Edge Linux Devices Are Now All Connected To The Internet

The internet and technology, in general, are all evolving at a rapid rate. The introduction of the new 5G internet technology makes it easier to gain access to the world-wide-web, while also ensuring data transmission is now faster than ever before. As the IoT continues to evolve, we see new terms mentioned more frequently – one that many people have started to notice is “edge devices” and “edge computing.”

What Are Edge Devices?

Edge devices primarily refer to items that offer an entry point to the internet. Routers and routing switches are the most common examples. Others include wide area networks, metropolitan area networks, and integrated access devices.

As technology continues to evolve, we will see changes in what edge computing is and how edge computing evolves. A Linux edge device, for example, can now allow a user to have processing done at the “edge” of the connection – providing real-time processing and problem-solving in various situations.

How Does Edge Computing Work?

Whether looking at a Linux edge device, a router, or any other form of edge computing – it is important to understand how these systems and the technology itself work.

Traditionally, data served through the internet is processed at a central location. The processed information is then presented to the end-user on their device. Edge computing changes how this works.

The technology used to move the world to an era of edge computing focuses on bringing the storage and processing of data loader to the end-user. Processing is not done at a central location, but rather directly on the device that is accessing the platform.

The mechanism behind the technology leads to much faster real-time data processing. Latency issues are no longer a problem with the introduction of edge computing, which means there is less of a need to worry about the poor performance of an application due to data being processed and transferred at a central location.

This method also leads to reduced bandwidth and data costs. This is because many processed can now be done locally without the need for consistent online data transferring.


Edge devices and technologies are evolving, allowing for data processing to happen at the location where it is being consumed and used. This helps to speed up the processing of events that happen throughout networks and the internet. It also brings us closer to a more advanced age, where self-driving cars and artificial assistants are becoming a norm in our daily lives.

JFrog Connect is a modern Linux-first IoT platform designed to efficiently update, control and monitor edge and IoT devices at scale.