Solutions

The starting point/idea

Memories are organized data packages living on biological storage. As long as these data packages can not be copied or edited, the only valid option for generating a functional backup of our brain is to capture, understand and structure external data packages generated in parallel by non-biological sources. This parallel data can be easily indexed and related to the daily life of a person. Based on the organized data storage timeline any historical memory in time can be recalled as a digital package and any memory with a digital parallel can be recreated and processed further.

Ethernos uses blockchain to backup your long term memories

Ethernos uses blockchain to capture real-time data from various sources and multiple devices, understands and logs how the relation of new data input is positioned against a set of cognitive and factual historical data inputs, and constantly log and optimize the affinity between those in memory affinity pools. Blockchain gained popularity in the financial and trading world and it has an unexplored potential with large applicability to very specific technical challenges such as large memory indexing and big data storage.

Automatic memory processing and manual logging

The pre-cortex, pre-cortex ledger, and the active cortex of Ethernos run in real-time data and compare them against previously indexed and staked memories. For the similarities, it generates new links between old and new, and for everything that is completely unrelated to the past it new generates new memory meta chains that in the future become the 'compare against' historical data for the new entry data packages. The relation between cognitive and factual blocks is organized and identified based on unique signatures of each ML model that was used to extract the meaning from the real-time data.

Decentralized and synchronized memory indexing across multiple devices

Ethernos can be deployed in parallel on multiple devices that collect data on behalf of a user and each of them indexes based on a chronological and time-stamped order the relation between the data captured and the semantic meaning from present and past. The raw data behind a memory can be stored anywhere and the meta chain ledgers of each user can recreate the access path to any file. At the same time, the users have the chance to back up the files from multiple wallets into a master wallet and synchronize the master wallet to a decentralized cloud storage virtual container. By default, any Ethernos wallet captures and stores the raw data files on the same devices where it is installed. The meta chain ledgers is shared across all the wallets of the same person and can stake and reconstruct the chronology of the facts and semantics that represent a specific human memory and its relation with memories and data inputs.

User-friendly memory wallet application as never built before

An easy-to-use application responsible for storing, labeling, editing, removing, and adding memories as well as sharing them with other people and exploring other people's memories. The wallet can be used on mobile devices and computers. It is also responsible for real-time captured data mining.

A social network of exploring other people memories

We collect great memories why not let the user share them, share albums and interact with other people's memories without having a centralized authority that stores these memories.

Full control and editing capabilities for your visual memories

Over 90% of human memories are visual. Humans capture most of the semantic information visually and the brain is optimized by nature to process visual information at best. In the digital era, it is important to let the user enhance the capabilities of their device and offer great video editing, photo editing, and visual enhancement tools that offer a strong reason to capture more of their memories in a visual format.

A daily game to train your brain

Human historical remembering of facts is very weak and prone to error. When we think about past events we usually mix different topics, actions, and facts and reconstruct fake historical memories. Ethernos brings in a small game quiz that takes the accuracy and remembering of the facts around random memories from your past.

Forever living mapped memories in a decentralized cloud

Ethernos enables users to backup their local storage and local wallets with a decentralized cloud making their memories forever available and double backed up.