Research Prototype v1.0

AI-Assisted Early Dental Caries Detection

A decision-support system that analyzes dental images, grades caries severity, and visually explains AI predictions for clinical support.

How It Works
System Active
Processing Confidence: 98.4%

Capabilities

Precision Tools for Dental Professionals

Designed to augment clinical expertise, Cariex highlights potential areas of concern instantly, ensuring no detail goes unnoticed.

AI-Powered Grading

Utilizes advanced neural networks trained on thousands of annotated radiographs to accurately identify and grade the severity of carious lesions.

Visual Heatmaps

Provides instant visual explanations overlaying standard X-rays, drawing the clinician's eye directly to high-probability areas of decay.

Clinical Decision Support

Acts as an objective second opinion, helping to reduce diagnostic variability and improve early intervention strategies.

Workflow

How Cariex Works

A seamless, three-step process designed to fit perfectly into your existing diagnostic routine without causing delays.

Step 1

Upload Radiograph

Securely upload cropped periapical dental radiographs in compatible formats.

Step 2

AI Processing

Our model instantly scans the image, detecting anomalies and calculating confidence scores.

Step 3

Clinical Review

Review the annotated heatmap overlays and incorporate the insights into your diagnosis.

Our Experts

The Minds Behind Cariex

Combining expertise in artificial intelligence, clinical dentistry, and human-centered design to redefine dental diagnostics.

J

Jeastel Mae Maratas

Project Manager & Developer

Drives project strategy and development timelines, coordinating between clinical experts and the engineering team to ensure successful feature delivery.

Y

Yllana Mikhaila Paragoso

UI/UX & Frontend Engineer

Designs intuitive clinical interfaces and develops responsive frontend components, while stepping in to handle essential backend API integrations.

M

Mechell V. Torres-Paragoso, D.M.D

Clinical Advisor

Provides critical clinical oversight, ensuring that the system's diagnostic suggestions meet rigorous, real-world dental standards.

H

Hanz Chester Bacus

AI & Backend Engineer

Builds the robust, secure infrastructure required to process sensitive healthcare data and deploys the AI models for rapid X-ray analysis.

J

Jake Clarin

UI/UX & Frontend Developer

Focuses on human-centered design, bridging the gap between complex algorithmic outputs and practical, easy-to-use tools for dental professionals.