AI in healthcare thinktank
It’s built on the latest scientific discoveries
Every feature and metric we offer is backed by science.
Estimating Blood Pressure from the Photoplethysmogram Signal and Demographic Features Using Machine Learning Techniques
Blood Pressure Estimation from Photoplethysmogram Using a Spectro-Temporal Deep Neural Network
Cardiovascular assessment by imaging photoplethysmography - a review
A healthy heart is not a metronome: an integrative review of the heart's anatomy and heart rate variability
Facial video photoplethysmography for measuring average and instantaneous heart rate: a pilot validation study
GLP-1 therapy and the role of AI health monitoring
GLP-1 therapy is a powerful tool, but lasting weight loss needs more than medication. Discover how AI health monitoring can help support long-term weight management.
What science tells us about HRV and fertility
Explore how HRV relates to fertility, stress, and the menstrual cycle. Learn what research says about HRV as a marker in reproductive health.
How AI is transforming chronic disease management: Remote monitoring for hypertension and diabetes
Discover how AI-powered remote health monitoring is transforming chronic disease management to improve health outcomes and lower costs.
Estimating heart rate variability using facial video photoplethysmography
Shen.AI’s face-scan tech estimates HRV with high accuracy from a 1-min video. Strong correlation with ECG in pilot study.
Transforming patient journeys: How AI-powered triage and real-time health monitoring elevate medical care
Healthcare has always faced a big challenge: how do we provide high-quality care that is fast, reliable, and scalable? Doctor visits for everything are safer but expensive for institutions.
Stress management in the workplace: How AI & video-based health monitoring can help
Employers who fully grasp the importance of employee wellbeing experience higher productivity, better job satisfaction, decreased turnover rates and fewer workplace accidents.
Heart disease in numbers: key insights from the report
Cardiovascular disease (CVD) is the leading cause of death worldwide, 20.5 million deaths per year—one-third of all deaths globally. Despite medical advancements, prevention and early detection are major challenges, leaving millions at risk.
Rethinking hypertension management with AI – Heartery case study
Heartery makes tracking blood pressure effortless—delivering real-time insights, keeping users engaged, and working seamlessly on a smartphone.
Facial video photoplethysmography for measuring average and instantaneous heart rate
AI-powered vPPG delivers ECG-level heart rate accuracy with a mean error of just 0.1 bpm. Read the study validating contactless, real-time monitoring.
Modern obesity control: Track BMI, waist-to-height ratio, total body fat, and basal metabolic rate using just a smartphone
Discover how Shen AI will revolutionize obesity control. Learn how it collects health metric insights for weight management with a single face scan.
What is HRV?
Heart rate variability offers insights into heart health, mental well-being, and physical fitness. Explore why HRV monitoring matters.
What if your smartphone could monitor your health in 60 seconds?
Discover rPPG: an AI-powered, non-invasive technology for health monitoring. Learn how providers can monitor vital signs remotely.
What is rPPG?
Discover rPPG: an AI-powered, non-invasive technology for health monitoring. Learn how providers can monitor vital signs remotely.
Shen.AI Face-Scanning Technology as a Part of Health Checks
The integration of Shen.AI's face-scanning technology into health kiosks located in clinics and high-traffic zones represents a significant leap forward in healthcare accessibility and efficiency.
The Impact of Shen.AI on Chronic Disease Management through PGHD
In a world where chronic diseases such as diabetes, hypertension, and asthma are becoming increasingly prevalent, the need for effective disease management is more critical than ever.
Enhancing Patient Engagement with Shen.AI: A New Era of PGHD
Patient-generated health data (PGHD) is reshaping how we approach personal health and wellness. PGHD offers a more dynamic and comprehensive picture of a patient's health, leading to personalized treatment plans and better health outcomes.
Bridging the Gap: Shen.AI’s Innovative Approach to Patient-Centered Health Data
This exploration unveils Shen.AI’s transformative role in enabling patients to actively participate in their health through Personal Generated Health Data (PGHD).
Accessibility and Inclusivity in Apps Powered by Shen.AI SDK
With the integration of Shen.AI SDK, developers are now equipped to redefine user experiences, making them more inclusive and accessible than ever before.
Understanding the Limitations and Accuracy of rPPG Measurements
Remote photoplethysmography (rPPG) has emerged as a non-contact method for monitoring vital signs, revolutionizing the way we approach health monitoring.
Designing User-Centric Interfaces for Shen.AI SDK Applications
Integrating the Shen.AI SDK into health monitoring apps transforms the user experience.
Data Security and Privacy Concerns in Face-scanning Technologies
Explore how Shen AI addresses data security and privacy concerns in facial scanning health technologies and AI monitoring.
Patient-Generated Health Data (PGHD) delivered with Shen.AI
In the digitized landscape of healthcare, data has become the bedrock of innovation, with Patient-Generated Health Data (PGHD) emerging as a transformative force in reshaping the dynamics between patients and healthcare providers. At the forefront of this data revolution stands Shen.AI, which sources and provides PGHD.
Understanding HRV and Its Role in Indicating Stress and Wellbeing
In this article, we will delve into the concept of Heart Rate Variability (HRV) and how it serves as an indicator of both stress levels and overall wellbeing.
How Do Smartphones Revolutionize Preventive Healthcare?
In this article, we will explain how mobile health monitoring works and how it can be implemented in your organization.
Boosting Wellness with Cutting-Edge Technologies: A Look into the Health and Wellness Industry
These past few years have been a wake-up call for global health. It's become clear that we can't take our health and well-being for granted and that prevention is truly the best medicine. As we emerge into the new era of health and wellness services, we're seeing a new generation of consumers.
Telemedicine 2.0: The Future of Remote Health Services
From remote consultations to remote patient monitoring, the future of healthcare looks set to be more digital than ever before. Let's take a close look at the exciting era that is transforming the way we access medical care.
5 Ways To Boost Patient Engagement with Shen.AI
There is a huge amount of personal health information in the digital space. What health Information can you collect with Shen.AI?
Three Reasons Why You Were Wrong About Camera-based Health Checking Accuracy
We outline three popular views on remote health-checking accuracy we believe are outdated.
All in One: What Health Information Can You Collect with Shen.AI?
There is a huge amount of personal health information in the digital space. What health Information can you collect with Shen.AI?
Why Is Camera-based Health Monitoring Different From Existing Methods?
Nowadays, an ordinary smartphone is enough to determine the heart rate and other important physiologic data.
Heart Monitor available at Apple App Store and Google Play
Heart Monitor uses full advantage of Shen.AI which unlocks potential of vital signs acquisition and analysis trough computer vision, signal processing and machine learning.
AI-Driven App Detects Early Signs of Disease Using Only a Smartphone Camera
“We want to squeeze as much capability as possible out of the smartphones for diagnostic purposes without the need for any additional hardware.” says Remi Koscielny, cofounder and CEO of MX Labs.
What does Heart Rate Variability Says About Your Health
Elevated blood pressure translates into a number of adverse consequences. By better understanding the intricacies of this medical condition, we can help mitigate some of the undesired effects. Heart rate variability is one of the aspects worth exploring in this respect.
