Innovative Health Data Methodology

Our methodology integrates federated machine learning with advanced language models to enhance personalized health insights while ensuring data privacy and security through innovative technology.

Two people in lab coats collaborate in an office setting. One is seated and pointing at a computer screen displaying medical images, while the other stands nearby holding a tablet. Large windows reveal a view of greenery outside, creating a bright and professional environment.
Two people in lab coats collaborate in an office setting. One is seated and pointing at a computer screen displaying medical images, while the other stands nearby holding a tablet. Large windows reveal a view of greenery outside, creating a bright and professional environment.
Empowering Personalized Health
Secure Data Solutions

We utilize a federated data architecture, multimodal integration pipeline, and GPT-4 knowledge integration to create personalized rhythm models from diverse biological signals, ensuring user privacy and data security.

Innovative Health Solutions

Integrating federated learning and advanced language models for personalized health insights and data privacy.

Federated Data System

Deploying local models to train on biological rhythm data while ensuring user privacy and security.

A mobile health services vehicle is parked on a street. The vehicle is beige with blue and orange accents, featuring text and logos, including 'Jockey Club Charles Kao Brain Health Services.' An illustrated portrait of a person in blue is displayed on the side. Trees and a building can be seen in the background, with metal barriers in front of the vehicle.
A mobile health services vehicle is parked on a street. The vehicle is beige with blue and orange accents, featuring text and logos, including 'Jockey Club Charles Kao Brain Health Services.' An illustrated portrait of a person in blue is displayed on the side. Trees and a building can be seen in the background, with metal barriers in front of the vehicle.
Multimodal Integration

Processing diverse biological signals to create personalized rhythm models using specialized neural network architectures.

Leveraging GPT-4 for enhanced knowledge integration and innovative health solutions through advanced AI technologies.

GPT-4 Integration
A smartwatch displays various health and activity metrics, including heart rate and activity rings, in a dimly lit environment. The screen is brightly lit with colorful graphics, providing a sharp contrast against the dark surroundings. The watch is worn on a wrist adorned with multiple beaded bracelets, adding a touch of personal style.
A smartwatch displays various health and activity metrics, including heart rate and activity rings, in a dimly lit environment. The screen is brightly lit with colorful graphics, providing a sharp contrast against the dark surroundings. The watch is worn on a wrist adorned with multiple beaded bracelets, adding a touch of personal style.
A person is interacting with two electronic devices; a smartwatch on their wrist displaying the time and a cartoon image, and a foldable smartphone showcasing sleep tracking data with graphs and time details. The setting is indoors with soft lighting.
A person is interacting with two electronic devices; a smartwatch on their wrist displaying the time and a cartoon image, and a foldable smartphone showcasing sleep tracking data with graphs and time details. The setting is indoors with soft lighting.