
THE PROBLEM
Limited visibility into worker readiness
High cost & limited coverage
High cost and limited coverage across remote and rotating sites, making it difficult to run consistent health checks across all workers, shifts, and locations without increasing headcount or stretching existing teams.
Manual & subjective assessments
Heavy reliance on manual and subjective methods, including self-reported symptoms, periodic checks, and wearables with low compliance, which are time-consuming to manage and often miss early signs of fatigue, stress, or underlying health risk
Slow & late detection of risks
Delays in identifying issues due to infrequent checks and lagging indicators, leaving a gap between what is happening in the body in real time and what teams can actually see, assess, and act on before an incident occurs
THE SOLUTION
From reactive safety to real-time human risk visibility
Full Name
Sleep hours
Biometric Indicators
Self-reported fatigue
Customizable pre-shift questionnaires
Capture fatigue, sleep, medication and fitness-for-work data alongside every scan. Build the exact questionnaire your site needs, whether that's pre-shift, return to work, or periodic medicals. Richer context means better vitals readings.

Seamless face scan
Workers complete a quick face scan on their own device. No wearables, no cuffs, no extra hardware. Just a standard phone or tablet camera. Secure, private, and fast enough to fit into any pre-shift routine.
Instant results in your workflow
Vitals flow straight into your existing systems, dashboards, and site processes. Supervisors see fitness-for-work status in real time and can act before anyone steps into a hazard zone. No new software to learn, no manual data entry.
HOW TO SUCCEED
Built for real mining workflows
Vitals AI is designed to fit directly into existing HSE workflows and operational processes, not sit alongside them.
Pre-shift readiness checks
Workers complete a scan before starting. Identify signs of fatigue, elevated stress, or abnormal vitals before exposure to risk.
On-site spot checks
Quick scans during breaks or after high-intensity tasks to monitor strain and recovery.
Incident prevention workflows
Use objective data to support decisions on who is fit to operate machinery or enter hazardous zones.
Operational fatigue management
Monitor fatigue risk indicators across shifts, crews and environments.


OUTCOME
Real impact on teams, performance & cost
Heat and fatigue risk management
Track trends across shifts and environments. Flag workers at higher risk before conditions escalate.
Support onsite medical teams
Use scans as a first layer of screening. Nurses focus on flagged individuals rather than checking every worker manually.
Extend coverage without adding headcount
Run consistent checks across shifts, remote areas, and large sites. No nurse required on the ground every time.



DEPLOYMENT
Simple to deploy, built for easy adoption
Deploy anywhere
Vitals AI comes fully hosted with built-in infrastructure, encryption, and compliance so you skip the overhead of IT, cloud setup, or custom monitoring.
Scan in 30 seconds
Send a scan link to a worker’s phone or set up fixed kiosks on site. The camera captures subtle changes in blood flow via rPPG technology.
Instant results
Results are available immediately, with clear indicators for both your staff and wellbeing supporters.
Track and act
Supervisors and medical teams access dashboards to monitor individuals and workforce trends.
IMPACT
What changes on site
Pre-shift checks stop being a bottleneck. Workers scan in under a minute on their own phone or a shared tablet, and fitness-for-work data lands in your systems before the shift starts. Supervisors see who's good to go and who needs a closer look, backed by objective vitals instead of self-reported tick-boxes. Over time, you build a health baseline for every worker, turning pre-shift into a genuine safety net.
Reduce safety incidents
Identify risk earlier and act before fatigue or stress leads to errors.
Reduce reliance on manual screening
Shift high-volume, low-risk checks to self-serve scans, freeing up clinical resources.
Improve usage of onsite medical staff
Allow nurses and medical teams to focus on intervention and care, not repetitive checks.
Improve compliance without wearables
No devices to manage, charge, or replace. Higher participation across the workforce.
Faster decision-making on site
Give supervisors objective data instead of subjective self-reported information. No more guesswork.
Lower operational costs
Reduce downtime, incidents, and manual health checks. Scale without increasing care headcount.
SECURITY & DATA
Enterprise-ready governance and protection

Designed for remote and high-risk sites
Works on standard smartphones, tablets, and kiosks. No wearables or additional hardware required

Own your data
Your site data stays yours. Transparent governance, clear audit trails, and ethical safeguards built in.
Encrypt every scan
End-to-end encryption protects every scan, in transit and at rest. Worker health data stays locked down to enterprise standards.

SOC 2*

GDPR

HIPAA
Meet compliance automatically
Built to HIPAA, GDPR, and healthcare-grade standards. Stay audit-ready across every jurisdiction your site operates in.
TURN-KEY SOLUTION
A fully hosted & compliant turnkey solution
No IT overhead, no cloud setup, no separate monitoring. Infrastructure is built in, with end-to-end hosting, encryption, and data governance.









FAQ
How does Vitals AI measure vital signs without any hardware?
Vitals AI uses the camera on a standard phone or tablet to measure heart rate, heart rate variability, breathing rate, blood pressure, and stress indicators. The scan takes under a minute and uses remote photoplethysmography, which detects subtle colour changes in the skin caused by blood flow. No wearables, cuffs, or sensors required.
How accurate is a camera-based scan compared to medical devices?
What does a pre-shift scan actually screen for?
How quickly can Vitals AI be deployed on site?
Does Vitals AI integrate with our existing safety and HR systems?
What happens to worker health data?

