Systems and methods to generate a digital asset on a temporary wallet and transfer the digital asset to a permanent digital wallet
Systems and methods to transfer a digital asset to a digital wallet from a temporary wallet are disclosed. Exemplary implementations may: establish a temporary wallet; effectuate a smart contract that causes the temporary wallet to hold a digital asset; generate a machine-readable medium that represent the temporary wallet; cause an output device to output the machine-readable medium on a physical article; upon a user device scanning the machine-readable medium, the user may be enabled to establish digital wallets or access digital wallets such that the digital asset is transferred from the temporary wallet to the digital wallet.
1 . A system configured to transfer a digital asset to a user digital wallet from a temporary wallet, the system comprising:
a printing device; and
one or more processors configured by machine-readable instructions to:
generate the temporary wallet such that a private key and an address on a decentralized ledger are generated, and wherein the private key provides access to consideration at the address;
effectuate a smart contract encoded to i) mint the digital asset, ii) receive the address corresponding to the temporary wallet, iii) generate a first set of instructions to record, on the decentralized ledger, first transaction information specifying the digital asset is sent to the address, and iv) execute the first set of instructions;
generate a machine-readable medium based on the private key and a uniform resource locator, wherein the uniform resource locator enables establishment of or provides access to a wallet software package upon a reader device interpreting the machine-readable medium, wherein the machine-readable medium is a machine-readable optical code;
determine whether the wallet software package is established;
responsive to determining that the wallet software package is not established, initiate access to a platform that provides establishment of the wallet software package and the user digital wallet created based on the wallet software package;
responsive to determining that the wallet software package is established, initiate the wallet software package such that the private key is imported into the user digital wallet;
transfer the digital asset from the address to the user digital wallet responsive to the import of the private key;
generate a second set of instructions to record, on the decentralized ledger, second transaction information specifying that the digital asset is sent to the user digital wallet;
instruct the printing device to print the machine-readable optical code on a physical article; and
instruct the printing device to obfuscate the machine-readable optical code.
2 . The system of claim 1 , wherein the wallet software package includes a web software package, a desktop software package, a mobile software package, or virtual computing software package.
3 . The system of claim 1 , wherein the one or more processors are further configured by the machine-readable instructions to:
export a copy of the private key subsequent to generation of the temporary wallet;
verify that the machine-readable medium includes the private key; and
upon verification, destroy the copy of the private key.
4 . The system of claim 1 , wherein the physical article is associated with and/or obtained in relation to a digital object.
5 . The system of claim 1 , wherein prior to access to the platform and responsive to determining that the wallet software package is not established, the one or more processors are further configured by the machine-readable instructions to:
effectuate presentation of a guide for establishing the wallet software package via the platform and the user digital wallet via the wallet software package.
6 . The system of claim 5 , wherein the reader device is a client computing platform associated with a user, and wherein the guide is presented via the client computing platform.
7 . The system of claim 1 , wherein generating the temporary wallet includes generating a secret phrase based on the private key, and wherein initiating the wallet software package responsive to determining that the wallet software package is established includes determining the private key based on the secret phrase and subsequently importing the private key into the user digital wallet.
8 . A method to transfer a digital asset to a user digital wallet from a temporary wallet, the method comprising:
generating the temporary wallet such that a private key and an address on a decentralized ledger are generated, and wherein the private key provides access to consideration at the address;
effectuating a smart contract encoded to i) mint the digital asset, ii) receive the address corresponding to the temporary wallet, iii) generate a first set of instructions to record, on the decentralized ledger, first transaction information specifying the digital asset is sent to the address, and iv) execute the first set of instructions;
generating a machine-readable medium based on the private key and a uniform resource locator, wherein the uniform resource locator enables establishment of or provides access to a wallet software package upon a reader device interpreting the machine-readable medium, wherein the machine-readable medium is a machine-readable code;
determining whether the wallet software package is established;
responsive to determining that the wallet software package is not established, initiating access to a platform that provides establishment of the wallet software package and the user digital wallet created based on the wallet software package;
responsive to determining that the wallet software package is established, initiating the wallet software package such that the private key is imported into the user digital wallet;
transferring the digital asset from the address to the user digital wallet responsive to the import of the private key;
generating a second set of instructions to record, on the decentralized ledger, second transaction information specifying that the digital asset is sent to the user digital wallet;
providing instructions to a printing device;
printing, by the printing device and based on the instructions, the machine-readable optical code on a physical article; and
obfuscating, by the printing device and based on the instructions, the machine-readable optical code printed on the physical article.
9 . The method of claim 8 , wherein the wallet software package includes a web software package, a desktop software package, a mobile software package, or a virtual computing software package.
10 . The method of claim 8 , further comprising:
exporting a copy of the private key subsequent to generation of the temporary wallet;
verifying that the machine-readable medium includes the private key; and
upon verification, destroying the copy of the private key.
11 . The method of claim 8 , wherein the physical article is associated with and/or obtained in relation to a digital object.
12 . The method of claim 8 , wherein prior to access to the platform and responsive to determining that the wallet software package is not established, further comprising:
effectuating presentation of a guide for establishing the wallet software package via the platform and the user digital wallet via the wallet software package.
13 . The method of claim 12 , wherein the reader device is a client computing platform associated with a user, and wherein the guide is presented via the client computing platform.
14 . The method of claim 8 , wherein the generating of the temporary wallet includes generating a secret phrase based on the private key, and wherein the initiating of the wallet software package responsive to determining that the wallet software package is established includes determining the private key based on the secret phrase and subsequently importing the private key into the user digital wallet.