TO THE METAVERSE™
for Scene Reconstruction
Quidient Reality™ solves the serious reconstruction needs of our mobile world. It uses groundbreaking algorithms and data structures that define a new tech category called Generalized Scene Reconstruction (GSR). The approach is pioneering and disruptive.
Unmet Needs for Scene Reconstruction
Any Lighting Environment.
Reconstruct in generalized light fields.
Any Object Topology.
Reconstruct organic and manmade objects and scenes. Quidient can handle solid, planar, tubular, and point-like structures.
100% coverage of all materials, including material properties such as reflectivity, refraction, and color.
Reconstruct as far as you can see.
Remarkably reduce amount of training data needed to create trained machine learning components of a specified accuracy.
Virtually Unlimited Complexity.
Reconstruct objects and scenes of virtually unlimited complexity.
Reconstruct real light interaction properties and material color, independent of lighting environment.
Small Files, Low Power, Compact.
Reconstruct and process real scenes up to 100,000x faster and at file sizes 10x smaller than polygon-based systems.
Hi-Accuracy Where Needed.
Reconstruct high or low accuracy as needed.
No Manual Touch-Up.
No need to patch up holes or otherwise edit scenes and objects.
A Revealing Demonstration
Quidient Reality™ results appear remarkable next to the results of today’s best scene reconstruction methods.
Quidient Generalized Scene Reconstruction will enable thousands of new applications, transforming the way people live and work. Notably, an emerging application called the metaverse needs serious scene reconstruction to bring reality into the digital world. Application categories include Digital Content Creation, Automated Visual Inspection (AVI), Touchless Claims Adjustment, E-Commerce (shopping by shape and texture), Remote Health Care, and Serious Augmented Reality (AR).
Quidient’s Development Partners represent some of the top brands in the world. What transformational applications can we enable for you and your customers?
SIZING HAIL DENTS USING MACHINE LEARNING
Using our dented “mini-hood” and our Hail Damage Recorder (HDR) 4200 prototype, we previously demonstrated the ability to create 3D dent profiles from a single image that measured within 28-micron RMSE in comparison to a highly accurate Zeiss Comet structured light system.