp is the physical and logical entry point into a cloud provider's network from inside a colocation facility. Rather than routing traffic across the public internet, the customer establishes a dedicated connection into the cloud provider's backbone.
Why facilities compete on this
Enterprises running hybrid architectures need predictable, private paths between their own equipment and their cloud environments. A facility with several on-ramps present lets a customer build multicloud connectivity from a single cabinet footprint.
Egress economics
Cloud providers generally charge less for data leaving over a dedicated connection than over the public internet. For workloads moving large volumes, that pricing difference alone can justify a colocation deployment.
Why it matters for marketing
This is one of the highest intent search topics in the entire category. Buyers actively search for which facilities in a given market have direct access to a specific cloud, and they are usually far along in the evaluation when they do.
The content answer is a named, indexable, filterable list of every on-ramp available at every facility, with the market and the cloud provider stated in plain text. Not a logo grid, not a PDF. Named entities in crawlable HTML are what allow both search engines and AI assistants to answer the question your buyer is actually asking.
Common questions
What are the main cloud on-ramps?
The major providers each brand their own service, including AWS Direct Connect, Microsoft Azure ExpressRoute, Google Cloud Interconnect, and Oracle FastConnect. A facility that hosts several of these is meaningfully more valuable to a multicloud customer than one that hosts a single provider.
Why use a cloud on-ramp instead of the public internet?
Because traffic over a dedicated on-ramp bypasses the public internet, giving consistent latency, higher throughput, and better security posture than a VPN across the open internet. On-ramps also frequently reduce cloud data egress charges, which for data heavy workloads can be the entire business case on its own.