Most companies reach their cloud providers over the public internet, usually through VPN tunnels. It is quick to set up and it works. The question is not whether the internet can carry cloud traffic, but which traffic you are comfortable leaving to routes you do not control.
What changes with a private path
A private connection is a dedicated circuit or virtual circuit between your network and a cloud provider’s edge. Traffic does not cross the open internet, so three things change:
- Performance becomes predictable. Latency and jitter stay steady because the path does not shift with internet routing.
- Exposure drops. There are no public endpoints for attackers to probe on that path.
- Costs often shift in your favor. Cloud providers usually charge less for data leaving over private interconnection than over the internet.
Workloads that benefit most
- ERP, finance and other systems where slow screens cost hours of staff time.
- Voice, video and contact center platforms that suffer from jitter.
- Database replication, backups and data pipelines that move large volumes daily.
- AI training and inference that depend on fast access to large datasets.
- Anything handling regulated data, where fewer exposure points simplifies audits.
When the internet is fine
Light SaaS use, development sandboxes and small offices with modest traffic often do well on a good internet connection with a secure access service. A private path costs more to set up, so put it where it pays back.
A simple way to decide
- List your top ten applications by business impact.
- Note where each one runs and how much data it moves per month.
- Mark the ones that are latency sensitive or handle regulated data.
- Estimate current internet egress charges for each.
- Prioritize private paths for apps that score high on two or more of these.
Many organizations end up with a hybrid: private paths for the critical few, internet access for the rest, and one policy across both. That is the model VergMesh is built around.