THE BODYCANNOT LIE
Words can be chosen. A face can be trained. But heart rate, micro-sweating and tremor are run by the autonomic nervous system — and it never asks permission.
Six signalsfrom your body
Every channel is captured in real time and synced to the interview questions.
Heart rate
A heart-rate spike at the moment of an answer is a classic stress marker.
HRV
Heart rate variability. Its drop is a direct autonomic response to strain.
SpO2
Blood oxygen saturation — contactless, from the skin video signal, right during the conversation.
Micro-tremor
Hand oscillations at 8–12 Hz, invisible to the eye, amplified under stress.
GSR
Electrodermal activity: micro-sweating reacts within fractions of a second — before the words do.
Breathing
Shifts in breathing rhythm and depth on difficult questions.
01
Beyond conscious control
The autonomic nervous system reacts within 200–600 ms — faster than a person can think.
02
Time-locked to questions
Every spike is tied to a specific question with sub-second precision.
03
Fused with behavior
Physiology is weighed together with micro-expressions, eyes and voice — no single channel ever decides.
Works with whatyou already wear
No special equipment. Base analysis needs just a smartphone — every gadget adds new channels.
Apple Watch
Heart rate, HRV, breathing, tremor
Red Rabbit Ring
GSR, heart rate, micro-tremor — the only ring with these channels
Fitness band
Heart rate, HRV
iPhone camera
rPPG: contactless heart rate & SpO2
Plan 2
Standard
Full AI Behavioral analysis + wearable integration (Apple Watch, AirPods, fitness band). Up to 11 channels simultaneously.
- Everything from AI Behavioral
- 20 questions included
- Pulse via Apple Watch / AirPods
- 11 multimodal analysis channels
- Cross-session learning
- Cloud report storage
- Smart Ring / fitness band / HRV-enabled earbuds
- 15+ data fusion channels
- Blockchain report verification
- Zoom / Teams / Meet plugin
- Async analysis (video, voice messages)
- High accuracy
- Apple Watch sync via app
- HRV, heart rate and SpO2 data
- Real-time physiological response analysis