Abstract: Various systems and methods are disclosed relating to protecting cross-system exchanges. A data processing system includes one or more processing circuits configured to identify a plurality of data elements and generate a first plurality of cryptographic objects. The one or more processing circuits are further configured to record the first plurality of cryptographic objects on a distributed ledger and generate metadata corresponding to at least one of the plurality of data elements, the metadata including temporal data. The one or more processing circuits are further configured to generate a bi-temporal record including a plurality of links to the plurality of data elements and storing the corresponding metadata. The one or more processing circuits are further configured to provide an interface including a query element corresponding to the bi-temporal record.

Abstract: Various systems and methods are disclosed relating to twinning and/or tracking assets on-chain and off-chain. A data processing system includes one or more processing circuits configured to identify a physical asset corresponding to a tracking device and generate a digital twin of the physical asset. The one or more processing circuits are further configured to generate a token including a link to the digital twin and generate a control structure including executable code to verify a condition of the physical asset. The one or more processing circuits are further configured to broadcast the control structure to a distributed ledger and receive tracking data of the tracking device. The one or more processing circuits are further configured to broadcast the tracking data to the distributed ledger and update, using the control structure, the metadata object including the update to the metadata of the digital twin.

Abstract: Systems, methods, and computer-readable storage media to track provenance of assets utilizing non-fungible tokens (NFTs). One method includes receiving a provenance request, generating a first non-fungible token (NFT) encapsulated with a first control structure, generating a second NFT encapsulated within a second control structure, and tracking provenance of assets utilizing the first NFT and second NFT.

Abstract: Various examples, systems and methods are disclosed relating modeling exchanges. One system is a data processing system including memory and processing circuits configured to maintain an operating account data structure including a plurality of funds of a recipient provider. The processing circuits further configured to receive, from a sender provider computing system, a signed exchange package for an exchange of funds. The processing circuits further configured to model the signed exchange package using a first controlling framework to generate an exchange flag, the exchange flag is generated based on a detection of a discrepancy. The processing circuits further configured to freeze the funds by routing the signed exchange package from the operating account data structure to an escrow wallet. The processing circuits further configured to monitor the funds within the escrow wallet. The processing circuits further configured to process a controlled release of the funds.

Abstract: Systems, methods, and computer-readable storage media to track provenance of assets utilizing non-fungible tokens (NFTs). One method includes receiving a provenance request, generating a first non-fungible token (NFT) encapsulated with a first control structure, generating a second NFT encapsulated within a second control structure, and tracking provenance of assets utilizing the first NFT and second NFT.

Abstract: Various examples, systems and methods are disclosed relating to managing currency exchanges. One system is a data processing system including memory and one or more processing circuits configured to identify one or more assets of an asset class corresponding to an asset grouping framework and generate one or more smart contracts including executable code to monitor an off-chain condition of the one or more assets and exchanges rates. The one or more processing circuits are further configured to broadcast the one or more smart contracts to one or more distributed ledgers and receive, from the one or more smart contracts, an indication the off-chain condition is satisfied. The one or more processing circuits are further configured to process an exchange conversion from the first currency to the second currency based on the current exchange rate and transferring the second currency to a wallet of the receiving party.

Abstract: A method to maintain localization of a non-fungible token (NFT) in a transaction includes receiving a request to transfer an NFT from a first NFT account to a second NFT account, and identifying a first localization property corresponding to the first NFT account. The first localization property restricts transfer of the NFT to a first locality associated with a first geographical area. The method further includes identifying a second localization property corresponding to the second NFT account. The second localization property restricts transfer of the NFT to a second locality associated with a second geographical area. The method further includes, in response to determining that the first localization property and the second localization property differ, transferring the NFT to a container, and linking a public and private key pair linked with the second NFT account with the container to transfer the NFT to the second NFT account.

Abstract: Systems, methods, and computer-readable storage media to protect tokens using a protection architecture. One method includes identifying asset tokens including links to a plurality of asset metadata objects. Further, the method includes generating a container metadata object including metadata of the asset tokens. Further, the method includes generating a container token including a link with the container metadata object. Further, the method includes encapsulating the container token and the asset tokens within a container including a container control structure restricting outputs of the container metadata object and the plurality of asset metadata objects. Further, the method includes generating an allocation token compatible with a segmented allocation control structure restricting outputs by the container of a first segmented allocation of the asset tokens based on metadata of a subset of the plurality of asset metadata objects.

Abstract: A system can obtain, based on a first control structure that identifies a content type, a non-fungible token (NFT) linked to a content object corresponding to the content type, encapsulate the NFT within a container having a second control structure that restricts output by the content object linked to the encapsulated NFT, and generate a control token compatible with a third control structure that restricts output by the container to a destination corresponding to the control token, determine by the third control structure that the control token is compatible with the third control structure, and transmit, by the second control structure and based on the determination that the control token is compatible with the third control structure, the output from the content object to the destination.

