Know yourself before
burnout does.

Trusted by institutions. Owned by students.

12,000+ Alpha Testers

Seamless lifestyle integration for 76% of users

Up to 91% Predictive Accuracy

Detect Risks Earlier. Intervene Before Crisis.

Detect Risks Earlier.
Intervene Before Crisis.

The students most at risk never seek help.

Passive Sensing for the Signals You Can't See

Clinically-validated technology detects early shifts in focus, energy, and cognitive load without form filling required.

Passive Sensing for the Signals You Can't See

Clinically-validated technology detects early shifts in focus, energy, and cognitive load without form filling required.

A flowing, abstract form with smooth, wavy textures is depicted, featuring a gradient of soft green and fiery orange hues, set against a muted brown background.

Privacy-First Passive Sensing Stack

Precision

Passive

Continuous

Can we use our everyday digital footprint to understand our health, and even predict when someone might be at risk? …recent local study by Universal Health in collaboration with IMH… is huge for us in Singapore and in NUS.

Dr. Andrew Epaphroditus Tay

Chief Wellbeing Officer

National University of Singapore (NUS)

1,000+

Passive biomarkers analysed without you lifting a finger.

1,000+

Passive digital biomarkers analysed without you lifting a finger.

1,000+

Passive biomarkers analysed without you lifting a finger.

24/7

Continuous monitoring to catch health changes before they happen.

24/7

Continuous monitoring to catch wellbeing changes before they happen.

24/7

Continuous monitoring to catch health changes before they happen.

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Product Suite

W3LL App

In-built digital phenotyping1 that identifies wellbeing risks silently and autonomously awarded clinical validation in 2024.

W3LL App

In-built digital phenotyping1 that identifies wellbeing risks silently and autonomously awarded clinical validation in 2024.

Protects wellbeing by detecting early risk signals without "app fatigue" or manual self-declarations needed.

W3LL Scan

Real-time facial blood flow2 and voice modulation capture that turns physiological signals into actionable intelligence.

W3LL Scan

Real-time facial blood flow2 and voice modulation capture that turns physiological signals into actionable intelligence.

A high-performance toolkit to ensure critical decisions are made at the optimal moment.

W3LL Insights

A flexible Software Development Kit (SDK) or Data-as-a-Service (DaaS) that brings passive sensing and stratified data into existing tech ecosystem.

Mitigates the global cost of fatigue-related accidents.

W3LL Insights

A flexible Software Development Kit (SDK) or Data-as-a-Service (DaaS) that brings passive sensing and stratified data into existing tech ecosystem.

Mitigates the global cost of fatigue-related accidents.

Request Institution Demo

Peer-Reviewed Science

Up to 91% Accuracy in HAMD-17 Predictions and 76% Retention Rate at 90-Day Mark (0)

Digital phenotyping leverages data from smartphones and wearables to monitor and analyse behavioural and physiological patterns to provide deep insights into health and wellbeing continuously without disrupting routines to support early interventions and personalised care. (1)

Remote photoplethysmography (rPPG) is a non-contact technology that uses optical sensors to measure vital signs and blood oxygen saturation by analysing subtle skin colour changes caused by blood flow to enable real-time health monitoring without the need for physical sensors or wearables, ensuring accessibility for remote or underserved populations. (2), (3), (4), (5)