Neuro
Cognitive science · EEG signal interpretation · VR/AR training · human factors R&D
The cognitive and research layer. Neuroergonomics, EEG signal interpretation, VR/AR training system design, and human factors research — applied to complex human systems where cognitive state affects operational outcomes. Currently R&D with emerging service applications. The furthest from productization, and the most differentiated capability in the platform.
What it does.
Neuroergonomics methodology
The study of human cognitive performance in operational environments. Applied to industrial workers under heat stress, caregivers managing multiple high-stakes patients, and operators making real-time decisions under time pressure.
EEG signal interpretation
Non-invasive electroencephalography for cognitive load monitoring, attention state detection, and fatigue assessment. Research-grade analysis applied to occupational safety contexts.
VR/AR training system design
Training environments that replicate operational contexts — facility thermal emergencies, caregiver response protocols, equipment maintenance under stress. Metrics include cognitive load, decision quality, and retention.
Cognitive UI design
Designing complex operational interfaces to match human cognitive capacity. Information hierarchy, alert prioritization, and decision support designed from a human factors perspective — not a visual design perspective.
How it powers ecosystems.
Cognitive load research for operator dashboard design. VR training for heat emergency response. Fatigue detection as a component of worker risk scoring.
Caregiver cognitive state monitoring for shift fatigue assessment. Patient cognitive state research for early dementia detection indicators.
Current state + roadmap.
Active research in neuroergonomics, EEG signal processing, and VR/AR training effectiveness. Research findings feed the design of all LinkedTIERRA operator interfaces.
Neuroergonomic assessments for organizations designing complex operator interfaces or training programs — delivered as a consulting engagement.
A future product category: tools for researchers, architects, and human factors teams to interpret EEG and physiological signals without needing signal processing expertise.
Real-time cognitive state monitoring integrated into operational platforms — moving from research finding to operational intelligence.
Neuro has the longest path to productization of all seven systems — but the most defensible moat if reached. No other operational intelligence platform is approaching this from a neuroergonomics foundation.