NeuroViu Lite is a compact wearable EEG platform designed for research applications — built to move neural acquisition beyond the laboratory-only environments EEG has traditionally required.
A lightweight, temple-based sensing architecture built for extended wear in research settings, not a bulky cap.
High-resolution dry-electrode sensing across a compact channel architecture designed for research-grade signal capture.
No conductive gel and no tethered cabling — signal streams wirelessly to a mobile-compatible acquisition pipeline.
Built for investigators — raw and processed neural data feeds directly into NeuroViu's analytics and research tooling.
NeuroViu Lite is a research tool. It is not intended to provide clinical diagnosis.
AeroViu is NeuroViu's aviation-focused human-factors direction, exploring how wearable neural sensing could support research into pilot cognition in real flight-relevant environments.
Exploring quantitative EEG and AI-based approaches for understanding changes in brain function following TBI.
Investigating neural signatures associated with attention, workload, fatigue, and performance.
Exploring neural connectivity and brain-function patterns across diverse populations.
Investigating multimodal approaches to brain connectivity and potential markers associated with cognitive change.
Studying brain-state measurements in environments where cognitive performance matters.
Combining EEG and MRI-derived information to improve understanding of functional brain connectivity.
Ongoing scientific and technical work exploring the science behind wearable neural sensing. Where a paper has not completed peer review, it is labeled accordingly.
Outlines the signal-processing and system-architecture constraints involved in delivering low-latency neural analytics from a wearable, dry-electrode EEG platform in non-laboratory settings.
Read ResearchSurveys quantitative EEG features and machine-learning approaches under investigation for characterizing changes in brain function associated with traumatic brain injury.
Read ResearchIntroduces the AeroViu research direction and describes early exploratory work applying wearable EEG to the study of pilot workload, attention, and fatigue in training environments.
Read ResearchDescribes signal-processing methods under development for estimating functional connectivity between brain regions from wearable EEG recordings, including artifact handling and channel-reduction tradeoffs.
Read ResearchAn early NeuroViu prototype used a larger EEG configuration alongside a VR-based interface for early-stage cognitive research.
Engineering shifted toward a more compact wearable architecture, reducing hardware footprint while preserving signal quality.
Current development direction is toward lightweight neural-sensing glasses and NeuroViu Lite — continuing engineering iteration, not a claim of commercial maturity.
Compact neural sensing designed for real-world research, not just the lab bench.
Advanced signal processing and AI-driven analysis turn raw waveforms into usable signal.
Connecting EEG with other sources of neuroimaging and behavioral data.
Focused on cognition, performance, adaptation, and human potential.
NeuroViu LLC is a neurotechnology company built around wearable neural sensing and computational neuroscience — spanning neuroscience, biomedical engineering, AI, wearable technology, human factors, and aerospace.
Ashlei founded NeuroViu to close the gap between laboratory-grade EEG research and the real-world environments where cognition happens — bringing an engineering background in wearable sensing to the design of NeuroViu Lite and the broader analytics platform. Research interests include wearable neural sensing architecture, EEG signal processing, and applied human-factors research in aviation.
Reach out about research collaboration, technology partnerships, aerospace and human-factors work, academic projects, or media inquiries.