Abstract: Aspects of this technical solution can include identifying, by an NFT transaction processor, a first localization property corresponding to an NFT that restricts transfer of the NFT to a first locality, identifying, by the NFT transaction processor, a second localization property corresponding to a second NFT account that restricts transfer of the NFT to a second locality, generating, by the NFT transaction processor in response to a determination that the first localization property and the second localization property differ, a container linked with the second localization property, transferring, by the NFT transaction processor in response to the determination, the NFT to the container, and linking, by the NFT transaction processor, the second public and private key pair with the container to transfer the NFT to the second NFT account.

Abstract: An aspect can include obtaining, from a device of a user, location data, obtaining, from the device in response to a determination that the location parameter identifies a physical location of a physical environment, a public key of the user, generating, based on the public key and a private key of the user, an NFT linked with the user and the physical environment, determining, in response to a determination that the device satisfies a distance threshold to an entry controller at the physical location, that the NFT and the public key are compatible with a control structure of a smart contract, and transmitting, in response to the determination that that the NFT and the public key are compatible with the control structure of the smart contract, an instruction based on the NFT to modify operation of the entry controller to permit entry to the physical location.

Abstract: A system to track to model asset states and access by utilizing non-fungible tokens (NFTs). The system includes a data processing system including memory and one or more processors to receive a stating request for an asset, obtain, based on a plurality of control structures, a plurality of NFTs, each of the plurality of NFTs including a link with a metadata object including metadata of a state of the asset, encapsulate the plurality of NFTs within a container, receive, from the remote device, a state request for an asset state corresponding to a first NFT, the state request including a security token, obtain, from the metadata of the first NFT, one or more recorded security tokens, compare the security token to the one or more security tokens, and, in response to the security token matching the one or more security tokens, transmit the first NFT to the remote device.

Abstract: A method includes receiving a protection request for an exchange and generating a metadata object including a plurality of outputting attributes for outputting. The method further includes generating a protected NFT including a link with the metadata object. The protected NFT is encapsulated within a control structure that restricts an output of the metadata object. The method further includes signing the protected NFT using at least one of a first private key or a second public key. The method further includes transmitting the signed protected NFT to the remote device and continuously monitoring the exchange. The method further includes detecting, by the control structure, at least one outputting attribute of the plurality of outputting attributes is satisfied and, in response to detecting the at least one outputting attribute is satisfied, outputting at least a portion of the output.

Abstract: A method includes receiving a protection request for an exchange and generating a metadata object including a plurality of outputting attributes for outputting. The method further includes generating a protected NFT including a link with the metadata object. The protected NFT is encapsulated within a control structure that restricts an output of the metadata object. The method further includes signing the protected NFT using at least one of a first private key or a second public key. The method further includes transmitting the signed protected NFT to the remote device and continuously monitoring the exchange. The method further includes detecting, by the control structure, at least one outputting attribute of the plurality of outputting attributes is satisfied and, in response to detecting the at least one outputting attribute is satisfied, outputting at least a portion of the output.

Abstract: Some arrangements relate to a system comprising a memory and one or more processors configured to receive from a first computing system of a depositor over a network, a deposit request corresponding to a first funds. In response to receiving a deposit request, first tokens are generated by tokenizing the first funds. To generate first tokens, a private key is used to create the first tokens, a public key of depositor is used to associate the depositor to the first tokens. The depositor is identified by the public and the first tokens are minted using the private key by executing one or more smart contracts.

Abstract: A system to track to model asset states and access by utilizing non-fungible tokens (NFTs). The system includes a data processing system including memory and one or more processors to receive a stating request for an asset, obtain, based on a plurality of control structures, a plurality of NFTs, each of the plurality of NFTs including a link with a metadata object including metadata of a state of the asset, encapsulate the plurality of NFTs within a container, receive, from the remote device, a state request for an asset state corresponding to a first NFT, the state request including a security token, obtain, from the metadata of the first NFT, one or more recorded security tokens, compare the security token to the one or more security tokens, and, in response to the security token matching the one or more security tokens, transmit the first NFT to the remote device.

Abstract: Some arrangements relate to a system that includes a data processing system including memory and one or more processors to receive, from a first computing system, a commitment request corresponding to first funds, in response to receiving the commitment request, generate first tokens by tokenizing the first funds, transmit the first tokens into a first digital wallet, generate share tokens based on a number of shares corresponding to the first funds, transmit the share tokens to a second digital wallet associated with the first computing system, determines return based on a quantity of the share tokens, convert, based on the return, second tokens to second funds, where converting includes burning the second tokens by transmitting the second tokens to an un-spendable address, and retrieving the second funds from a return funds account. The one or more processors further transmit the second funds to a first funds account.