Unlock AI Health Monitoring

Clinically validated software for vital‑signs measurements.

The Shen.AI SDK begins scanning vital signs as soon as the user clicks the “START” or other button corresponded with this functionality. This action also counts as a single scan for scan usage calculation.

To ensure optimal performance, it’s essential to integrate the Shen.AI SDK seamlessly and contextually within your existing or newly designed user journeys. The integration should be crafted thoughtfully, ensuring a smooth and logical flow post-scan. Additionally, it’s crucial that your app or web service effectively communicates and interprets scan results for the user. To aid in this process, we offer comprehensive integration guidelines along with hands-on support tailored for UI/UX designers.

Shen.AI’s vital signs scanning technology operates independently of user-provided information, relying exclusively on real-time video streams from the camera. This ensures privacy and ease of use, as no personal data is required for the initial scan. However, for the optional calculation of Health Indices, some additional details may be requested. This includes information such as gender, age, height, weight, ethnicity, country of origin, and basic medical conditions.

The data is processed in real-time on the end-user’s device, using edge computing technology.

The data collected from the SDK can be displayed in different screens of a mobile app or web page and can also be exported outside, for instance, to Electronic Health Records (EHRs) or other client-specific IT systems.

The two factors that are important in rPPG measurement are lighting and stability. Our engineers created top of the line algorithms for stabilization and normalization to achieve the widest possible spectrum of conditions in which measurements can be taken. It is like a traditional device like BP-cuffs – there are specific instructions to provide a good measurement.

For optimal results with Shen.AI technology, follow these simple steps:

• Sit comfortably in well-lit surroundings (around 400 – 500 lx).
• Ensure your hardware meets Shen.AI’s requirements.
• Relax in a seated position for at least 5 minutes before starting your measurement to stabilize your circulatory and respiratory systems.
• During measurement, maintain normal breathing and keep your head steady. Avoid talking or making facial expressions.
• Position your face correctly in front of the camera to fit within the screen frame
• When ready, simply press the START button.

Don’t rush the 5-minute relaxation; it’s key to accuracy. For more in-depth guidance, download our comprehensive guide on using Shen.AI. 

Blood pressure is never constant and can fluctuate significantly over short intervals. Shen.AI measures blood pressure continuously for 60 seconds, yielding an average value. Factors like movement, speech, and cuff-based measurement can impact readings. Traditional cuff-based methods capture a momentary snapshot, while Shen.AI provides an averaged 60-second value.

Discrepancies between the two methods are normal, with reference devices having an error standard deviation of 3-5 mmHg. Consult a healthcare professional for any concerns. For more information check our guide. 

The Shen.AI system operates effectively with a smartphone that meets specific requirements. While it doesn’t necessarily demand the latest or best camera, there are certain specifications to consider:

Camera: The smartphone needs a camera that can be accessed through native platform APIs and delivers stable 30 FPS video at a minimum resolution of 640×480 pixels. While a higher quality camera can enhance accuracy, it’s especially beneficial for challenging lighting and stability situations.

Network: Internet connectivity is essential for license validation. Additionally, there’s an option for telemetry and crash reporting, which also requires internet access. Beyond these aspects, there are minimum network requirements based on the target platform.

For more detailed technical requirements visit developer portal. 

It takes under 1 day to integrate our SDK into your project. We have a lot of technical information, guidelines and examples available on the developer portal.

The first vital sign measured by Shen.AI, the Heart Rate, is swiftly available within just 10 seconds. To maintain high accuracy, the remaining vital signs are comprehensively assessed and made available at the conclusion of the measurement period, which is 60 seconds.

Yes, our SDK includes alternative modes that allow for 30-second and 45-second measurements. However, it’s important to note that while these shorter durations offer quicker results, they come with a trade-off in terms of accuracy.

Shen.AI SDK is designed to be versatile and accommodating, supporting a range of development frameworks. This includes native development environments as well as widely-used frameworks such as Flutter and React Native.

Yes, we provide full customization and localization of all front-end elements.

The signal processing is based on the rPPG waveforms acquired optically from user face scan. Waveforms among other features are then used for AI based algorithms for estimation of systolic and diastolic Blood Pressure. 

Health indices calculations are based on the Framingham Heart Study. For example, in the case of cardiovascular disease risk assessment, factors such as age, sex, blood pressure, cholesterol levels, and smoking history may be considered. The software may use statistical models and algorithms to analyze these factors and calculate a person’s overall risk of developing cardiovascular disease over a certain period, such as ten years. 

It’s important to note that any health risk calculation is only an estimate and cannot predict with 100% accuracy whether or not a person will develop a specific condition. Additionally, the accuracy of risk calculations may depend on the quality and accuracy of the data inputs and the particular algorithms and statistical models used by the software.

All metrics generated by the Shen.AI SDK are computed entirely offline, directly on the device, ensuring there’s no need for server connectivity during the measurement process. This approach not only enhances data privacy but also allows for the indefinite local storage of measurement results as a part of the SDK’s integration capabilities. An internet connection is required solely for the purpose of license verification. Once this initial verification is completed, the SDK can be used autonomously for up to 3 days without any internet connection, offering flexibility and uninterrupted access.