Cryptocurrency storage distribution

A method, comprising:

• receiving, based on information corresponding to a transaction request, information corresponding to at least two linked digital wallets associated with the transaction request and being associated with a user, each linked digital wallet of the at least two linked digital wallets comprises lightweight nodes of a decentralized peer-to-peer network;
• determining, based on an exchange rate, whether an amount specified in the transaction request is larger than an available amount each linked digital wallet of the at least two linked digital wallets, wherein each linked digital wallet of the at least two linked digital wallets is associated with a key identifying criteria associated with a corresponding digital wallet and wherein the criteria comprise a use type designation and a currency type;
• modifying, automatically by an abstract intelligence layer and based on learning corresponding to historical usage patterns, digital wallet associations for different transaction types;
• executing a digital signature algorithm using private/public key pairs to authenticate at least one linked digital wallet of the at least two linked digital wallets;
• completing, automatically, the requested transaction using a first amount from a first linked digital wallet based on a first exchange rate and a second amount from a second linked digital wallet based on a second exchange rate;
• teaching, based on a completed transaction and responses to user inquiries, the abstract intelligence layer to learn new transaction patterns;
• and
• sending, to a user computing device, transaction information for display of a notification on the user computing device.

A system comprising:

• a user computing device comprising a display that, based on received transaction information, displays notifications to a user of the user computing device;
• and
• a server comprising:
• a processor;
• and
• a non-transitory computer readable medium storing instructions that, when executed by the processor, causes the server to:
• receive, based on information corresponding to a transaction request, information corresponding to at least two linked digital wallets associated with the transaction request and being associated with a user, wherein each linked digital wallet of the at least two linked digital wallets comprises lightweight nodes of a decentralized peer-to-peer network;
• determine, based on an exchange rate, whether an amount specified in the transaction request is larger than an available amount in each linked digital wallet of the at least two linked digital wallets;
• modify, automatically by an abstract intelligence layer and based on learning corresponding to historical usage patterns, digital wallet associations for different transaction types, wherein each linked digital wallet of the at least two linked digital wallets is associated with a key identifying criteria associated with a corresponding digital wallet and wherein the criteria comprise a use type designation and a currency type;
• execute a digital signature algorithm using private/public key pairs to authenticate at least one linked digital wallets of the at least two linked digital wallets;
• complete, automatically, the requested transaction using a first amount from a first linked digital wallet based on a first exchange rate and a second amount from a second linked digital wallet based on a second exchange rate;
• teach, based on a completed transaction and responses to user inquiries, the abstract intelligence layer to learn new transaction patterns;
• and
• trigger, by sending transaction information to the user computing device, display of a notification to the user.