Contactless, 10-second biological fatigue detection designed for high-risk industrial environments. Secure the frontline with neural-based signal intelligence.
65–70% of mining accidents are caused by human error, with fatigue as the primary contributor during night shifts. The current system relies on self-reporting — a method that is fundamentally broken.
"He felt fine. The supervisor saw no signs. But at 3 AM, a micro-sleep led to a $2M haul truck collision. Conventional methods failed him."
Neural-based signal detection that measures biological markers directly. Unlike questionnaire-based systems, VertEYE intelligence is physically un-fakeable.
Non-invasive infrared scanning technology allows for rapid check-ins without physical contact, ensuring hygiene and operational flow at all entry points.
Complete fatigue diagnostic results in under 10 seconds. Minimize bottlenecking in shift changes while maximizing workforce safety protocols.
Non-Invasive Infrared biometric capture at key checkpoints.
Neural AI Engine decodes sub-visual biological micro-movements to detect fatigue levels instantly.
Seamless ERP/Turnstile Integration to automate zone access control.
VertEYE fuses three independent biological metrics through parallel processing threads — each validated against clinical baselines.
Tracks pupil constriction velocity and recovery time after a controlled light stimulus. Fatigued nervous systems show measurably delayed reflexes.
Measures the speed and accuracy of rapid eye movements. Saccadic slowing is a clinically validated indicator of central nervous system fatigue.
Extracts heart rate from subtle color changes in forehead skin using classical signal processing — zero model training required.
All processing happens locally on edge hardware. No cloud dependency, zero latency, IP65-rated housing for dust and water resistance.
Indonesia is the global mining gravity center — the perfect testbed before worldwide expansion.
Global safety tech spend in extractive industries
5,000+ active mining permits, 200+ large-scale sites
50 high-traffic sites via Impact-as-a-Service model
Asset damage, operational downtime, legal fines, and reputation loss per incident.
Per-site subscription covering hardware, AI updates, maintenance, and HSE compliance guarantee.
Reducing workplace fatalities and injuries from fatigue-related accidents in high-risk industrial environments through objective biological validation.
Protecting worker rights by ensuring no one is forced to choose between economic survival and physical safety. Safe environments for millions in high-risk sectors.
We combine Electrical Engineering, Physics, Business Management, and Visual Communication Design to build solutions that are technically precise and human-centered.
Visionary systems engineer. Ensures every technology component aligns with large-scale mining operational requirements.
Deep-tech brain. Architect of the biological validation algorithms leading neural response analysis and validation.
Unit economics strategist. Designed the Impact-as-a-Service model ensuring capital efficiency and healthy recurring revenue growth.
Experience architect. Human-centered design ensuring intuitive gate interactions and thought leadership in HSE narratives.
"We're not just building software — we're combining the laws of physics, artificial intelligence, and human design to save lives in the most dangerous industry on earth."
Request a live demonstration or discuss how VertEYE integrates into your existing safety infrastructure.