Most of the apps and services people use every day do not run on the device in their hand. They run in remote facilities called data centers, and are delivered over the internet. This is what people mean when they talk about “the cloud.”
Understanding where these systems live — and what kind of infrastructure they require — helps explain why data centers are being built in growing numbers across the country, including in the markets where Radius DC operates.
The cloud refers to digital services that are delivered over the internet rather than stored on a single device. When you check email from different devices, open a shared document, or use a business application from a browser, you are accessing systems hosted in a data center somewhere.
The information is not on your device. It is stored in a secure, purpose-built facility — processed there and delivered to you when you request it. The experience feels instant, but it depends on physical infrastructure operating reliably in the background.
A data center is a purpose-built facility that houses the servers, networking equipment, power systems, and cooling infrastructure that keep digital services available.
When you use an app, stream a video, or access a cloud service, your request travels to a data center, is processed, and a response is returned — typically in fractions of a second.
Radius DC operates carrier-neutral data centers designed to support this kind of connected service delivery in six U.S. markets.
Artificial intelligence tools have become part of everyday digital life — showing up in search suggestions, navigation apps, content recommendations, and customer service tools. These applications use the same underlying infrastructure as other cloud services, but they typically require more processing capacity to generate responses in real time.
This is one reason data center demand has grown significantly in recent years. It is not a new category of infrastructure — it is the existing infrastructure being used more intensively.
When you ask a navigation app for directions, the request leaves your device, travels over a fiber network to a data center, is processed using current traffic data, and the result is sent back to your phone — all within seconds. The same basic process happens with email, streaming, AI chatbots, and virtually every other connected service.
The speed and reliability of that process depends on the quality of the data center infrastructure supporting it: the power systems, the cooling, the network connections, and the physical design of the facility.
More people are using more connected services more often. Streaming, video calls, cloud-based business tools, and AI-powered applications all depend on the same underlying infrastructure. As usage grows, the systems supporting it need to grow as well.
This is why new data centers are being built — not to replace existing systems, but to expand capacity in locations where demand is increasing. The markets where Radius DC operates — Miami, Atlanta, Phoenix, Indianapolis, Denver, and Nashville — all reflect this dynamic: growing populations, expanding enterprise bases, and increasing reliance on connected digital services.
Jaymie Scotto & Associates (JSA)