Revolutionizing Cardiovascular Health with AI

Harnessing wearable data to enhance cardiovascular condition detection and analysis.

We specialize in analyzing cardiovascular data from wearable devices, utilizing advanced models to enhance understanding and recognition of various heart conditions for improved health outcomes.

A person wearing a smartwatch on their wrist. The watch screen displays a red heart and a waveform, suggesting a health or heart rate monitoring feature. The person's hand is adjusting the watch. In the background, a blue surgical face mask is partially visible.
A person wearing a smartwatch on their wrist. The watch screen displays a red heart and a waveform, suggesting a health or heart rate monitoring feature. The person's hand is adjusting the watch. In the background, a blue surgical face mask is partially visible.
Our Mission
A person holds a bright pink wearable device in one hand while interacting with a smartphone in the other hand. The smartphone screen displays a graph with lines and numerical data, suggesting a tracking or monitoring application. The background consists of a soft, neutral-toned surface with a partial view of a box.
A person holds a bright pink wearable device in one hand while interacting with a smartphone in the other hand. The smartphone screen displays a graph with lines and numerical data, suggesting a tracking or monitoring application. The background consists of a soft, neutral-toned surface with a partial view of a box.
A digital smartwatch with a prominent red frame displays a heart symbol with a white electrocardiogram line on its screen. The watch also features a black band and metallic buttons on the side, giving it a modern and sleek appearance.
A digital smartwatch with a prominent red frame displays a heart symbol with a white electrocardiogram line on its screen. The watch also features a black band and metallic buttons on the side, giving it a modern and sleek appearance.

Gathering extensive cardiovascular data from wearable devices for comprehensive analysis and model training.

Fine-tuning models to accurately identify various cardiovascular conditions using collected data sets.

A close-up of an arm wearing a smart watch with a black strap, displaying various health and activity metrics including a step counter and heart rate monitor, set against a blurred green leaf background.
A close-up of an arm wearing a smart watch with a black strap, displaying various health and activity metrics including a step counter and heart rate monitor, set against a blurred green leaf background.
Data Collection

We collect extensive cardiovascular data from wearable devices for model training and evaluation.

gray computer monitor
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.
Model Training

The API models are fine-tuned to identify various cardiovascular conditions using diverse datasets.

Analysis

Utilizing AI to enhance cardiovascular data insights.

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