Imagine playing your favorite video game with zero lag. Now, imagine doctors performing remote surgeries without any video feed delays.

These experiences depend on “edge data centers,” compact yet powerful computing hubs found close to you. As our digital world expands, edge facilities are changing how data moves. They place computing power right near our homes, businesses, and devices.

What Makes Edge Data Centers Special?

Traditional data centers are large buildings packed with computers.

They are often found far from cities because land there is cheaper. But this distance creates a problem: delay. When you tap your phone screen, you might wait for a response. That’s because your request goes to a distant data center and back.

Edge data centers help by being nearer to users. In some cases, you will find them located right in your neighborhood. Think of them as mini-computing hubs scattered throughout cities and towns. They are smaller than traditional data centers. Yet, they are very effective for tasks that need quick responses.

Organizers arrange these facilities in rings—like ripples in a pond. At the center are the big, traditional data centers handling complex tasks.

As you move outward, the computing facilities get smaller. Our phones, watches, and other devices link to the network at the very edge.

Three Big Reasons Edge Centers Are Booming

Speed That You Can Feel

Companies invest in edge centers to achieve faster operational processes.

When data doesn’t have to travel far, everything happens faster. Research shows that over 41% of businesses need low latency, which means minimal delay. This is their main reason for using edge computing.

This speed is vital beyond enjoyable activities like gaming. Self-driving cars must make choices. Also, devices in smart factories need to talk to one another. When every millisecond counts, edge data centers provide the solution.

Tottenham Hotspur Stadium in London uses edge computing to analyze visitor data.

This data tells the stadium how many concession staff to hire and which food items to stock based on demand.

Keeping data safe and costs low.

The second significant advantage includes improved security and lower costs.

Because data stays within one network, hackers are less likely to access it. Around 38% of businesses see improved security as a big reason to adopt edge computing.

It’s also much cheaper. Sending massive amounts of data across long distances costs money, and companies can reduce network costs by processing data nearby.

They only need to send what is necessary to central facilities.

Meeting New Rules and Growing Demands

As governments set stricter data rules, edge centers help companies meet these requirements.

Approximately 18% of businesses consider regulatory compliance necessary for their edge computing strategy.

Today, more devices than ever are connecting and creating more data, including details from smart speakers and sensors used in the industry. Experts project that more than 29 billion devices will be connected worldwide by 2030.

Companies are building edge data centers to manage the rise in information. These centers process data close to where it comes from.

The Expanding Edge Frontier

Edge data centers are thrilling.

They bring powerful computing to places that used to have limited access to it. In places like Africa and parts of Asia, internet access varies. Cities often have much better access than rural areas. Edge facilities can help reduce the digital gap. They supply crucial computing resources to communities that don’t have access.

In the U.S., data center development is expanding from major cities to smaller areas. This benefits more than internet users. It creates jobs, boosts tax revenue, and enhances connectivity in these communities.

McLaren, a Formula One team, is a great example of edge computing in use. At races, trackside servers handle car data in real time, allowing engineers to make quick decisions on strategy.

The heavier computing tasks, like redesigning car parts, happen later at their headquarters.

The Next Computing Revolution Is Happening at the Edge

The shift to edge computing marks a significant change in our digital world.

It’s one of the most critical shifts since cloud computing started. By 2026, the global edge IT infrastructure market will reach an estimated $317 billion.

This means new opportunities for businesses to innovate and create impossible services. For consumers, it means speedier and more reliable digital experiences. They will have less waiting and frustration.

As our world connects more and depends on data, edge data centers will be vital. They don’t replace traditional data centers or cloud computing. Instead, they build on them. This builds a fast and adaptable computing system that meets our growing digital needs.

The next time you enjoy a quick response from a digital service, consider the nearby edge data center. It could be working behind the scenes.

This article is based on JLL’s report, “The Enduring Significance of Edge Data Centers,” from August 2024.