Intuit, Inc.

Rivian IP Holdings, LLC

Dipesh Khakhkhar

Aveer Ratan Thakur

Sameer Balasubrahmanyam

Nilesh Darade

A vehicle charging system and method, including: a charging station configured to selectively deliver charging power to a vehicle in an intelligent manner when connected; a perception sensor coupled to the charging station configured to obtain an image of the vehicle when present in proximity to the charging station; and memory storing instructions executed by a processor to identify the vehicle from the image of the vehicle using an artificial intelligence/machine learning algorithm, including, for example, identifying one or more of a make/model of the vehicle using a trained image recognition algorithm and a license plate number of the vehicle using a trained text recognition algorithm from the image of the vehicle. The vehicle charging system and method also control a charging parameter based on the determined identity of the vehicle, where the charging parameter includes, for example, a charging time, a charging power, a charging rule, a billing rate, and a charger provisioning scheme.

Charging systems and methods for detecting and identifying a vehicle and utilizing this information in a charging application

Certain aspects of the present disclosure provide techniques for processing transactions in a computing system. An example method generally includes receiving a request to perform an operation with respect to an object included in the request. A system identifies an archetype defining properties of the object included in the request. Based on the identified archetype, the system identifies data repositories to commit data to in order to perform the requested operation and rules for performing the operation with respect to the object. One or more actions are executed against the identified data repositories according to the identified rules.

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Belmont, CA, United States of America

Dipesh Khakhkhar