Wells Fargo Bank, N.a.

James Dalton Cahill

Ramanathan Ramanathan

Bipin M Sahni

Uma Meyyappan

John C Brenner

Gene C Baker, Jr

Claes Dahlstrand

James E Price

Sivesh Thangarajah

Christopher Nicholas Mair

Donald Nevills

Kav Khurana

Lakshmi Kantamneni

Michael Edward Beaumont

Gwendoria M Salley

Chad Allen Yarbrough

Zar John Toolan

Darrell Todd Slawson

Melissa Leisse

Miguel A Ruiz

Jeniffer R Justice

Zachary Scott Miinch

Richard Randolph Crowder

A computer-implemented method, device, and system for communicating an impact of a financial decision or an investment strategy to a user through the use of virtual reality are provided. Providing a context for figuratively 'seeing and feeling' the results for a proposed financial strategy may assist the user in better understanding the impact of the financial strategy. Information provided in this context may educate the user with regards to the amount of income or savings required to achieve a goal over a time period. A goal for a user may be displayed as an image in a virtual reality scene based on gathered user information. The image representing the goal may be displayed according to a percent of clarity based on the financial amount needed to achieve the goal. The image may be changed based on the amount over a perceived virtual reality time period.

Financial future visualization and training

A computer-implemented method may include retrieving, using at least one processor, a goal associated with a user from a user profile; generating, using the at least one processor, based in part on contextual information associated with the user, a plurality of metrics for the goal; based on the plurality of metrics and using the at least one processor, generating an action recommendation with respect to completion of the goal; and presenting the action recommendation to a user device of the user.

Dynamic electronic notifications based on contextual data

Systems and methods for recommending purchase of a new smart appliance are described. The method includes receiving operational information relating to a first smart appliance. The method includes predicting, based on the operational information, a future date by which the first smart appliance will be required to be replaced by a second smart appliance. The method includes estimating, based on financial history of a user, a budget capacity for the user to purchase the second smart appliance. The method includes determining, based on the user's budget capacity and a predicted operating cost of the first smart appliance, a recommended date to purchase the second smart appliance. The recommended date is no later than the future date. The method includes providing the estimated budget capacity and the recommended date to the user.

Payments via a smart appliance

Systems and techniques for interest matched interaction initialization are described herein. A first set of profile attributes for a first user and second set of profile attributes for a second user may be obtained. A first set of data sources and a second set of data sources may be identified respectively using the first set and second set of profile attributes. A first dataset and a second dataset may be collected respectively using the first and second set of data sources. An interest vector model may be generated using data elements of the first dataset based on an interest identified in the first dataset. The second dataset may be evaluated using the interest vector model to identify the interest as a shared interest in the second dataset. An interaction initialization item may be generated by identifying content associated with the shared interest. The interaction initialization item may be transmitted to a device.

Interest matched interaction initialization

A method performed by a smart appliance includes linking the smart appliance to a financial account of a user. The method also includes monitoring an operation parameter of the smart appliance, and detecting an operational issue of the smart appliance based on the operation parameter. In addition, the method includes communicating the operational issue to a smart appliance payment system. The method further includes detecting, based on the operation parameter, resolution of the operational issue upon completion of a service event on the smart appliance. Still further, the method includes transferring payment for the service event from the financial account of the user upon detecting the resolution of the operational issue.

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Belmont, MA, United States of America

James Dalton Cahill