USB blockchain for non-centralized encrypted storage

 USB storage based on blockchain...

This is one of the most important projects of the entire portfolio because it will allow you to store your data in an encrypted and decentralized way...

It works this way: when you insert the USB into any device, it will ask you to log in with your private cryptographic keys and every time you save data you will have to sign the blockchain contracts... The information will be saved in all connected or available Mayan keys distributed equally for all USB drives... This allows you to keep your information safe and in order to view or download it you must sign the blockchain contracts again... It is a way to have certain valuable information in a way in which you cannot be corrupted the saved data...

You can work by annual, semi-annual, quarterly or monthly subscription... In this way there will also be bitcoin or cryptocurrency transfers as well as data...

The first three keys of the blockchain... After these three mother keys, the blockchain grows in the activation of the first time that the private cryptographic key is used... That will number the new USB device in the blockchain with the number following the last one that I activate...

The first three USB keys divide the information between the three storages... The new private cryptographic key that is activated will give it the number 4 and the information is distributed in the 4 USB memories... And so on Creciente... It is You can define a maximum number of numbering and start over at Increasing... Let's say that the numbering reaches 100 and instead of starting at 1, it would start at 2, but that can be related to storage capacity. So if the USB keys are of different sizes, the blockchain should always be created with the largest storage size... So in that case the first 3 USBs will have a larger storage... The idea is that these 3 storages can be increased when desired in relation to the maximum size of the chain of 100 numbers. Or the first USBs are made based on the maximum storage that will be sold... If the first 3 are 100 Mb, the fourth cannot be greater than 400 Mb because if it is greater than that, the first 3 keys should be virtual storage with automatic growth.

If the fourth key is 200 Mb, the distribution among the 4 memories could not be carried out, that is why it is solved in two ways or the first three USBs are from the company and are for storage expansion or they are designed for the total of the first chain due to maximum storage for sale...

If the maximum storage is 1000 Mb then the amount of the first layer of the blockchain will be 10 USB... And so it remains stable at its maximum capacity... This is the basic structure of the blockchain...

Simple equation and easy to understand...

The professional work schedule will be based on the operation of the first 3 USBs and the operation of adding the following two private keys 4 and 5 and that the storage can extract and insert the data ... That is the base test for development ... If it works on those 5 USBs, the basic proof of concept goes to the second stage... This test can be in a period of two to three and four months to have the first blockchain programmed...

My advice is that these first 3 USBs be virtual on business servers from the blockchain offices and thus prevent any inconvenience with the maximum capacity. This has to do with the possible addition of a defined extra % of storage... It means that if a video weighs 101 Mb that extra 1 Mb is distributed in memory business servers...

And there is the basis to avoid conflicts... And I would define that extra storage based on payments... If 10% is exceeded, it is charged in cryptocurrencies as an extra of the maximum storage...

So it doesn't matter if the usb storage is 100 because we virtually sell you the rest and so you don't need another extra storage and we can also handle the expansion money in electronic money either from savings or credit cards or bitcoin...

So you can even make external recharges in any place we want...

Even so, I could prevent any inconvenience by decentralizing two more servers in case maintenance of two of the 5 business memory servers needs to be done... And I do this to take care of the data and give the blockchain more security... if a problem fails me server of the 5 I can replace it and copy the ledger to the new server preventing the failure of the blockchain.

These servers have to be decentralized in their location... They cannot be in the same facilities because data theft is facilitated... While if we locate them in different continents, data theft would have to be carried out in coordination from all locations. ..

Staff needed:

Blockchain programmer: is in charge of the generation of the accounting book, that is, of the User Interface where the owners of the USB manage the saved data.

In addition to the blockchain and the links to the different electronic payment systems...

Staff needed:

Blockchain programmer: is in charge of the generation of the accounting book, that is, of the User Interface where the owners of the USB manage the saved data.

In addition to the blockchain and the links to the different electronic payment systems...

Cyber ​​Security Expert: Responsible for the security of enterprise storage memory servers and the security of private key registries...

Electronics engineer with experience in USB data production: in charge of creating the storage board and testing the first 5 USBs and their electronic structure.

Industrial engineer: Mariana here when production is done in China she has to go to work there to control the product

Administration: in a second stage, the sale of products managed by the company and its businesses.

Assistants for Marian and me...

This first stage will be one of the components of the family, public, private, political and territorial administration box that the architectural structures bring into each property... It is a box where a USB hardware comes to manage the house or the building and inside the box you can add the storage USBs that are used to give to children or family members to manage information and small amounts of electronic money...

The second part of the project is the second semester of the year 2023 where the intention is that by November or the December market they will already be in the commercial premises for sale... Already by 2024 we begin with the development of the USB mother hardware that will to associate these USB storage and electronic micro-payments to make deposits from the family administrators... It is an ecosystem that revolves around the heads of the family and how they manage the children in their day to day... That is the job from 2024... And with the production and sale of USB storage devices that are made in the course of the year... ... By 2025 we already released the family administration box... Where the intention is to move towards territorial administration... To then close in the public space... The closure of the project occurs when the territorial administration systems are linked to the private keys of the government and its tax collection systems and records of assets and mu ebles...

By 2026 the entire Project is complete and dedicate itself only to producing and updating the operating systems of the storage units and the USB family hardware...

Calendar 4 months...