United Services Automobile Association (usaa)

Uipco, LLC

United States Automobile Association (usaa)

Shayla Leigh Callis

Madhusudhana Rao Abburi

Neetu Jain

Ric M Pena

Anto Chirayil Thomas

Surender Kumar

Roberto Virgillio Jolliffe

Breanna Nicole Allerkamp

Andre Rene Buentello

Jose L Romero, Jr

Stacy Callaway Huggar

Timothy Blair Chalmers

William Daniel Farmer

Robert Lee Black

Subhalakshmi Selvam

Timothy Benjamin Czerlinsky

Brian Katz

Steven Robert Seigler

Sean Michael Wayne Craig

Charlotte Thomas Creech

Sydney Ann Conrad-Cook

Jon Dwain McLaughlin

A system and method for verifying and managing claims involving three-dimensional (3D) print structures and components thereof is disclosed. The system employs a verification model that is trained to detect whether a given structure includes a 3D printed portion, as well as the type of 3D print mixture used and/or its manufacturer. This information can be used to reduce the likelihood of fraud by insured persons following damage to their insured structures. In some embodiments, the information can also be used to determine whether a subrogation clause should be triggered, and the 3D print replacement part be requested for printing from the manufacturer. In another example, the damaged 3D printed part can be printed by a local service partner in or near the region where the damaged structure is located, and installation performed by a trusted contractor.

System and method for verifying 3D printed structural damage claims

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

The embodiments described herein relate to systems and methods for managing or providing privacy in metaverses and/or to providing protection of a user within metaverses. In certain embodiments, a metaverse user privacy system may be used to prevent or discourage user data or private information from being compromised. Such limitations or prohibitions may be applied or enforced based on various factors, such as privacy or security settings specified by a user. In further aspects, the presently described techniques may facilitate protecting a user from known or suspected 'bad' actors or from entering portions of the metaverse presenting risks to the user. Similarly, in further aspects the presently described techniques may be implemented as configurable parental controls, allowing a parent or guardian to configure or specify the types on interactions and risks a child may be exposed to in metaverses.

Techniques for facilitating privacy and protection in metaverses

A method may include receiving, via at least one processor, a plurality of images representative of a property and determining whether two or more images of the plurality of images correspond to reference image data associated with the property. The method may then involve combining the images to generate a digitally stitched image that corresponds to the reference image data in response to the images corresponding to the reference image data and comparing the digitally stitched image to the reference image data to identify features associated with the property. The method may also involve updating a model representative of the property based on the features and generating an updated insurance policy associated with the property based on the model. Afterwards, the method may send a notification indicative of the updated insurance policy to a computing device.

Systems and methods for continuously updating policy data based on dynamically acquired image data

Implementations configure hologram interactions with vehicle passengers. A hologram manager can configure a hologram to interact with vehicle passengers, alleviate danger, and/or guide vehicle passengers to safety. The hologram manager can select an input modality for the hologram according to sensed conditions. For example, the hologram manager can determine a state of impairment for a passenger using sensed data and machine learning model(s). The hologram manager can then select an input modality according to the state of impairment. The generated hologram can be configured by the hologram manager to interact with the passenger using the selected input modality. For example, an instruction manager can generate a set of instructions using sensed and/or gathered information, and the hologram manager can configure the hologram to provide the instructions to the passenger using the input modality.

Configuring hologram interactions with vehicle passengers

A method may include receiving, via a processor, a digitally stitched image representative of a property from a storage component and receiving a model from the storage component. The method may then involve comparing the digitally stitched image to the model to identify one or more features associated with a portion of the property and sending data comprising one or more features to a computing device for presenting via an electronic display. The method may also involve receiving additional data indicative the one or more features from the computing device and generating an altered digitally stitched image based on the digitally stitched image and the portion of the one or more features. Afterwards, the method may update the model based on the altered digitally stitched image and send a notification indicative of the updated model representative of the property to a computing device.

Systems and methods for isolating features in dynamically acquired image data used for updating policy data

Growing community of inventors

Simi Valley, CA, United States of America

Shayla Leigh Callis