United Services Automobile Association (Usaa)

Andre Rene Buentello

Jose L Romero, Jr

Gregory David Hansen

Ashley Raine Philbrick

Timothy Blair Chalmers

Gregory Brian Meyer

Bradly Jay Billman

Mark Anthony Lopez

Michael Jay Szentes

Sharon Kay Haverlah

Garrett Rielly Rapport

Florian Braun

Will Kerns Maney

Stacy Callaway Huggar

Robert Lee Black

Ruthie D Lyle

Gunjan Chandraprakash Vijayvergia

Sean Carl Mitchem

Michael Joseph Gaeta

Noe Alberto Martinez

Samip Dilip Mehra

Matthew Ryan Santacroce

Reynaldo Medina, Iii

Manfred Amann

Jess Witman Gingrich

John Chandler Hopkins

Brian Francisco Shipley

Christopher M Russell

Bryan J Osterkamp

Oscar Roberto Tijerina

Mark Paxman Warnick

Mitzi Ruiz

Terry Benton

Timothy Altman

David Patrick Dixon

Oscar Guerra

Dustin Bowen Bitter

Nina Cooper

Nina Schuessler

Nathan Lee Post

William Daniel Farmer

Emily Kathleen Krebs

Ross Andrew Thiele

Justin R Nash

James Philip Hillman

Galo M Alava

Christopher James Waful

Cayley Danielle Collum

Rachael Ann Humphreys

Xin Wang

Mateusz Peter Dyl

Matthew Blair

Paul Garcia

John Hope

John Loflin

Ogechi Namme

Kelly Q Baker

William Preston Culbertson, Ii

Paula Ann Whittington

Ana Maldonado

Jerry John Maestas

Priyadarshini Badugu

Brennen Michael Ricks

Marta Leigh Argumedo

Michelle Susan Croak

Desmond Montrell Savage

Justin Dax Haslam

Yevgeniy Viatcheslavovich Khmelev

Victor Kwak

Donnette L Moncrief Brown

Brian Tougas

David Joaquin Harris

Gideon B Luck

David Alexander Lilley

Sayeef Rahim

Edward Manuel Alonzo, Iii

Curtis Mark Bell

Kevin Anthony Kossow

Matthew Robert Byrd

Michael Patrick Bueché, Jr

Mounica Urity

Gregory Neal Lewis

Nataraj Davalath

Ryan Thomas Russell

Surender Kumar

Michael Patrick Bueche, Jr

Zachery C Lake

Elena Marie Carrasco

Jon Daniel McEachron

Subhalakshmi Selvam

Madhusudhana Rao Abburi

Breanna Nicole Allerkamp

Shayla Leigh Callis

Jon D Mceachron

Neetu Jain

George Charles MacNair

Gail Ann Bennett

Michael Patrick Bueche', Jr

George MacNair

A live video of a negotiable instrument may be provided to a financial institution so that an image of the negotiable instrument may be obtained from the live video, processed, and funds associated with the negotiable instrument may be deposited in an account of a user. The user may be identified and authenticated to the financial institution by one or more biometric characteristics. One or more biometric characteristics may be used to endorse the negotiable instrument. A holder may be used to hold the negotiable instrument while live video is being taken and provided from a user to a financial institution.

Systems and methods for live video financial deposit

A method may include receiving, via at least one qubit processor, input data comprising user location data associated with one or more locations of a user over a period of time and Internet-of-Things (IoT) data associated with the user. The method may then involve generating a quantum encryption model based on the input data. The quantum encryption model may apply encryption algorithms to subsets of the input data in superposition. Each subset may include at least one combination of at least a portion of the user location data and at least a portion of the IoT data. The method may then involve receiving dynamic input data that may include updated user location data and updated IoT data acquired after the input data, determining a dynamic password based on the quantum encryption model and the dynamic input data, and sending a notification including the dynamic password to a user device.

Performing encryption services using combinatorial analysis of event data and IOT device data

A computing system is configured to trigger a safety driver assessment and obtain driving conditions for a route using a variety of sensors and databases. The computing system is also configured to receive driver information and determine a safety driving test based on the driver information and driving conditions. During the safety driving test, the computing system is configured to measure, via the variety of sensors of an autonomous vehicle, driving responses of a driver operating the autonomous vehicle. Based on measured driving responses, the computing system is configured to determine a safety driving score and save the safety driving score in a safety test record.

Safety driver assessment and dynamic autonomous driving

A leak detection system includes a leak detection sensor assembly configured to be positioned on or within a component of a building. The leak detection sensor assembly includes multiple electrical conductors, an output device, and a fluid-absorber in contact with the multiple electrical conductors and the output device. The multiple electrical conductors, the output device, and the fluid-absorber are configured to define a closed electrical circuit with fluid present at the fluid-absorber and are configured to define an open electrical circuit without the fluid present at the fluid-absorber.

