Wellbeing intelligence for critical decision making.

Wellbeing intelligence for critical decision making.

Wellbeing intelligence for critical decision making.

Stop managing symptoms and start engineering performance through seamless behavioural intelligence to optimise actions precisely when needed.

Join our beta and receive a year of premium access

Join our beta and receive a year of premium access

2,000+ Beta Testers

2,000+ Beta Testers

Seamless lifestyle integration for 76% of users by the end of month three

Seamless lifestyle integration for 76% of users by the end of month three

Up to 91% Predictive Accuracy

Up to 91% Predictive Accuracy

Aiding Important Daily Decisions

Intelligence to help you to understand what’s happening inside your mind and body for optimal decision making in work and life.

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Precision Passive Sensing for the Signals You Can't See

Clinically-validated technology detects early shifts in focus, energy, and cognitive load to sync decisions with your peak capacity.

From Wellbeing to Critical Decision Making

Precision, science-backed intelligence designed to sharpen cognitive output.

Privacy-First Safety & Wellbeing Stack

Precision

Efficiency

Support

Fatigue is one of our biggest risks for serious incidents. A solution that can reduce up to 70% of fatigue‑related accident risk is not just a safety upgrade – it’s a step‑change in how we protect our workforce and keep critical projects on track. Financially, this translates into hundreds of thousands, if not millions, in risk prevention in an industry where safety and reliability are non‑negotiable.

Ms Lee – Marine Safety & Risk Manager

1000+

Passive biomarkers analysed without you lifting a finger.

1000+

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 health changes before they happen.

24/7

Continuous monitoring to catch health changes before they happen.

Use Cases

Mitigate 70% fatigue-related accident risk in safety-critical industries.

Sharpen cognitive output for critical, time-sensitive decisions.

Identify previously invisible risk signals for early youth intervention.

Identify previously invisible risk signals for early youth intervention.

Product Suite

Product Suite

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

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.

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

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

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.

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

A flexible SDK or Data-as-a-Service (DaaS) that brings passive sensing and stratified health data into existing enterprise ecosystem. Mitigates the ~$125B+ USD global cost of fatigue-related accidents.

A flexible SDK or Data-as-a-Service (DaaS) that brings passive sensing and stratified health data into existing enterprise ecosystem. Mitigates the ~$125B+ USD global cost of fatigue-related accidents.

Peer-Reviewed Science

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)

Leadership

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contact@universalhealth.ai