Zone Cluster Broadcasting

In a low-latency node cluster, requests are quickly disseminated among nodes within a compact group. This ensures rapid processing and minimizes delays in response times.

At the completion of each epoch, or through regular interval checks, the outcomes from these localized interactions are then propagated to the entire network of full nodes.

This method of operation not only optimizes the speed of data exchange within the smaller cluster but also maintains the integrity and consistency of the broader network by regularly updating all nodes with the latest transaction data and state changes. This architecture is particularly advantageous for systems that require both high throughput and robustness across a distributed framework.

We all understand that in the vast social network based on Ton and Telegram, many transactions and communications are carried out locally within a small area. With this premise in mind, we have designed a rapid response model based on Tendermint.

Each region has nearby node groups that are used to quickly respond to all blockchain transactions in the current area and return local consensus results within milliseconds. When these results are delivered to users, it only takes a brief 50ms. Then, these regional node groups regularly synchronize with the global full nodes.