Physiological Awarenessdesigned to disappear.
The sensing platform for sleep and rest environments. No wearables. No cameras. The technology works while you sleep — present, unseen.
No device to wear to bed.
Sleep uninhibited. No charging, no contact, no worries.
No camera watching you sleep.
No optical data. No footage. No lens pointed at your most private space. Awareness without surveillance.
Just quiet, continuous awareness.
Sensing that fits your environment — not the other way around. The technology is present. You are not interrupted.
What Glassfrog stands for.
Five ideas that shape every decision — from sensing architecture to product form.
Contactless
No physical contact required. The sensing environment does the work.
Privacy-aware
No camera. No audio. No data you didn't consent to share.
Low-burden
Fits your existing sleep environment. Nothing to charge, wear, or remember.
Signal depth
Beyond breathing rate — capturing respiratory shape, rhythm, and variation.
Meaningful insight
Built to support understanding, not just data.
Why it's different.
Glassfrog is not a wearable. It is not a camera. It's not guesswork.
Wearables require contact and user compliance
Contactless — no worn device, no nightly routine
Camera-based sensing raises privacy concerns
Field-based sensing — no optical data collected
RF/antenna systems sensitive to environmental noise
Designed for interference resistance in real-world environments
Rate-only respiratory data — breathing count per minute
Richer respiratory signal — shape, depth, and subtle variation
Single fixed form factor
Platform thinking — multiple product directions possible
Built for real environments.
Signal quality should not depend on lab conditions. Glassfrog's sensing approach is designed to reduce susceptibility to everyday interference — because real homes are not controlled environments. Robust sensing under ordinary disturbance is a first-class design requirement, not an afterthought.
From data to insight.
Under-Sheet sensor strip.
Compact signal unit.
Continuous Awareness
Sleep & Recovery
Continuous sleep-state awareness without a single worn device.
Understanding sleep quality, respiratory patterns, and recovery signals passively — the way sleep was meant to be studied.
Sleep phase graph — respiration-based sensing
Family Reassurance
Gentle monitoring presence for infants or aging family members at home.
Remote Health Observation
A foundation for clinically-adjacent home monitoring in supported care.
Early Signal Awareness
Tracking longitudinal physiological patterns before symptoms become visible.
Seamless and Touchless.
The only high detail contactless sensing for awareness every day.
Bedside Intelligence
Seamlessly feed to your phone and smart devices.
Under-sheet Layer
A fully invisible integration onto your existing mattress.
Embedded Object
Sensing within a familiar bedroom form — functional and invisible.
Evolution of Sensing
Richer detail than ever before possible - eventually putting an MRI in every home.
Future Wearable
Unprecedented on-the-go detail.
Better sensing is only the beginning.
The long-term value of continuous physiological monitoring is not in the raw signal — it's in insights built up over time.
Raw line charts are not health insight. They are data waiting to become meaningful. Glassfrog is a sensing foundation for how your health is changing both in immediate detail and over subtle timeframes.
Intelligent assistants, personalized health context, and AI-supported insight mean a future where your environment understands you quietly, without asking to be noticed.
That future starts with the most detailed non-invasive sensing ever.
Good health technology should disappear.
It should fit naturally into life — not restructure it.
It should not trade your privacy for your awareness.
It should move past data collection, toward understanding.
The best version of this technology works quietly.
That's the point.
The future of health is quiet.
If you believe health technology should work different — we want to hear from you.
Early-stage technology platform · 2026