Method for Performing Transactions With Exchangeable Cryptocurrency and Legal Tender Currency

Abstract

A system and method for performing transactions with exchangeable cryptocurrency and legal tender, and more particularly relates to system and method that utilizes a complementary legal tender currency subsystem for operating a banking module, a vaulting module, a legal tender fund module that has accounting information for complementary legal tender, a cache fund module, a crypto-currency module that has accounting information for virtual monetary tokens, a crypto-shares module that has accounting information for virtual share tokens, an escrow fund module, a trust fund module, a payment processing module, banking module, and vaulting module. The modules store, exchange, and maintain accounts for cryptocurrency and legal tender through a payment processing module. The payment processing module allows a customer and manger to transact for products and services through legal tender and cryptocurrency; and then generate revenue for the merchant through affiliate profits, trading the currencies for profit, and lower transaction fees.

Description

CLAIM OF PRIORITY[0001]This application claims priority to U.S. patent application Ser. No. 16 / 279,944, entitled System and Method for Performing Transactions with Exchangeable Cryptocurrency and Legal Tender Currency, filed on Feb. 19, 2019 with the U.S. Patent and Trademark Office (USPTO) and incorporated by reference.FIELD OF THE INVENTION[0002]This invention relates to a system and method for performing transactions with exchangeable cryptocurrency and legal tender, and more particularly relates to system and method that utilizes a complementary legal tender currency subsystem concurrently with a cryptocurrency system.BACKGROUNDDescription of the Related Art[0003]Typically, the Blockchain is a cryptographically sound, decentralized, digital ledger that prevents double spending through requiring consensus amongst its entire network. Once a transaction takes place, that transaction is ‘announced’ to the whole network, and once verified, is accepted and forever stored in the digita...

AI Technical Summary

Problems solved by technology

It is hard to hold those things in your hand.

This means it would require more than half of all block signers to collude in order to take over the network, however network stakeholders can remove those parties at any time, which makes it much more difficult to cheat the system or to take over the system through centralization of power.

The type of work being conducted in order to mine and power the network is a complex set of math problems where the probability of mining a block is dependent on how much work is done by the miner.

Miners compete for blocks with ever increasing difficulty, and have to upgrade constantly to newer, faster hardware in order to continue to mine.

This method is not economically or ecologically sound, and requires massive scale that exacerbates the problem.

Bitcoin also suffers from congestion problems due to the PoW reward system, and is now processing maximum transactional capability with a long queue of transactions in an overflow.

This causes delayed transactions and results in much higher fees for transaction transmission.

As with Bitcoin, PoS also has massive problems with network congestion and rising fees associated with increased usage and adoption.

In December, CryptoKitties was responsible for over 20% of the total traffic on the Ethereum network, and caused network congestion to reach unprecedented levels.

Fees also rose massively with congestion, with several companies and exchanges having to freeze operations until the congestion subsided to manageable levels.

With increased adoption, one can surmise that this problem will continue.

Nevertheless, implementation issues have hampered the full realization of certain aspects of the Specie legal tender currency system enacted by Congress.

Such problems include: (1) buy / sell spreads; (2) limited acceptance; (3) potentially adverse tax treatment; (4) counterfeit coin risk; and (5) inadequate as well as non-interchangeable denominations.

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