A wealth of standards, possible architectures and applications makes careful planning of mobile edge systems systems important, difficult.

Edge computing uploads high amounts data to the network or cloud (often IoT data from machines and sensors) and technically runs a server application on many distributed locations or points.

Where is the ‘edge’ in edge computing? And who gets to decide? There are now so many “edges” in data center deployments that it’s getting harder to find the “center” in the data center.

Shifting the storage and computation responsibilities to the edge can mitigate the risk to both nation-state security and the individual privacy of citizens. What systems benefit from edge computing?

As the designated representative of the MEC effort, Reznik has declared the goal of his group's edge computing standard to be the entire point of 5G's creation.

Edge Computing is pushing computing powers away from central locations to the edge of networks to empower real-time data analysis.

Edge computing is a key technology for the future of cameras and filmmaking. But it's almost never explained in those terms. Here's what it is, and why it's so important.

A growing number of organizations are investing in edge computing. To fully take advantage of this approach requires edge native applications that are designed for the edge.

We've been hearing a lot about edge computing in recent years. But what exactly is it and why does it matter to you. Columnist Jason Ward explains.

Edge computing offers less latency and bandwidth savings, but the lack of standards and problems with interoperability and security still need to improve.