Surely you've heard of what are conventional networks, where you can include what they are centralized, decentralized and distributed networks. Each of them fulfills a specific function in what are the communication networks today.
In the case of decentralized networks are those that have a tree type operation where they issue information from the main node and is received by the intermediate nodes who decide if they share that information or not. All this allows connecting right way so much issuers as receivers for the purpose of data sharing.
Accordingly, here we will explain a little more about Decentralized networks deal with, what is their main function and how is it different from other networks of this type. For this, follow in detail everything we will teach you in the post.
What is a decentralized network and what is its main use?
This type of network does not depend mainly on a single single decision pole, but the network members are not necessarily self-employed, so they may also depend on the availability of a server that will unite them with the rest of the network. In this way you can say that you have several central connection points in different geographical areas where they all act as a connection point, and they are connected to each other.
This means that the network can continue to work normally despite the fact that one or more nodes stop working, since it is not totally dependent on those nodes. It can also be said that the decentralized network is a perfect model for what organizations are that can maintain with their own communication infrastructures and they want control your own communications.
Thus, one of the most important applications in this type of network today is the blockchain, this chain of block was born thanks to Bitcoin, but currently stands out for working with many other cryptocurrencies. In this way, it works as a transaction system which ensures that no currency can be used twice. This can be achieved thanks to the different connection points that this network has.
What are the main characteristics of decentralized networks?
In accordance with the operation of these decentralized networks, here we are going to show you what their main characteristics are:
- Appear for interconnection at the central nodes from several centralized networks.
- They do not have a single central node but a collective connector center.
- If any of centralizing nodes goes down, this will lead to disconnection of one or more node from the network While the fall of the centralized cluster will provoke the breakdown or disappearance of the network.
- Its function is to have a node or connection point structure where the information works like tree type.
- The decentralized network is governed by the principle of participation or membership.
- All the nodes connect to each other, without the need to go through one or various centers. The network does not fall before the fall of some nodes.
- A Decentralized internet can stop being An utopia, this in the case that the connections do not go directly to the Internet service providerbut they pass directly to the router and this is connect to other routers. In this way a network anywhere, where it later becomes part of the Internet if necessary. This can be accomplished simply with install software or configuration on the router so that it can be able to form a mesh network.
How is a decentralized network different from a normal one?
It is important to mention that this decentralized network It differs from the other networks, such as centralized and distributed networks, especially in their operation. In this way, here we explain the main difference that can be found in this case. The decentralized network It is characterized by not having a single central connection point, but a collective center made up of various connection ports, allowing you have points in different geographical areas.
But if any of the Regulator nodes falling would cause disconnection of one or more nodes, but at the time of fall a central node, so it would cause the rupture and disappearance of the network. If we compare this to the centralized network, you can see that these have all the peripheral nodes except the central one, but the nodes will only be able to communicate with the central node and its channels.
Which means it is a lot more limited and weak, as if the central node is dropped the flow of the other nodes is blocked. And comparing it to the distributed network, it should be mentioned that in this case the Removing any connection point would not disconnect the network to any other point. Something that if it happens in the decentralized network. Also, in this network what is disappears the center periphery division and therefore the information that flows in it does so through a more efficient and practical system.