Resources and insights
The latest industry news, interviews, technologies, and resources.
Digital underwriting often relies on self-reported data that limits accuracy from the start. This webinar recap explores how Lyfery integrated camera-based health measurement to improve data quality, strengthen risk models, and enable more reliable, behavior-based insurance.
Heart disease is still the leading cause of death in women, yet awareness is falling and research gaps persist. This article explores why cardiovascular risk in women is often underestimated, how symptoms and diagnosis differ, and what new research reveals about the unique factors shaping women’s heart health.
We collect more health data than ever before, yet meaningful insight often remains out of reach. This article explores the fragmentation of the health data ecosystem, the limitations of wearables, and why true value lies not in more signals, but in smarter integration.
SDK 3.0 is live today. This is the biggest release we've shipped. Not because of the feature count, but because of what it means for you and your users.
Shen AI delivers the what: accurate, camera-based vital-sign measurements. FHIR provides the how: a standardized framework for storing and exchanging health data across systems.
Regulatory clarity is as vital as technical capability. Explore the FDA’s 2026 guidance on General Wellness and learn how digital health teams can leverage camera-based vitals monitoring for lifestyle and preventive health without crossing into regulated medical territory.
A new clinical trial confirms Shen AI's technology accurately measures heart rate, breathing, and blood pressure trends using only a smartphone camera.
Choosing a vital signs monitoring provider can be tricky. This guide breaks down what truly matters — from accuracy and inclusivity to integration, user experience, and long-term scalability — so you can select a solution built for real-world performance.
Shen AI’s multimodal rPPG+rBCG system delivers high-accuracy, equitable heart rate and HRV monitoring across 5,000+ participants, improving SDNN by up to 18% in darker skin tones.
Facial vPPG matched ECG with up to 1-bpm precision - even for 4-second, quasi-instantaneous heart rate readings - showcasing the potential of accurate, contactless monitoring.
