The core of the #MetaHash

Nodes. You met this word before in our articles, on our website, and, of course, in the White Paper, don’t you? Maybe you already know a little about their roles and functions in the #MetaHash project, but today we want to tell you something more about the specific type of #MetaHash nodes, about the core of the project.

So, what “a node” is? The node is a computer which works on the Blockchain network. Every node keeps the information which provides the work of the system. As you already know, for #MetaHash it’s necessary to store and process a huge amount of different information. Everything must work clearly, systematically and with strict structure. Thus, the condition of correct work of the unique, fast and safe decentralized Blockсhain-environment was the creation of the system which will automatically share responsibilities of nodes and determine their roles. This is our #TraceChain AI. When a new node is connected to the network, the system analyzing and testing its performance and, as a result of this process, it sets to the node some level of trust. The fastest and most reliable nodes become the core of the network — Master Nodes & Slave Nodes. Their function is extremely important: verification and synchronization of every transaction. The Slave CoreNode check the quality of Masters’ work and reduce their workload in terms of signal distribution among verification nodes. If a Master Node processes a transaction incorrectly, any Slave Node can become a Master Node and start performing corresponding functions.

To provide network’s decentralization every process must be debugged, every node must work correctly and its trust level must be confirmed, and every node owner must get an appropriate feedback from the work in the #MetaHash network. That’s the reason why a limited number of computers with high processing capacity (Master & Slave CoreNodes) receive the maximum reward.

We invite you to join the project which independently provides reliability and safety of all its services! We invite you to join #MetaHash!

Join the discussion of our project: Our website Telegram Twitter