HavenKey
Safety that doesn't wait for you to act.
Passive distress detection: before danger becomes obvious.
The Problem
Most safety apps depend on a girl deciding the danger is bad enough to escalate, then unlocking her phone, opening an app, and pressing a button. In the moments that matter most, that sequence is impossible. Existing wearables are reactive, conspicuous, and dependent on user initiation, which fails exactly when protection is needed most.
The Solution
HavenKey is an AI-enabled wearable that performs continuous distress detection through multimodal sensor fusion, analyzing voice biomarkers, motion and accelerometer data, and physiological signals such as heart rate variability, without requiring a panic button or an unlocked phone.
How It Works
The classification model correlates voice, motion, and heart rate simultaneously, because danger rarely shows up in just one signal.
01
Sensor Data Collection
HavenKey continuously reads accelerometer, gyroscope, pressure, GPS, and ambient audio, passively, with no user interaction required.
02
ML Pattern Recognition
A Python-based classification pipeline fuses sensor data across time windows, stress-tested against adversarial false-positive scenarios including erratic motion, elevated heart rate from exercise, and loud ambient environments.
03
Risk Evaluation & Alert
When confirmed distress is detected, HavenKey dispatches a precise GPS alert with distress coordinates to trusted contacts and emergency services within seconds, with a subtle vibration confirming dispatch.
Validated by peers, competitions, and global institutions.
A $120B market with no proactive AI solution.
$120B
TAM · Wearable Safety Market
Total addressable market across all personal safety wearables, mobile apps, and emergency alert systems globally.
$32B
SAM · Women 18–35 & Institutions
College students, working women, and university/NGO institutional safety partners in served geographies.
$450-600M
SOM · D2C & NGO Channels
Obtainable via direct-to-consumer and NGO distribution, anchored by the G.I.R.L.S. pilot network across 17 countries.