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Generative Adversarial Network pre-processors enhance images to ensure that radiologic analysis can be completed even when x-rays are degraded, over/underexposed or contain digital artifacts.
Computer vision segmentation models distinguish individual tooth parts and supporting structures to provide localizing insight on the nature and extent of detected conditions.
Image preprocessors and expertly trained radiologic machine vision models work in unison to detect pathologic, restorative and anatomical features found in dental x-rays.
Detection and segmentation capabilities work in unison to assess the size of anatomical structures and scope of decay.
Our computer vision systems identify and evaluate the widest range of pathologic and restorative features detectable in radiographic and 3D dental imagery.
AI is only as good as its training. Our machine learning models are trained on the world's largest collection of expertly annotated and curated radiographs.
Addressing customer need is vital to the success of any AI solution. Our team has commercialized AI for clients, including many on the Fortune 100, for 10+ years.
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We are the only dental AI company with FDA clearance for patient-facing detection of numerous common dental conditions affecting permanent teeth in bitewing and periapical x-rays of patients 12 and older.
With medical regulatory clearances for clinical pathology detection in over 100 countries, we are the only dental AI company elevating patient care for practices across the globe.
