Capital One Services, LLC

Kevan Emmott

Colin Hart

Jason Ji

Alexandra Colevas

Christine Berglund

Steven Quadros

Adnan Malik

Matthew Horton

Emma Sagan

Jared M Alexander

Scott Golder

Allison Abbott

Adam R Koeppel

James Zarakas

Tyler Sylvain Locke

Rajko Ilincic

Molly Elizabeth Johnson

David Kelly Wurmfeld

Jeffrey Rule

Kevin Grant Osborn

Joshua S Edwards

Michael Bakr Mossoba

Abdelkader M'Hamed Benkreira

Clayton Johnson

Jeffrey Carlyle Wieker

Disclosed embodiments pertain to systems and methods related to user authentication with a virtual payment card. A virtual card number can be requested as a login credential for a user. A virtual card number can be transmitted through a credit card payment network to a financial institution that issued the virtual card for payment authorization. The user can subsequently be authenticated in response to a granted payment authorization by the financial institution. The financial institution can execute a machine learning model trained to infer fraud based on a usage pattern associated with a virtual card number. Granting or denying payment authorization can depend on a confidence score returned by the model regarding the likelihood of fraud. A virtual card number associated with authentication can include one or more distinguishing characteristics in one instance. Further, virtual card numbers can include use restrictions in time and location.

Virtual card number as a login credential

First data indicative of a first plurality of transactions by a user may be processed to generate first behavioral information describing the user. The first behavioral information may be displayed by an interactive user interface. A user input made in response to the first behavioral information may be received and analyzed to generate user preference information indicating a relationship between the first user input and the first behavioral information. Second data indicative of a second plurality of transactions by the user may be received and processed with the user preference information to generate second behavioral information describing the user. The second behavioral information may be displayed by the interactive user interface differently from the first behavioral information by the interactive user interface as a result of the processing of the second data and the user preference information together.

Systems and methods for building dynamic interfaces

A device may include a processor, a wireless transceiver in communication with the processor, and a non-transitory memory. The memory may store instructions that, when executed by the processor, cause the processor to perform processing. The processing may include receiving a command configured to be executed by an external user device. The external user device and the user device may be members of a network of trust. The processing may include detecting, by the wireless transceiver, a plurality of member devices of the network of trust in communication range of the device. The processing may include sending, by the wireless transceiver, the command to each of the plurality of member devices.

Remote commands using network of trust

Various embodiments are generally directed to enhancing a card activation experience for an authorized card user when activating a new card by at least displaying various types of information related to the new card in augmented reality (AR) and allowing the user to perform the activation itself or experience other aspects of the activation process in AR. Information pertaining the successful activation of the card may also be provided to the user in AR.

Augmented reality card activation experience

Provided, in an aspect, is a system for managing transactions from a financial services computer network. The system has a scalable architecture, and includes a database, one or more processors, a plurality of experience matchers, and a transaction hub. Each experience matcher is associated with a different experience set type, and can receive a transaction list and return an identified experience set. The transaction hub can communicate with multiple experience matchers, and can receive experience sets from the matchers after sending them a list of transactions.

Scalable architecture for managing transactions

A biometric heartrate authentication system and method is disclosed that leverages heartrate information collected by heartrate tracking devices to build a heartrate profile for a client. The system further leverages location information collected by existing location information services to determine an activity profile for a client. The activity profile information may be used together with the heartrate profile to generate an expected heartrate range against which a cardholder heartrate may be compared for authentication purposes. Because client heartrate characteristics are generally unique, varying according to the unique activities being performed by the client at any point in time, the system and method thus provide a low cost, non-invasive method for reliably authenticating individuals and securing against fraudulent account accesses.

System and method for biometric heartrate authentication

Various embodiments are generally directed to techniques communicate in a cellular communication frequency range, detect a resonant signal in response to the communication in the cellular communication frequency range for cellular communication, the resonant signal to indicate presence of a contactless card. Embodiments also include enabling a near-field communication device to send a communication to the contactless card based on the detection of the resonant signal, the near-field communication device to communicate with the contactless card in a near-field communication frequency range.

Techniques to reduce power consumption in near field communication systems

Provided, in an aspect, is a method for improved visualization of transaction data from a financial services computer network. The method includes receiving, at a computing device, a plurality of experience sets; presenting, on a display of the computing device, a graphical user interface (GUI); and updating the GUI in response to receiving a revision to the plurality of experience sets. Each experience set contains one or more transactions that relate to each other. The GUI includes a scrollable list having at least a portion of the experience set name for experience sets within a selected time period; and a calendar for the time period showing, for each day with at least one experience, a graphical element indicative of a total of all experience set amounts in that day.

Visualization of transaction data

Growing community of inventors

Arlington, VA, United States of America

Kevan Emmott