A method for augmented reality assisted automotive inspection and automatic ordering of automotive parts and/or services begins with the detection of an automobile inspection session's initiation using an AR headset worn by a technician. The system then generates relevant AR elements for the inspection session, which may include technician workflows, part identifications, part descriptions, and ranked ordering options for parts and services. These AR elements are displayed as an overlay to the technician's field of view through the AR headset. The method includes detection of a technician's selection of a part or service via voice command, gesture recognition, or gaze tracking. Finally, the selected part or service is automatically ordered without requiring any physical manual input from the technician, streamlining the entire inspection and ordering process.

A computer-implemented method for guiding a user interacting with an object is provided. The method comprises receiving informational cues of a scene including the object, the informational cues pertaining to sensor-retrieved data; identifying the object based on the informational cues; extracting contextual information based on the informational cues; determining at least one interaction indicator configured to indicate an interaction performable on the identified object, the at least one interaction indicator being based at least in part on the contextual information; and guiding the user to perform the interaction on the object based on the at least one interaction indicator through control of a mixed reality (MR) device.