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Uses satellite-based navigation to provide location and time information. In AR, it enables geospatial experiences tying virtual content to real-world locations.

Combines accelerometers and gyroscopes to detect motion and orientation. In AR, it tracks device movement to align virtual content with the user’s perspective.

Estimates a device's position relative to its surroundings using camera images. In AR, it helps in maintaining accurate positioning of virtual objects as the user moves.

Creates a map of the environment while tracking the users' location within it. In AR, it enables the placement and tracking of virtual objects in complex scenes.

Recognizes specific visual markers to determine the position and orientation of a device. In AR, it triggers the display of virtual content when markers are in view.

Uses features of the environment, rather than predefined markers, to track position. In AR, it allows for more dynamic and flexible placement of AR content.

Uses electromagnetic fields to automatically identify and track tags attached to objects. In AR, RFID can link real-world objects with virtual data overlays.

Utilizes small Bluetooth radio transmitters for location-based interactions. In AR, beacons can trigger specific virtual content when the user is nearby.

Measures distance by calculating the time it takes light to travel from the sensor to an object and back. In AR, ToF sensors assist in creating depth maps for better spatial understanding.

Projects a pattern of light onto a scene and measures distortions to create a 3D model. In AR, it enhances the precision of virtual object placement in the real world.

Uses laser pulses to measure distances to a target. In AR, LIDAR contributes to creating detailed and accurate environmental meshes for real-world interactions.

Tracks both translational and rotational motions in 3D space. In AR, 6DoF enables the user to move around and view virtual content from different angles, mimicking real-world interactions.

Combines electrical and optical systems to track the position of objects. In AR, it is used especially in large spaces like warehouses to track both user and objects’ positions for an enhanced AR experience.

Measures the motion of objects across the camera’s field of view. In AR, it contributes to understanding the movement of AR devices relative to the real world for smoother experiences.

Detects infrared light to capture depth information and track object movement. In AR, infrared sensors are crucial for depth sensing and real-time motion tracking.

Employs computer algorithms to interpret image data. In AR, machine vision is used to recognize and track objects and scenes for interaction.

Utilizes radio waves to determine precise device location with centimeter accuracy. In AR, UWB is used for precise indoor navigation and spatial interaction.

Applies algorithms to analyze video and images to recognize forms, gestures, and scenery. In AR, it is essential for creating responsive and immersive AR experiences.

Uses touch feedback to simulate the physical interaction with virtual objects. In AR, it provides users with a sensation of touching virtual objects, enhancing immersion.