Dynamic digital asset balances of a borderless digital asset-based interaction system

A borderless digital asset-based interaction system comprises:

• a computing entity associated with a first jurisdiction, wherein the computing entity is operable to store a first digital asset associated with the first jurisdiction;
• a plurality of digital asset exchange entities, wherein a first digital asset exchange entity of the plurality of digital asset exchange entities is associated with the first jurisdiction, and wherein a second digital asset exchange entity of the plurality of digital asset exchange entities is associated with a foreign jurisdiction;
• and
• a digital asset-based interaction computing entity associated with the computing entity via a digital asset-based interaction interface of the computing entity, wherein the digital asset-based interaction computing entity is operable to:
• store system digital assets to back real-time borderless digital asset-based interactions, wherein a borderless digital asset-based interaction involves the computing entity providing an amount of digital assets to a foreign computing entity of the foreign jurisdiction accepting an amount of desired assets;
• detect presence of the computing entity within the foreign jurisdiction;
• determine one or more foreign assets associated with the foreign jurisdiction;
• determine whether the first digital asset is recognized by a foreign exchange within the foreign jurisdiction;
• and
• when the first digital asset is recognized by the foreign exchange within the foreign jurisdiction:
• dynamically update a digital asset balance in terms of the first digital asset to an updated digital asset balance in terms of the one or more foreign assets;
• and
• when the first digital asset is not recognized by the foreign exchange within the foreign jurisdiction:
• connect to the first digital asset exchange entity to determine a first digital asset to universal digital asset exchange rate between the first digital asset and a universal digital asset;
• connect to the second digital asset exchange entity to determine one or more exchange rates between the one or more foreign assets and the universal digital asset;
• determine one or more exchange rates between the one or more foreign assets and the first digital asset and the digital asset balance in terms of the one or more foreign assets based on the first digital asset to universal digital asset exchange rate, the one or more exchange rates between the one or more foreign assets and the universal digital asset, and an amount of the first digital asset;
• and
• provide one or more of:
• the first digital asset to universal digital asset exchange rate, the digital asset balance in terms of the universal digital asset, the one or more exchange rates between the one or more foreign assets and the universal digital asset, one or more exchange rates between the one or more foreign assets and the first digital asset, and the digital asset balance in terms of the one or more foreign assets to the computing entity via the digital asset-based interaction interface.

A non-transitory computer readable memory comprises:

• a first memory element that stores operational instructions that, when executed by a digital asset-based interaction computing entity of a borderless digital asset-based interaction system, causes the digital asset-based interaction computing entity to:
• store system digital assets to back real-time borderless digital asset-based interactions, wherein a borderless digital asset-based interaction involves a computing entity of the borderless digital asset-based interaction system providing an amount of digital assets to a foreign computing entity of the foreign jurisdiction accepting an amount of desired assets;
• detect presence of the computing entity within a foreign jurisdiction, wherein the digital asset-based interaction computing entity is associated with the computing entity via a digital asset-based interaction interface of the computing entity, and wherein the computing entity is associated with a first jurisdiction;
• determine one or more foreign assets associated with the foreign jurisdiction;
• determine whether a first digital asset stored by the computing entity is recognized by a foreign exchange within the foreign jurisdiction;
• and
• when the first digital asset is recognized by the foreign exchange within the foreign jurisdiction:
• dynamically update a digital asset balance of the digital asset-based interaction interface to an updated digital asset balance in terms of the one or more foreign assets;
• and
• a second memory element that stores operational instructions that, when executed by the digital asset-based interaction computing entity, causes the digital asset-based interaction computing entity to:
• when the first digital asset is not recognized by the foreign exchange within the foreign jurisdiction:
• determine a first digital asset to universal digital asset exchange rate between the first digital asset and a universal digital asset;
• determine one or more exchange rates between the one or more foreign assets and the universal digital asset;
• determine one or more exchange rates between the one or more foreign assets and the first digital asset and the digital asset balance in terms of the one or more foreign assets based on the first digital asset to universal digital asset exchange rate, the one or more exchange rates between the one or more foreign assets and the universal digital asset, and an amount of the first digital asset;
• and
• provide one or more of:
• the first digital asset to universal digital asset exchange rate, the digital asset balance in terms of the universal digital asset, the one or more exchange rates between the one or more foreign assets and the universal digital asset, the one or more exchange rates between the one or more foreign assets and the first digital asset, and the digital asset balance in terms of the one or more foreign assets to the computing entity via the digital asset-based interaction interface.