US 2026/0310293 A1 · BRAIN-AWARE EXTENDED REALITY

Abstract

An eXtended Reality (XR) system is provided that monitors neurological signals to determine an engagement of a user with a real-world environment. The XR system continuously monitors neurological signals of a user through a processor operating in a low-power mode. The XR system generates an engagement signal by analyzing endogenous brain patterns in the neurological signals. In response to the engagement signal, the XR system activates environmental sensors to capture real-world environment data. The XR system generates contextual data from the captured environment data and determines XR content to provide to the user based on the contextual data. The XR system selectively activates XR capabilities to display the determined XR content.

Claims20

Dependent claims

A machine-implemented method comprising:

continuously monitoring neurological signals of a user by an extended Reality (XR) system operating in a low-power mode;
generating an engagement signal using the neurological signals;
responsive to generating the engagement signal, performing operations comprising:
receiving the engagement signal at a context determination engine;
selectively activating, by the context determination engine, specific environmental sensors from available environmental sensors based on a detected context and user state while maintaining minimal power consumption;
capturing real-world environment data using the selectively activated environmental sensors;
generating contextual data using the real-world environment data;
determining XR content to be displayed to the user using the contextual data;
and
activating one or more XR capabilities of the XR system to display the XR content.

7 more elements

A machine comprising:

at least one processor;
and
at least one memory storing instructions that, when executed by the at least one processor, cause the machine to perform operations comprising:
continuously monitoring neurological signals of a user by an extended Reality (XR) system operating in a low-power mode;
generating an engagement signal using the neurological signals;
responsive to generating the engagement signal, performing operations comprising:
receiving the engagement signal at a context determination engine;
selectively activating, by the context determination engine, specific environmental sensors from available environmental sensors based on a detected context and user state while maintaining minimal power consumption;
capturing real-world environment data using the selectively activated environmental sensors;
generating contextual data using the real-world environment data;
determining XR content to be displayed to the user using the contextual data;
and
activating one or more XR capabilities of the XR system to display the XR content.

10 more elements

A machine-storage medium including instructions that, when executed by a machine, cause the machine to perform operations comprising:

continuously monitoring neurological signals of a user by an extended Reality (XR) system operating in a low-power mode;
generating an engagement signal using the neurological signals;
responsive to generating the engagement signal, performing operations comprising:
receiving the engagement signal at a context determination engine;
selectively activating, by the context determination engine, specific environmental sensors from available environmental sensors based on a detected context and user state while maintaining minimal power consumption;
capturing real-world environment data using the selectively activated environmental sensors;
generating contextual data using the real-world environment data;
determining XR content to be displayed to the user using the contextual data;
and
activating one or more XR capabilities of the XR system to display the XR content.

7 more elements

Dependencies are inferred from the claim text.

Brain-aware extended reality

Life of this patent

Brain-aware extended reality

Life of this patent

Abstract

Claims20