Overview

Oral cavity cancers are highly treatable when caught early, but almost 70% of cases are diagnosed too late due to clinical uncertainty and a lack of accessible screening tools, leading to over 170,000 deaths annually. OralVision is an intraoral, deep-learning-powered diagnostic device designed to change this unfortunate reality. The device captures high resolution images of the oral cavity and analyzes them in real time using a pre-trained neural network that can identify malignant tissue patterns oblivious to the naked eye. By integrating noninvasive imaging with advanced artificial intelligence, our innovation is capable of providing physicians with highly accurate diagnostic insights, allowing for earlier clinical referrals and therapeutic intervention. Moreover, with its use of inexpensive, yet powerful components, OralVision has the potential to be mass produced and distributed at a much lower marginal cost than existing solutions, contributing to improved 5-year survival rates, especially in marginalized low-income communities.

The Problem

The Problem

Why 70% of oral cancers are caught too late

Our Solution

Our Solution

Utilizing deep learning to revolutionize oral diagnostics in underserved communities

How It Works

How It Works

Hardware design, system architecture, and AI pipeline

About Us

About Us

The engineers and researchers behind OralVision

Learn More About OralVision

Key Benefits

  • 87.15% diagnostic accuracy (vs 53% for competitors)
  • Over 3.5x more affordable than existing alternatives
  • HIPAA-compliant federated learning for continuous improvement
  • Designed for low-income communities with solar power capability