Gradient of Data

This principle can also be applied to data storage. Here, think of the data as Line X. The concept brought by ENR can be compared to how the original data file is like a line with limits. Each small data fragment corresponds to a point on Line X. As long as a certain percentage of these fragments remain, the original file (or Line X) can be fully restored.

Use Cases

Data fragmentation and storage partitioning work in two cases

• Case 1: Data Loss Recovery Suppose the original file has been fragmented and stored in smaller files. Due to unforeseen circumstances, when the owner of the original data file requests retrieval, some of the smaller files cannot be accessed. Without the proper algorithm, there's no way to completely restore the data if even one fragment is missing. However, Enerzion's system can fully recover 100% of the original file even if up to 20% of the smaller files are lost.

• Case 2: Preventing Data Falsification To prevent data tampering, each split subfile (SF) is given a unique identification number and NFT, which identifies its location and the person who stored it. This identification is encrypted in multiple layers, so only Enerzion's system can verify and confirm the subfile's authenticity. As the number of SFs is fixed, intentional alterations can be quickly detected and mitigated.