Ethereum: What is the only block-relay connection?

Introduction

In the field of distributed books, cryptocurrencies, such as Ethereum, are based on basic technology that enables safe and transparent transactions. One critical component of these systems is the connection between the network nodes, which allow the data to be exchanged and facilitates the consensus process. In this article, we will only delve into the concept of blocked relationships, the essential aspect of Ethereum architecture.

What is just a Block-Relay connection?

Only a block-relay connection means a specific type of output set between Ethereum network nodes. This connection is used for relay services that include transmission of messages from one knot to another without changing or changing. The purpose of these connections is multifaceted:

1.
Relay Services

The main function of the block-relay connections is to facilitate data transfer between the nodes on Ethereum. Relay Services allows you to transmit messages such as operations and offers from one knot to another without affecting their initial integrity or content. This ensures that the message remains in the original form and can be accurately reconstructed by other nodes.

2.
Node check

Only Block-Relay connections also play an important role in node check processes on Ethereum decentralized network. By establishing these connections, the nodes can verify the identity of each other and ensure the authenticity of the messages they receive. This is especially important for the nodes that are involved in the approval of new blocks, as they need to confirm whether the message is real or forged.

3.
Network Scan

The network scanning services also use only block-relay connections to determine and identify harmful activities on Ethereum. Once these connections have been established, the nodes can transmit the scanned data back to other nodes of the network, allowing them to verify the legality of the transmitted information.

Who are you using?

Only block-relay connections are usually determined using a protocol known as the relay protocol (RP). This protocol allows the knots to set out the ties and forward the messages to other Ethereum network nodes. The RP connection is used to transmit messages between the nodes, ensuring that they remain in the original form and can be accurately reconstructed by other nodes.

Conclusion

In conclusion, only Block-Relay connections are an essential component of Ethereum architecture that facilitates data transmission between the nodes on the network and play a decisive role in node checking processes. These connections are used for relay services, nodes for inspection and network scanning, making them an integral part of the Ethereum decentralized system.

a modern version of Bitcoin Core

Contrary to Ethereum, the modern version of Bitcoin Core (BTC-Core) sets only the number of exiting connections: 8 departure and full relic connections and 2 only block and only block connections. Although at first glance it may seem similar, the purpose and functionality of these connections vary greatly between two systems.

The Blockchain relay protocol

The difference in Ethereum and Bitcoin Core can be attributed to the goals and requirements of each system:

* Ethereum

: Creates only Block-Relay connections for relay services, nodes and network scanning. These connections facilitate data transfer between the nodes in the net, while ensuring that the messages remain intact.

* Bitcoin Core : Creates a whole religion connection (8th Outbound-Full-Rely) for transmission and other types of messages.