Make me a copy.
What size is that?
Find this.
What color is that?
Make a claim.
How much do i need?
Will this fit?
Slider
Make me a copy.
What color is that?
Make a claim.
Find this.
How much do i need?
Slider

Limitless Applications

Quidient’s Locale SDK offers virtually limitless possibilities as your Quidient applications reconstruct the everyday world into actionable 3D models. From visualization to analysis to augmentation, your customers will experience new levels of convenience and value. Quidient’s Engines provided remarkable new opportunities in damage assessment, feature extraction, dimensioning, scene searching by shape, color and other attributes, estimation, fitting, navigation, 3D printing and other transformative functions.

Limitless Applications

Quidient’s Locale SDK offers virtually limitless possibilities as your Quidient applications reconstruct the everyday world into actionable 3D models. From visualization to analysis to augmentation, your customers will experience new levels of convenience and value. Quidient’s Engines provided remarkable new opportunities in damage assessment, feature extraction, dimensioning, scene searching by shape, color and other attributes, estimation, fitting, navigation, 3D printing and other transformative functions.

Digital Content Creation

Digital content creators face significant challenges as they attempt to make 3D models from everyday objects. Quidient is currently working with one of its Development Partners to reconstruct digital content with high enough quality to eliminate post-process touch-up. This picture is from a Quidient 3D Reconstruction and is not a photograph. Whatever your digital content purposes, you’ll get the best-of-breed scene and object reconstruction saving you significant time and money and putting you ahead of the competition.

toy boat scene reconstruction with quidient applications

Actual Quidient 3D Reconstruction

Digital Content Creation

Digital content creators face significant challenges as they attempt to make 3D models from everyday objects. Quidient is currently working with one of its Development Partners to reconstruct digital content with high enough quality to eliminate post-process touch-up. This picture is from a Quidient 3D Reconstruction and is not a photograph. Whatever your digital content purposes, you’ll get the best-of-breed scene and object reconstruction saving you significant time and money and putting you ahead of the competition.

toy boat scene reconstruction with quidient applications

Actual Quidient 3D Reconstruction

Automated Visual Inspection

There are many specialized technologies available for automating various visual inspection tasks, but none offer a generalized solution spanning virtually all types of scenes and objects. The Locale SDK supports a single aperture, ambient light, portable solution covering extended ranges. Quidient is currently working with one of its Development Partners to apply 3D machine learning (ML) algorithms for the detection of “foreign object debris” (FOD) left behind in an airplane fuselage.

before and after 3D ML processing

Automated Visual Inspection

There are many specialized technologies available for automating various visual inspection tasks, but none offer a generalized solution spanning virtually all types of scenes and objects. The Locale SDK supports a single aperture, ambient light, portable solution covering extended ranges. Quidient is currently working with one of its Development Partners to apply 3D machine learning (ML) algorithms for the detection of “foreign object debris” (FOD) left behind in an airplane fuselage.

before and after 3D ML processing

Touchless Claims

The characterization of property surface damage traditionally requires an expert inspector. Quidient is currently demonstrating a handheld system for assessing automobile hail damage. Our solution has been independently confirmed as on-par with both high end structured light scanning and expert judgement. Using sophisticated 3D reconstruction and machine learning, we are paving the way for “touchless claims,” where the asset owner scans their own property for immediate assessment to initiate claims processing.

touchless claims adjustment tools

Handheld solution for assessing hail damage

dent accuracy 3D imaging

3D profile accuracy within 29 microns of structured light system

Touchless Claims

The characterization of property surface damage traditionally requires an expert inspector. Quidient is currently demonstrating a handheld system for assessing automobile hail damage. Our solution has been independently confirmed as on-par with both high end structured light scanning and expert judgement. Using sophisticated 3D reconstruction and machine learning, we are paving the way for “touchless claims,” where the asset owner scans their own property for immediate assessment to initiate claims processing.

touchless claims adjustment tools

Handheld solution for assessing hail damage

dent accuracy 3D imaging

3D profile accuracy within 29 microns of structured light system

Highly Configurable

Give your applications unprecedented control over scene processing. Your users will select their own objects of interest and specify their own visualization and analytic goals. Perhaps color spot accuracy is most important, or overall object geometry. Maybe the objects are less important than the light flowing in the space, for example experimenting with different room lighting solutions. Your applications will automatically guide the reconstruction process, even recommending distributed computational resources when needed.

illustration of gear wheel mechanics

Highly Configurable

Give your applications unprecedented control over scene processing. Your users will select their own objects of interest and specify their own visualization and analytic goals. Perhaps color spot accuracy is most important, or overall object geometry. Maybe the objects are less important than the light flowing in the space, for example experimenting with different room lighting solutions. Your applications will automatically guide the reconstruction process, even recommending distributed computational resources when needed.

illustration of gear wheel mechanics