LIG Sensor
Laser-induced graphene arrays capture complex gas and odor responses at room temperature.
Chemical signals, made useful.
NeuroSense combines LIG-based gas sensor arrays, chemical fingerprint data, and AI to help products interpret complex gas and odor patterns.
A platform that turns invisible chemistry into actionable insight.
NeuroSense connects advanced materials, rich chemical data, and artificial intelligence to interpret the complex world of gases and odors.
Chemical Fingerprint Data
Multi-sensor responses become repeatable fingerprints for complex chemical mixtures.
AI Interpretation
AI models learn patterns and context to turn chemical fingerprints into product-ready interpretations.
One seamless platform for sensing, data, and intelligence—built to help products make sense of the invisible.
Explore the PlatformWhy LIG works for chemical pattern sensing.
Porous laser-induced graphene captures rich, multi-channel responses to complex gases and odors. NeuroSense structures those changing signals as comparable chemical fingerprints.
Porous sensing structure
A laser-formed graphene surface provides a responsive layer for chemical interactions across the sensor array.
Patterns beyond a single value
Multiple channels record distinct response curves, preserving more context than a single total reading.
Designed for real-world signals
Room-temperature sensing, combined with signal processing, helps organize responses that vary with humidity, temperature, airflow, and time.
From sensing to action,across every connected product.
NeuroSense turns edge-device chemical signals into a shared operational view for monitoring, alerts, and connected control.
Illustrative operations view
Operations Dashboard
24Online
3Alerts
2Maintenance
29Total Devices
Connected Devices
HQ — LoungeElevated VOC signature
Detected Event History
- High VOC eventHQ — Lounge · 10:42 AM
- Ammonia-like patternWarehouse — Zone 1 · Yesterday, 11:18 PM
- Smoke-like signatureManufacturing — Line 2 · Yesterday, 4:07 PM
Device Health
29Total Devices
- Healthy24
- Warning2
- Offline3
HQ — Lounge, Alert; Balanced
Latest insights
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From Complex Gas Mixtures to Chemical Fingerprints: How LIG Sensors Work
See how multi-channel LIG sensors capture complex gas responses and structure them as comparable chemical fingerprint data.
Opening NeuroSense: Making Smell Measurable
A short introduction to NeuroSense, why smell matters, and how olfactory intelligence can help products understand invisible chemical signals.