Generating Process

To better understand how Euclidean Nodes work, we first recommend reading the terms below.

Nodes : Nodes are computer generated points on the Euclidean Space. All nodes are determined by seed value. Each Euclidean Node consists of a different number of nodes between 25 to 545. These numbers are distributed randomly.

Seed : Seed function is used to save the state of a random function, so that it can generate the same random numbers on multiple executions of the code on the same machine or on different machines (for a specific seed value) (geeksforgeeks.org). In the process of creating Euclidean Nodes, the seed value is the previous Euclidean Nodes' Hash (SHA256). Therefore, "All Euclidean Nodes are effectively chained to each other".

Genesis Seed : Since “Euclidean Nodes #1” cannot have a seed value, the seed value of “Euclidean Nodes #1” is equal to the Hash value of the first Ethereum block. (0xd4e56740f876aef8c010b86a40d5f56745a118d0906a34e69aec8c0db1cb8fa3 , https://etherscan.io/block/0)

About Chained Euclidean Nodes

Euclidean Nodes are not curated outputs since they're generation data are dependent on eachother. For example, if Euclidean Nodes #26 changes, the whole chain is going to be broken because the hash of Euclidean Nodes #26 and the seed value of Euclidean Nodes #27 will have changed. This means the generation process cannot be interfered with.