OUR SOLUTIONS

For Healthcare Providers

Put hardware-free heart health monitoring at your patients’ fingertips. Quickly and easily get the heart health data you need to identify, intervene and prioritise your patients for the right care, in the right place at the right time.

OUR SOLUTIONS

For Healthcare Providers

Put hardware-free heart health monitoring at your patients’ fingertips. Quickly and easily get the heart health data you need to identify, intervene and prioritise your patients for the right care, in the right place at the right time.

Improve patient outcomes and quality of life

Eliminate the cost and time of administering specialist devices

Avoid unnecessary clinic appointments

Available Vital Signs

Atrial Fibrillation Detection

*98.1% sensitivity and specificity

Heart Rate Monitoring

Heart Rate Variability

New biomakers coming soon

*Cardiovascular Digital Health Journal, ISSN: 2666-6936, Vol: 1, Issue: 2, Page: 107-110 Performance of an automated photoplethysmography-based artificial intelligence algorithm to detect atrial fibrillation

Clinical Pathways

Heart Failure

Targeted AF
Screening

Arrhythmia
Management

Pre/Post Cardiac
Surgery

Rate Control
Medication

Pre/Post
Ablation

Clinical Studies

12,000+ patients served in Hospital and Clinical studies

200,000 Afib patient measurements, representing close to 10 billion data points, allowing us to develop future products

500 patient deployments reduced 15% of teleconsults per patient and 40% reduction in physical consults

10 studies referencing Happitech’s algorithms and evidence

How Happitech Works

Photophlethysmography (PPG) basics

PPG visualised

Video showing variation in redness as the blood pulses through the fingertip.

Clinician-facing Report

1. Data Highlights  Most important data points giving an instant overview including Heart Rhythm, Average Heart Rate, patient reported symptoms at the time of measurement, and measurement reliability

2. Poincaré Plot Showing the relationship between the two successive inter beat intervals. The better they are correlated the more regular the heart rate is.

3. RR Tachogram  The y-axis shows the interval between beats and on the right the corresponding heart rate is shown. As the heart rate goes up, the data points are lower on the graph.

4. PPG Graph The PPG graph shows filtered pulse rate variations and quality of the signal during the measurement.

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