Okare Workflow is a web-based platform that utilizes artificial intelligence to automatically analyze intraoral photographs, detecting periodontal disease and measuring enamel staining in under 10 seconds. This technology enables dentists to make informed treatment decisions and maintain comprehensive, secure records of patient oral health.
Funding
Funding not disclosed
Founders
Product
Problem
Dentists often rely on subjective visual assessments for diagnosing periodontal disease and enamel staining, which can lead to inconsistencies in treatment planning and monitoring. Traditional methods lack objective, quantifiable data, hindering early detection and comprehensive record-keeping of patient oral health.
Solution
Okare Workflow is a web-based platform that uses AI to automatically analyze intraoral photographs, providing dentists with objective data for informed treatment decisions. The platform identifies periodontal disease by analyzing gum tissue pixel-by-pixel and detects and measures enamel staining in under 10 seconds. By securely storing patient photographs, Okare Workflow enables dentists to track progress over time and maintain comprehensive records of patient oral health. The platform aims to optimize the utility of oral photographs to help dentists make informed treatment decisions and improve patient care.
Target Audience
The primary users are dentists and dental practices seeking to improve diagnostic accuracy, treatment planning, and patient communication through objective, AI-powered analysis of intraoral photographs.
Features
- AI-powered analysis of intraoral photographs for periodontal disease detection
- Automated detection and measurement of enamel staining
- Secure cloud storage of patient photographs for easy access and retrieval
- Integration with existing imaging equipment, including smartphones, intraoral scanners, and DSLR cameras
- Detailed reports on patients’ oral health to inform treatment decisions
- Tools to track progress over time by keeping all data in one secure location