VMEA is an AI-driven medical evaluation system designed for insurance companies to automate health assessments efficiently. It integrates an AI-powered 3D medical avatar, multiple health assessment models, and hospital data to provide structured, real-time evaluations.
- AI-Powered 3D Medical Avatar for virtual assessments
- Multi-Model Health Analysis for accuracy
- Hospital Database Integration for seamless medical data retrieval
- Automated Risk Scoring for underwriting
- Secure & Compliant with industry standards
- Framework: React.js
- 3D Rendering: Three.js (for AI Medical Avatar Visualization)
- Voice Integration: Web Audio API & Speech-to-Text
- Standards: HTML5, CSS3, JavaScript
- Server Framework: Python (Flask)
- AI/ML Integration: TensorFlow/PyTorch for health models & custom LLMs
- Database: MySQL (for hospital data integration)
- Security: JWT for authentication and secure data transmission
Ensure you have the following installed:
- Python 3
- Node.js & npm
- Virtual Environment for Python (
venv
recommended)
-
Clone the repository:
git clone https://github.com/PrakharJain1509/MedSurance.git cd MedSurance
-
Install dependencies:
pip install -r requirements.txt
-
Run the chatbot backend:
cd Chatbot_backend python3 app_with_tts_with_flask.py
python3 eval2.py
- This will start the Flask server at
http://127.0.0.1:5000
- This will start the Flask server at
-
Run the hospital management backend:
cd HospitalManagement_Frontend_Backend/backend python3 app.py
- This will start the hospital API at
http://127.0.0.1:5001
- This will start the hospital API at
- Navigate to the frontend directory:
cd Final_frontendwithavatar
- Install dependencies:
npm i
- Start the frontend application:
npm start
- This will start the frontend, allowing you to interact with the chatbot UI.
- Navigate to the frontend folder:
cd HospitalManagement_Frontend_Backend/frontend
- Install dependencies:
npm i
- Start the frontend:
npm start
- The chatbot backend (
app_with_tts_with_flask.py
) powers the AI-driven medical assistant. - The hospital management backend (
app.py
) handles hospital data and patient records. - The frontend application provides an interactive UI for virtual health assessments.
- The AI models evaluate health conditions and generate reports for insurance underwriting.