In NetCloud Engineering we are experts in,,es,and in this post we will tell you what it is.,,es,What is Edge Computing?,,es,It is a,,es,mesh network of micro data centers,,es,with which to process and store critical data locally while pushing the received data to a center or repository where everything is stored in the cloud.,,es,The physical location of this network where the data is physically stored measures only 30 square meters.,,es,It is normal to refer to cases of use of,,es,, where edge devices collect data, sometimes even massively, to send it to a cloud or data center for processing. He,,es Edge Computing in IoT Data Traffic And in this post, we'll explain what it's all about.

What Is Edge Computing?

Se trata de una network of micro-data centers which allows critical data to be processed and stored locally while simultaneously pushing the received data to a center or repository where everything is stored in the cloud.

The physical space within this network where the data is actually stored measures only 30 square meters.

It is common to refer to the use cases of IoT, where edge devices collect data—sometimes even on a massive scale—and send it to a cloud or data center for processing. The Edge Computing in IoT Data Traffic offers a local calculation so that some of the data is processed, worth the redundancy, locally; in this way, backhaul traffic to the central repository is reduced.,,es,Typically, they are the,,es,IoT devices,,ca,those who are responsible for carrying out this task, capable of transferring the data to a local device where computing, storage and network connectivity are included in a small factor.,,es,The data is processed on the edge and a part - or all - is sent to a central repository for processing or directly stored in the corporate data center that will be installed in a colocation or IaaS cloud.,,es,Where is its importance?,,es,The importance of using the,,es

Usually, it's the dispositivos IoT those responsible for carrying out this work, capable of transferring data to a local device that combines computing, storage, and network connectivity in a compact form factor.

The data is processed at the edge, and some—or all—of it is sent to a central repository for processing or stored directly in the corporate data center, which will be hosted in a colocation facility or an IaaS cloud.

What is the source of its importance?

La importancia del uso de el Edge Computing in IoT Data Traffic It comes with the variety of circumstances in which this resource is the most appropriate.,,es,In the first place, we have to,,es,Edge Computing,,en,It presents a very good option if IoT devices have poor and inefficient connectivity and need to be constantly connected to a central cloud.,,es,The latency with edge computing is minimal since the data does not cross the network to the data center or the cloud. Thus, the cases of high latencies will be the most benefited with this respite.,,es

First, we have the Edge Computing This is a very good option if IoT devices have poor, inefficient connectivity and need to be constantly connected to a central cloud.

Latency with edge computing is minimal because the data does not travel across the network to the data center or the cloud. Thus, scenarios with high latency will benefit the most from this reduction.

The microdata centers close to the 5G constructions are a reality; one in which business customers will want to own a space in them to have direct access to a wider provider network, able to connect to a public IaaS.,,es,Fog vs. Edge,,en,Have you ever heard the concept,,es,Fog Computing,,en,? Fog in computing is the set of network connections between the devices that connect the edge and the cloud. So, this includes the,,es,and also the network that is needed to obtain data once processed.,,es,The security of Edge Computing,,es,On whether the,,es

Fog vs. Edge

Have you ever heard of the concept Fog Computing? In computing, fog refers to the set of network connections between devices that link the edge and the cloud. Thus, it includes the Edge Computing and also the network needed to retrieve the data once it has been processed.

Edge Computing Security

Sobre si el Edge Computing in IoT Data Traffic it is or not sure there are parties for and against. On the one hand there are those who say that edge devices are, in general, more vulnerable. On the other, it is also said that the more data close to our network and, therefore, in a cloud that may be compromised, much better.,,es,Be that as it may, the important thing is that the design of an edge or fog computing is as safe as possible. We must pay attention to access control, the use of tunnels and data encryption and, very important, make proper use of the lexicon of this variety of data processing.,,es,And here's our post about the,,es

In any case, the important thing is that the design of an edge computing—or fog computing—system be as secure as possible. Attention must be paid to access control, the use of tunnels, and data encryption; and, very importantly, the terminology specific to this type of data processing must be used correctly.

And that wraps up our post on the Edge Computing in IoT Data Traffic hopefully you have been useful, if you have any questions we will be happy to help you, you just have to put in,,es,Contact,,es,with us.,,es,Cybersecurity Industrial Networks,,es,2017-10-24T18:17:13 00:00,,en,December 7th, 2017,,en,Edge Computing in IoT data traffic | Cybersecurity Barcelona,,es contacto con nosotros.