A wearable device that tracks tremors and delivers real-time neurological insights — directly to your smartphone.
Detects tremor frequency in the 4–6 Hz range with motion sensor precision.
Instant data synced to your app via Bluetooth Low Energy.
Up to 24 hours of continuous monitoring on a single charge.
Watch-style form factor at under 50g — comfortable all day.
Four simple steps from sensor to insight.
Motion sensor detects tremor patterns on your wrist.
Onboard microcontroller analyzes frequency & intensity.
BLE transmits data to your smartphone in real time.
View graphs, alerts, and trend reports in the app.
NeuroBand combines cutting-edge sensors with an approachable design to make neurological monitoring accessible to everyone.
NeuroBand's motion sensor specifically targets the 4–6 Hz frequency range characteristic of Parkinson's tremors, providing clinically-relevant data with every reading.
4–6 Hz RangeContinuousData is processed onboard and streamed instantly to the companion app. View live tremor graphs, movement intensity scores, and pattern overlays as they happen.
Live GraphsBLE SyncUnlike general fitness trackers, NeuroBand is engineered exclusively for neurological monitoring — giving patients, caregivers, and researchers meaningful, specific insights.
Parkinson's FocusedClinical DataDaily and weekly reports show how tremor patterns evolve over time. Spot symptom changes early and share data directly with healthcare providers.
Daily ReportsTrend AnalysisConfigurable alerts notify caregivers or patients when tremor activity exceeds normal thresholds — providing peace of mind around the clock.
Custom ThresholdsCaregiver AlertsBLE and an efficient microcontroller ensure up to 24 hours of monitoring on a single charge — wearing it all day is effortless.
Up to 24hrsUSB ChargingPeople with Parkinson's or other movement disorders seeking daily monitoring.
Family members and professional caregivers who need remote visibility.
Medical researchers studying neurological movement patterns at scale.
Healthcare providers who want continuous data between appointments.
From sensor to smartphone, every step is engineered for accuracy and simplicity.
An accelerometer and gyroscope embedded in NeuroBand continuously sample wrist movement. The sensor is tuned to detect the 4–6 Hz signature of Parkinsonian tremors as well as general movement intensity.
A low-power microcontroller runs signal processing algorithms that filter noise, measure tremor frequency, and calculate intensity scores — all in real time, on the device itself.
Processed data is transmitted wirelessly via BLE to the NeuroBand smartphone app. The low-energy protocol keeps data synced in real time while minimizing battery usage.
The companion app displays live tremor graphs, daily activity summaries, trend charts, and configurable alerts. Reports can be shared with healthcare providers directly from the app.
The NeuroBand app turns raw motion data into clear, actionable insights — for patients, caregivers, and clinicians alike.
Today · Monitoring Active
24hr Tremor Activity
Real-time visualizations of tremor frequency and intensity streamed directly from your NeuroBand via Bluetooth.
Automatically generated summaries show how symptoms evolve over time — easy to read and share with your care team.
Get notified when tremor activity crosses personalized thresholds. Caregivers can receive alerts too.
Always know how much battery your NeuroBand has remaining with a clear live status in the app.
Purpose-built hardware designed specifically for neurological movement monitoring.
A high-sensitivity MEMS accelerometer and gyroscope samples wrist movement at high frequency. Tuned to capture the 4–6 Hz signature of Parkinsonian tremors while filtering noise.
MEMS AccelerometerGyroscope4–6 Hz DetectionA low-power microcontroller runs real-time signal processing on the device. Algorithms calculate frequency, intensity, and pattern metrics continuously without cloud dependency.
On-Device ProcessingLow PowerReal-Time DSPBLE 5.0 ensures reliable, low-latency data transmission to the companion app while drawing minimal power — key to NeuroBand's 12–24 hours of continuous battery life.
BLE 5.0Low LatencyReal-Time SyncA rechargeable LiPo battery powers up to 24 hours of continuous monitoring. A USB charging interface makes topping up simple and fast.
LiPo BatteryUSB Charging12–24hr LifeA wearable health device built specifically for neurological tremor monitoring — lightweight, intelligent, and designed for real life.
Everything you need to know about NeuroBand's design, capabilities, and technical details.
Designed exclusively for neurological monitoring — not a repurposed fitness tracker.
Simple interface, lightweight build, and caregiver features built in from the start.
Shareable reports bridge the gap between daily life and clinical appointments.
Professional-grade neurological monitoring without clinical-grade price tags.
NeuroTraxk was founded on a simple idea: people with neurological disorders deserve better tools to understand and communicate their symptoms.
Millions of people living with Parkinson's disease face a frustrating gap: symptoms change day to day, but clinical appointments happen every few months. The data that could inform better treatment simply isn't being captured.
NeuroTraxk exists to close that gap. NeuroBand gives patients, caregivers, and clinicians continuous, objective neurological data — turning everyday living into meaningful health insight.
Parkinson's tremors change constantly, yet most monitoring happens only in brief clinical snapshots. Continuous wearable monitoring fills this critical data gap.
Watching a family member struggle to describe symptoms they couldn't quantify — that's what drives our work. NeuroBand gives a voice to what the body experiences every day.
Purpose-built hardware, not repurposed fitness tech. Accessible design, not clinical complexity. Affordable pricing, not institutional-only costs.
NeuroBand is currently in prototype stage with an expected Summer 2026 launch. We're working with early users and medical advisors to ensure it meets real needs from day one.
NeuroBand's approach is grounded in peer-reviewed science. Here's what researchers have found about wearable tremor tracking for neurological diseases.
Researchers at ETH Zurich and University Hospital Zurich found that wearable sensors can accurately classify tremor severity during daily life — providing clinical value beyond the hospital setting and enabling personalized Parkinson's management.
Published in npj Parkinson's Disease, this Nature study used wearable sensors to monitor tremor, gait, and activity both inside and outside the clinic over 45+ hours, demonstrating the power of continuous real-world measurement.
This study validated an inertial sensor-based system against the gold-standard UPDRS clinical scale, showing significant correlation between wearable tremor scores and clinical assessment — supporting the use of home-based wearable monitoring.
A comprehensive review published in Frontiers in Neurology confirmed that inertial sensors in wearable devices are clinically proven to assess, diagnose, and monitor tremor in Parkinson's disease — equivalent to traditional clinical rating scales.
Multiple peer-reviewed studies confirm that continuous wrist-worn tremor monitoring is clinically meaningful, strongly correlated with established diagnostic scales, and feasible for everyday home use — exactly what NeuroBand is designed to deliver.
Whether you're a patient, caregiver, company, or researcher — we want to hear from you. Fill out the form and it goes straight to our team at neurotraxk@gmail.com.
neurotraxk@gmail.com
Summer 2026
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