AUGMENTED REALITY

Glyph brings hyper-realism to Augmented Reality. Attach digital assets directly to physical products blurring the lines between virtual and real.

texture swapping
deformation tracking
animated clothing
consumer products

texture swapping

Give products their custom UI using AR all controlled by hand gesture input.

deformation tracking

Glyph enables high fidelity real-time deformation tracking allowing for true hyper-realism in AR.

animated clothing

Apply AR experiences to your product line no matter the shape or size.

consumer products

Enable smart packaging methods to implement product demos which customers can view through their phones.

ROBOTICS

Glyph physically and functionally describes the real world for high versatility in robotics. Our embedded code shifts the burden of knowledge from the robot to the environment.

real-time feedback
positional data encoding and overlay
human demonstration
robust control

real-time feedback

Glyphs provide real-time feedback of object pose enabling robotic automation in variable environments.

positional data encoding and overlay

Each point in space is uniquely identifiable allowing robots to understand positional based information.

human demonstration

Glyph allows for unique identification of surface pose for objects. End effectors along with Glyph surface identification and real-time feedback allows for imitation learning for robotic pick-sort applications.

robust control

Glyph allows unique identification of surface deformation pose. Pick areas which are not successful can be marked as "Fail" to allow the robot to try different pick points.

GLYPH

AUGMENTED REALITY

texture swapping

deformation tracking

animated clothing

consumer products

ROBOTICS

real-time feedback

positional data encoding and overlay

human demonstration

robust control

want to learn more?

we're currently raising our pre-seed round.

GLYPH

AUGMENTED REALITY

texture swapping

deformation tracking

animated clothing

consumer products

ROBOTICS

real-time feedback

positional data encoding and overlay

human demonstration

robust control

want to learn more?