Wellness API
Beatwell Technologies is a SaaS company providing advanced wellness algorithms through API, with a focus on cardiovascular monitoring and circulatory insights. Our cloud-based platform transforms physiologic data into precise wellness insights — powering heartbeat interpretation, arrhythmia detection, and waveform analysis across any sensing device or application. Key innovations include: Neural Network for beat recognition & arrhythmia detection — High-precision, beat-by-beat waveform validation with advanced detection of irregular cardiac rhythms. Cross-platform API — Seamless SaaS integration with wellness devices, apps, and enterprise systems. Actionable cardiovascular insights — Going beyond averages to enable early detection, personalized care, and data-driven decisions.
Reviews
Reviewed on 9/27/2025
Good
| Item | Votes | Upvote |
|---|---|---|
| Rapid insights | 1 | |
| Cloud API | 1 | |
| Cross platform | 1 |
| Item | Votes | Upvote |
|---|---|---|
| Limited analysis | 1 |
The Wellness API, developed by Beatwell Technologies, is a cloud-based platform that provides advanced wellness algorithms focused on cardiovascular monitoring and circulatory insights. It transforms physiological data into precise wellness insights, enabling heartbeat interpretation, arrhythmia detection, and waveform analysis across various sensing devices and applications.
The pros of the Wellness API include rapid insights, a cloud API for seamless integration, and cross-platform compatibility, allowing it to work with various wellness devices and applications. However, a notable con is its limited analysis capabilities, which may restrict the depth of insights provided.
The Wellness API features key innovations such as a neural network for beat recognition and arrhythmia detection, providing high-precision, beat-by-beat waveform validation. It also offers actionable cardiovascular insights that enable early detection and personalized care.
The Wellness API enhances cardiovascular monitoring by providing precise insights into heart health through advanced algorithms. It allows for the detection of irregular cardiac rhythms and offers actionable data that can lead to early detection of potential health issues.