Leak detection systems and methods

A computer-implemented method for monitoring a condition of a person includes receiving, at a computerized device, at least one signal from a condition sensor and determining if a condition is an emergency condition of a user based on the at least one signal.

Monitoring systems and methods for personal safety

A touchless method and system of performing an authentication of a person in order to permit access to a secured resource is disclosed. The system and method are configured to collect channel state information associated with a person as they pass through a sensor zone and identify a biometric signal for the person. The system detects whether there is a match between the biometric signal and any biometric signals previously collected and stored in a database. If there is a match, the system verifies an identity of the person and can be configured to automatically grant the person access to one or more services, features, or locations for which he or she is authorized based on the authentication.

Touchless authentication method and system

A system and method for transforming physical currency in the form of banknotes into digital currency is disclosed. The system includes a device that can scan and destroy banknotes, and send information about the destroyed banknotes to a digital currency minting system so that a corresponding value of digital currency can be created on a corresponding digital currency network. The device includes at least two optical devices, where one of the optical devices is displaced from a shredding assembly at a particular distance to ensure that a confirmation of destruction image including a serial number on the banknote can be captured at approximately the same time that a sufficient amount of the banknote has been shredded to render the banknote invalid for use as currency.

System and methods for converting banknotes to digital currency

Systems and methods for detecting use of a property are provided. A first set of property identifying data for a first property is received from a first source. The first source indicates a use of the first property but does not publicly provide an address of the first property prior to initiation of a request for use of the first property. A second set of property identifying data for a second property from a second source is also received. The second source provides a property address of the second property. The first set of data are compared to the second set of data, to determine an amount of overlap. When the amount of overlap meets a pre-defined threshold amount, the first property and the second property are identified as a common property and a notice is provided of the property address and the use of the common property.

Systems and methods for mining data for property usage

Systems and methods described in this disclosure provide methods and systems for automatic deployment of a vehicle covering apparatus to protect the vehicle from environmental conditions such as severe weather.

Systems and methods for automatic deployment of self-inflatable vehicle covering apparatus

This disclosure is directed to systems and techniques for identifying one more path solutions in a traffic or pedestrian context that address multiple factors specified by an individual or by groups of individuals. As discussed herein, such pathfinding techniques may take into account multiple constraints or preferences specified by individuals as well as multiple sources of data, including sensor or image data, online data sources, data derived from online or smart home devices, calendar or schedule data tied to the individual and so forth. As discussed herein, the present disclosure is related to performing combinatorial analysis using quantum computing systems to efficiently identify and/or characterize potential paths based on criteria specified by users as well as a variety of accessible and disparate data sources.

Pathfinding using quantum computational analytics

A system includes one or more processors configured to receive one or more sets of LIDAR sensor data corresponding to damage of a property. The system is configured to analyze the one or more sets of LIDAR sensor data and determine a repair recommendation and recommended time period of repair for the associated damage of the property. The system may also detect changes to property condition over time and monitor condition of the property over time via LIDAR sensors and alert the user when property condition decreases and a repair is recommended.

Systems and methods for sensor-based detection of property damage

A system includes an electrical connection system configured to transmit electric power to a plurality of devices associated with a structure and a control system associated with the structure. The control system is configured to receive data indicative of a respective priority associated with the plurality of devices and operate the electrical connection system to control flow of electric power to the plurality of devices based on the data.

Systems and methods for adjusting electric power to devices

The embodiments provide a system and method for filtering out smoke and/or toxic gases/fumes from air in a building. The system integrates various smart devices with an HVAC system along with a controlling software application that can change the state of the smart devices, thereby controlling the types and quantities of air moving through the HVAC system at any time. In particular, the system can adjust the openings of one or more smart registers to control how much air passes in and out of the HVAC system over a given period of time. The system can also adjust the opening of a smart intake vent to control how much fresh (outside) air passes into the system over a given period of time. The system can also adjust the opening of a smart furnace valve that is disposed within the furnace.

Smart air filtration system and method of use

Chip cards that are protected from unauthorized access to information and instructions stored in the chip card's chip by unauthorized persons using illicit devices that emulate chip readers to interrogate the chips in chip cards and obtain or download confidential data stored in the chips. The chip cards are disabled when not ready to be used, such that the chips cannot be accessed by illicit devices, thus protecting the chip card owner and/or issuer from potential losses.

Chip card with on/off mechanisms

Methods, systems, and apparatus, including computer programs encoded on computer storage media, to process audio and visual data. One of the methods includes receiving, from a mobile device, image data and audio data, wherein the image data and audio data were obtained within the same time frame. The method includes processing the image data to identify a first set of facts. The method includes processing the audio data to identify a second set of facts. The method includes processing meta-data associated with the image data to identify a third set of facts. The method also includes performing at least one process using the first set of facts, the second set of facts, and the third set of facts.

Digital imagery, audio, and meta-data

Growing community of inventors

San Antonio, TX, United States of America

Andre Rene Buentello