In case you’ve browsed any technology site in recent times, you’ve probably heard of the Internet of Things. It is a group of integrated objects, which allows an optimized capacity for communication, monitoring, and intelligence.

Because it’s versatile, it branches out into other tools —and in this post, we’ll talk about one of them. You’ll find out what edge computing is and what the benefits are to a company’s IT infrastructure. Keep up!

What is edge computing?

Also known as edge computing, it is a technology connected to the Internet of Things. It is represented by a network of micro data centers designed to process and store data locally.

In the Internet of Things (also known as IoT, from the Internet of Things)data collection is done through devices, which gather what was actually collected and send them to a processing center. That’s where the main differential of edge computing comes in.

Instead of transmitting everything to these centers or the cloud, technology can sort data on an on-premises and separate those that are ready for processing. All of this results in improved traffic, as not everyone will be sent—which congests the network and can cause latency.

Thus, the data is processed at the “edges” and only the most valuable part of it is sent to the central directories. We can say that there is, therefore, screening of what will effectively be useful for the company.

What are its benefits?

Edge computing is especially important for companies that suffer from problems connecting their devices, as it takes care of sending less information over a long distance.

Another differential is the reduction of costs related to data transmission since it eliminates the need for ample infrastructure to centralize the points. As it also provides integration between equipment, edge computing brings the sectors closer together, since the different technologies used in the company started to operate in tune.

This is because the equipment can be replaced punctually —that is, there is no need for complete replacement. The reduction in spending also adds to the speed in the response for IoT-connected devices.

As robust as a company’s data processing centers are, they receive high traffic all the time, which generates the dreaded latency—inactivity of network activities during certain periods. Because edge computing classifies “good” data, this traffic is decreased, resulting in performance gain for the company’s IT infrastructure.

How to implement the technology?

Some steps must be followed to the letter to facilitate the implementation of the technology. The first is to develop a culture focused on technology within the company, which will facilitate the use of the tool. Therefore, a good idea is to have a subject, who will know how to pass on knowledge clearly to their employees.

Then you need to develop data micro centers. Again, you need to find quality partners to help your company build this culture within the business. They will know how to limit the misuse of the cloud and implement the security necessary to prevent cyberattacks.

And what is the importance of establishing a quality partnership? It is important to note that IoT data needs to travel to the center of the network as a way to enable decisions. Edge computing makes all this easier by providing choices to be made in locations closer to objects.

All this results in efficiency and speed for technology, which enables a more dynamic means of dealing with day-to-day processes with real-time response. Now that you know what edge computing is and its relationship to the Internet of Things, you can already think about how to add this solution to your business.