Distributed Ledger Applications
In accordance with an example embodiment, there is disclosed herein an example of using a distributed ledger to track a chain of custody. In accordance with another example embodiment, there is disclosed herein an example of using a distributed ledger that can allow for aggregation of data from multiple sources while maintaining without disclosing the source of individual data records. In yet another example embodiment, there is disclosed herein an example of using a distributed ledger for smart financial institution products such as loan origination. In still yet another example embodiment, there is described herein an example of using a distributed ledger to track debt information.
1 - 10 . (canceled)
11 . An apparatus, comprising:
a distributed ledger;
a manufacturer node coupled with the distributed ledger;
a plurality of customer nodes coupled with the distributed ledger;
the manufacturer node is operable to cause a record to be created in the in the distributed ledger, the record comprising data representative of an automated teller machine module entering a supply chain;
a first of the plurality of customer nodes is operable to store data into the distributed ledger identifying a first automated banking machine where the module has been installed responsive to the automated banking machine module being installed into the first automated banking machine;
the first of the plurality of customer nodes is further operable to store service data for the automated banking machine module while the module is installed in the first automated banking machine into the distributed ledger;
a second of the plurality of customer nodes is operable to store data into the distributed ledger identifying a second automated banking machine where the module has been installed responsive to the automated banking machine module being installed into the second automated banking machine;
the second of the plurality of customer nodes is further operable to store service data for the module while the module is installed in the second automated banking machine into the distributed ledger; and
the distribution ledger is operable to selectively limit service data provided based on a type of node requesting the service data.
12 . The apparatus set forth in claim 11 , wherein the manufacturer node is provided with all service data provided by the first and second customer nodes; and
wherein the first node is selectively provided with service data originating from the first node and is not provided with service data from the second node.
13 . The apparatus set forth in claim 11 , wherein the manufacturer node is provide with all service data provided by the first and second customer nodes;
wherein the first node is selectively provided with service data originating from the first node and second node; and
wherein the service data provided to the first node does not contain an origin for service data originating from the second node.
14 . The apparatus set forth in claim 11 , wherein the distributed ledger is operable to enable the first node to select whether to retrieve data originating from the first node and data originating from all nodes.
15 . The apparatus set forth in claim 11 , wherein the data representative of an automated teller machine module comprises a unique identifier.
16 . The apparatus set forth in claim 15 , wherein the service data comprises a unique identifier; and
the distributed ledger is operable to store the service data responsive to determining the unique identifier in the service data matches the unique identifier of the automated teller machine module.
17 . The apparatus set forth in claim 16 , wherein the service data comprises data representative of a location of the automated teller machine module.
18 . The apparatus set forth in claim 17 , wherein the service data comprises data representative of an identifier for the automated teller machine where the automated teller machine module is installed.
19 . The apparatus set forth in claim 11 , wherein the distributed ledger is operable to store data indicating an end of life for the automated banking machine component received from a node.
20 . The apparatus set forth in claim 19 , wherein the automated banking machine component is selected from a group consisting of an encrypting personal identification number pad and an encrypting touch screen.
21 . A method, comprising:
storing manufacture data received from a manufacturing node into a distributed ledger, the manufacture data comprises data representative of an automated teller machine module entering a supply chain;
storing customer data from a plurality of customer nodes, the customer data comprises service data;
selectively providing customer data based on a type of node requesting the service data in response to an inquiry.
22 . The method set forth in claim 21 , wherein the manufacturer node is provided with all customer data provided by all nodes; and
wherein a first customer node from the plurality of customer nodes is selectively provided with customer data originating from the first customer node and is not provided with customer data from any other of the plurality of customer nodes.
23 . The method set forth in claim 21 , wherein the manufacturer node is provide with all customer data provided by all nodes;
wherein a first node of the plurality of customer nodes is selectively provided with customer data originating from all of the plurality of customer nodes; and
wherein the customer data provided to the first node does not contain an origin for customer data originating from any other of the plurality of customer nodes.
24 . The method set forth in claim 21 , wherein the distributed ledger is operable to enable a first node from the plurality of nodes to select whether to retrieve data originating from the first node and data originating from all nodes.
25 . The method set forth in claim 21 , wherein the data representative of an automated teller machine module comprises a unique identifier.
26 . The method set forth in claim 25 , wherein the service data comprises a unique identifier; and
the distributed ledger is operable to store the service data responsive to determining the unique identifier in the service data matches the unique identifier of the automated teller machine module.
27 . The method set forth in claim 26 , wherein the service data comprises data representative of a location of the automated teller machine module.
28 . The method set forth in claim 27 , wherein the service data comprises data representative of an identifier for the automated teller machine where the automated teller machine module is installed.
29 . The method set forth in claim 21 , wherein the distributed ledger is operable to store data indicating an end of life for the automated banking machine component received from a node.
30 . The method set forth in claim 29 , wherein the automated banking machine component is selected from a group consisting of an encrypting personal identification number pad and an encrypting touch screen.