Secure and trusted conveyance from user computing device to merchant computing entity

A secure and trusted data communication system comprises:

• a user computing device that includes:
• a user computing device processor;
• and
• a first memory device that stores operational instructions that, when executed by the user computing device processor, cause the user computing device processor to:
• transfer cryptocurrency to a secure data conveyance device of the secure and trusted data communication system;
• wherein the secure data conveyance device includes:
• a secure data conveyance device processor;
• and
• a second memory device that stores operational instructions that, when executed by the secure data conveyance device processor, cause the secure data conveyance device processor to:
• verify that the cryptocurrency is certified via a public distributed ledger technology;
• and
• store the cryptocurrency on behalf of the user computing device in a data repository of the secure data conveyance device;
• a merchant computing entity that includes:
• a merchant computing entity processor;
• and
• a third memory device;
• wherein the first memory device further stores operational instructions that, when executed by the user computing device processor, cause the user computing device processor to:
• store the representation of the cryptocurrency in a secure cryptocurrency wallet of the user computing device;
• obtain a one-time use code from the merchant computing entity to initiate a data conveyance, wherein the data conveyance includes the user computing device providing an amount of the cryptocurrency via the secure data conveyance device and the merchant computing device accepting a desired currency;
• and
• send the one-time use code and a request to initiate the data conveyance to the secure data conveyance device;
• a trusted stored value account (SVA) device associated with the merchant computing entity, wherein the trusted SVA device includes:
• a trusted SVA device processor;
• and
• a fourth memory device;
• wherein the second memory device further stores operational instructions that when executed by the secure data conveyance device processor, cause the secure data conveyance device to
• translate the amount of the cryptocurrency to a substantially equivalent amount of the desired currency;
• and
• send the substantially equivalent amount of the desired currency to the trusted SVA device;
• wherein the fourth memory device stores operational instructions that when executed by the trusted SVA device processor, cause the trusted SVA device processor to:
• generate an SVA representative of the substantially equivalent amount of the desired currency;
• and
• send the SVA to the secure data conveyance device;
• wherein the second memory device further stores operational instructions that when executed by the secure data conveyance device processor, cause the secure data conveyance device processor to:
• send the one-time use code, the SVA, a merchant computing entity identifier (ID) associated with the merchant computing entity, and an expiration time frame to use the SVA to the user computing device;
• wherein the first memory device further stores operational instructions that when executed by the user computing device processor, cause the user computing device processor to:
• send the one-time use code and the SVA to the merchant computing entity in accordance with the merchant computing entity ID and the expiration time frame;
• wherein the third memory device stores operational instructions that when executed by the merchant computing entity processor, cause the merchant computing entity processor to:
• verify the one-time used code;
• and
• when the one-time use code is verified:
• complete the data conveyance;
• and
• wherein the first memory device further stores operational instructions that when executed by the user computing device processor, cause the user computing device processor to:
• update the representation of the cryptocurrency based on the completed data conveyance.