From Signal to Insight™

MindFront

Connecting Brain, Heart, and Physiology Through Intelligent Neurofunctional Telemetry.

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Unified Multimodal Intelligence

Simultaneous EEG, ECG, and PPG/SpO2 in a single synchronized wearable platform — capturing brain, heart, and peripheral physiology in one continuous data stream.

Edge-Powered Telemetry

Local signal processing via the Suboccipital Transmission Center (STC) delivers low-latency, real-time insights without cloud dependency — precision at the point of care.

AI & Machine Learning

Automated biomarker detection and decision-support workflows transform complex multimodal signals into actionable clinical intelligence.

Integrated Platform

The MindFront Technology Stack

Every component engineered for clinical-grade signal fidelity, ambulatory freedom, and real-time edge intelligence.

IMPHYS Neurotelemetry Cap & EEG

Active EEG electrodes embedded in a flexible silicone headcap with integrated Faraday shielding for low-noise, ambulatory brain monitoring. Dry electrode design eliminates gel preparation while maintaining clinical-grade signal quality across all cortical regions.

Full-band EEG · Faraday-shielded · Dry electrode array · Ambulatory-ready

Core Innovation

Suboccipital Transmission Center (STC)

The STC is MindFront's key differentiator — a compact edge computing hub positioned at the posterior cervical-suboccipital region. It aggregates all biosensor streams, performs on-device signal processing, and transmits synchronized multimodal data with minimal latency.

Edge AI processing · Multi-stream aggregation · Posterior cervical placement · Low-latency transmission

Cardiovascular Monitoring

Synchronized 6-lead ECG for cardiac rhythm assessment and heart rate variability (HRV) analysis — fully integrated with EEG timing for cross-modal neurocardiac research.

6-Lead ECG · HRV analysis · Synchronized cardiac rhythm

Peripheral Physiological Monitoring

Earlobe PPG oximetry captures pulse waveform morphology, SpO2 saturation, and hemodynamic trends — completing the full physiological picture alongside neural and cardiac data.

PPG waveform · SpO2 oximetry · Hemodynamic trends

Applications

Built for Clinical and Research Excellence

Clinical Settings

  • Neurology & Sleep Medicine
  • Cardiology & Critical Care
  • Telemedicine & Remote Patient Monitoring
  • Rehabilitation & Cognitive Assessment
  • Preclinical Diagnostic Workflows

Research & Development

  • Neurotechnology & BCI Research
  • Cognitive Performance Studies
  • Pharmaceutical Trials & Digital Biomarker Discovery
  • Neurocardiac Cross-Modal Analysis
  • Wearable Biosensor Validation

Our Mission

"Advancing physiological intelligence through wearable biosensors, edge computing, and artificial intelligence to improve preclinical diagnostic accuracy, streamline clinical workflows, and deliver actionable insights wherever care is provided."

Full-Suite Sensor Demo

Multimodal Physiological Monitoring

EEG headcap, multi-lead ECG, ear-lobe pulse oximeter, all worn simultaneously while the subject completes a standardized cognitive assessment on a tablet. Select a sensor layer to explore.

Subject wearing MindFront full sensor suite — EEG headcap, ECG leads, and ear-lobe oximeter — while completing the NIHTB-CB on a tablet
IMPHYS Neurotelemetry Cap
Posterior STC Connector
Precordial Leads V1 & V2
Limb Leads RA · LA · RL · LL
Ear-Lobe Pulse Oximeter
NIHTB-CB on Tablet

Ready to See MindFront in Action?

Request a live demonstration and discover how the STC platform transforms multimodal biosignals into clinical intelligence.

Inquiries & Partnerships

Whether you're a clinician exploring next-generation monitoring, a researcher seeking a multimodal biosensor platform, or an investor evaluating precision neurotechnology — we'd like to hear from you.

[email protected]

Demo requests · Research partnerships · General inquiries