Granted Patent B2

US 12,474,813 · App. 17/821,406 · Granted Nov 18, 2025

Inventors: Brandon Phillip Berquam (South Pasadena, CA); Ciara Rayne Staggs (Oak View, CA); Joshua James Pendrick (Manhattan Beach, CA); Andrew Tsui Jung (Los Angeles, CA); Geoffrey Philip Mott (Lexington, MA)

Assignee: Rypplzz, Inc.

G06F3/04815G06F3/011G06F3/04845G06T19/006G06T2200/24

Abstract

Claims (90)

1 . A computer system, the computer system comprising:

one or more hardware processing devices comprising one or more processors;

a network interface;

non-transitory memory that stores instructions that when executed by the one or more processing devices are configured to cause the computer system to perform operations comprising:

accessing a first set of coordinates, comprising:

geo-location coordinates or

geo-fence coordinates, or

both geo-location coordinates and geo-fence coordinates;

determining:

a presence location of a first object with respect to the first set of coordinates;

determining, using the determined presence with respect to the first set of coordinates, that a first trigger condition has occurred;

at least partly in response to determining that the first trigger condition has occurred, accessing, via the network interface, a geo-smart document comprising executable code, wherein the geo-smart document is accessed from a distributed synchronized database;

dynamically configuring the geo-smart document utilizing data accessed from one or more sources different than the distributed synchronized database;

verifying the geo-smart document utilizing geo-location verification;

accessing an endorsement policy;

based at least in part on the endorsement policy determining whether the geo-smart document has been successfully endorsed;

based at least in part on determining that the geo-smart document has been successfully verified and has been successfully endorsed, causing a first transaction to occur; and

recording the first transaction on the distributed synchronized database in association with a timestamp and validated geo-location data.

2 . The computer system as defined in claim 1 :

wherein determining a presence of a first object with respect to the first set of coordinates further comprises determining that the first object is within at least a first mesh cell, the mesh cell associated with a physical environment.

3 . The computer system as defined in claim 1 :

wherein determining a presence of a first object with respect to the first set of coordinates is based at least in part on data obtained using:

radio frequency (RF) beams,

sound beams having a frequency outside a range of human hearing,

light beams having a frequency outside a range of human vision, or

both RF beams and sound beams.

4 . The computer system as defined in claim 1 :

wherein dynamically configuring the geo-smart document utilizing data accessed from one or more sources different than the distributed synchronized database further comprises accessing data from an IoT (Internet of Things) network.

5 . The computer system as defined in claim 1 :

wherein dynamically configuring the geo-smart document utilizing data accessed from one or more sources different than the distributed synchronized database further comprises accessing data utilizing a layer configured to query, verify, and authenticate the one or more sources different than the distributed synchronized database.

6 . The computer system as defined in claim 1 , wherein the first transaction comprises transferring a first asset from a first entity to a second entity.

7 . The computer system as defined in claim 1 , wherein the endorsement policy comprises a first endorsement policy from a first entity requesting a first asset and a second endorsement policy from a second entity requesting a second asset.

8 . The computer system as defined in claim 1 , wherein the operations further comprise generating a map of objects involved in determining that the first trigger condition has occurred.

9 . A computer implemented method, the method comprising:

accessing a first set of coordinates, comprising:

geo-location coordinates or

geo-fence coordinates, or

both geo-location coordinates and geo-fence coordinates;

determining a presence of a first object with respect to the first set of coordinates;

determining, using the first set of coordinates and the determined presence of the first object with respect to the first set of coordinates, that a first trigger condition has occurred;

at least partly in response to determining that the first trigger condition has occurred, accessing a geo-smart document comprising executable code, wherein the geo-smart document is accessed from a first data store comprising:

a distributed database, or

a decentralized autonomous organization, or

both the distributed database and the decentralized autonomous organization;

dynamically configuring the geo-smart document utilizing data accessed from one or more sources different than the first data store;

verifying the geo-smart document utilizing geo-location verification;

accessing an endorsement policy;

based at least in part on the endorsement policy determining whether the geo-smart document has been successfully endorsed;

based at least in part on determining that the geo-smart document has been successfully verified and has been successfully endorsed, causing a first transaction to occur; and

recording the first transaction on the first data store in association with a timestamp and validated geo-location data.

10 . The computer implemented as defined in claim 9 :

wherein determining a presence of a first object with respect to the first set of coordinates further comprises determining that the first object is within at least a first mesh cell, the mesh cell associated with a physical environment.

11 . The computer implemented as defined in claim 9 :

wherein determining a presence of a first object with respect to the first set of coordinates is based at least in part on data obtained using:

radio frequency (RF) beams,

sound beams having a frequency outside a range of human hearing,

light beams having a frequency outside a range of human vision, or

both RF beams and sound beams.

12 . The computer implemented as defined in claim 9 :

wherein dynamically configuring the geo-smart document utilizing data accessed from one or more sources different than the first data store further comprises accessing data from an IoT (Internet of Things) network.

13 . The computer implemented as defined in claim 9 :

wherein dynamically configuring the geo-smart document utilizing data accessed from one or more sources different than the first data store further comprises accessing data utilizing a layer configured to query, verify, and authenticate the one or more sources.

14 . The computer implemented as defined in claim 9 , wherein the first transaction comprises transferring a first asset from a first entity to a second entity.

15 . The computer implemented as defined in claim 9 , wherein the endorsement policy comprises a first endorsement policy from a first entity requesting a first asset and a second endorsement policy from a second entity requesting a second asset.

16 . The computer implemented as defined in claim 9 , the method further comprising generating a map of objects involved in determining that the first trigger condition has occurred.

17 . A computer system, the computer system comprising:

one or more hardware processing devices comprising one or more processors;

a network interface;

non-transitory memory that stores instructions that when executed by the one or more processing devices are configured to cause the computer system to perform operations comprising:

accessing a first set of coordinates, comprising:

geo-location coordinates or

geo-fence coordinates, or

both geo-location coordinates and geo-fence coordinates;

determining a presence of a first object with respect to the first set of coordinates;

determining, using the first set of coordinates and the determined presence of the first object with respect to the first set of coordinates, that a first trigger condition has occurred;

at least partly in response to determining that the first trigger condition has occurred, accessing, via the network interface, a geo-smart document comprising executable code, wherein the geo-smart document is accessed from a networked data store;

configuring the geo-smart document utilizing data accessed from one or more sources different than the networked data store;

verifying the geo-smart document utilizing geo-location verification;

accessing an endorsement policy;

based at least in part on the endorsement policy determining whether the geo-smart document has been successfully endorsed;

based at least in part on determining that the geo-smart document has been successfully verified and has been successfully endorsed, causing a first action to occur; and

recording the first action on the networked data store in association with a timestamp and validated geo-location data.

18 . The computer system as defined in claim 17 :

wherein determining a presence of a first object with respect to the first set of coordinates further comprises determining that the first object is within at least a first mesh cell, the mesh cell associated with a physical environment.

19 . The computer system as defined in claim 17 :

wherein determining a presence of a first object with respect to the first set of coordinates is based at least in part on data obtained using: radio frequency (RF) beams,

sound beams having a frequency outside a range of human hearing,

light beams having a frequency outside a range of human vision, or

both RF beams and sound beams.

20 . The computer system as defined in claim 17 , wherein the first action comprises transferring a first asset from a first entity to a second entity.

Assignments (1)

Continuity (5)

References Cited (40)