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Multimodal Neuro Measurement Infrastructure
Longitudinal brain function monitoring for NHS stroke and neurorehabilitation
pathways. Built for clinical deployment, not consumer wellness
The Problem:
Cognitive recovery after brain insult is largely invisible to clinicians.
Stroke, traumatic brain injury, and other acute brain insults frequently affect attention, memory, and executive function. Assessment is typically episodic and clinic-based. Subtle deterioration goes undetected between appointments.
Aphasia and speech impairment further limit a patient's ability to articulate cognitive change — a clinical gap that standard verbal assessments cannot bridge. In bilingual patients, early cognitive decline can present as a shift in language preference, misread by families and clinicians as shyness or fatigue rather than neurological change.
The gap does not close at discharge. Carers and family members — often the first to notice subtle change — have no structured data to act on. Without continuous, structured measurement, recovery trajectories remain invisible to everyone: clinicians, families, and patients themselves.
80%
of stroke survivors experience
cognitive impairment
40%
experience aphasia or speech impairment
1 in 3
patients are lost to follow-up after discharge
Sources: Stroke cognitive impairment prevalence; JAMA Neurology; PMC follow-up data
The Platform
Clinical-Grade Cognitive Infrastructure
Neurometry captures multimodal brain function signals and models them longitudinally within each patient. The platform fuses behavioural telemetry from clinically validated cognitive tasks, wearable- derived contextual biomarkers (HealthKit-integrated), and eye-tracking signal — validated in pre-clinical research by the founding team — into structured digital cognitive biomarkers. The result: recovery trajectory data and clinical endpoint outputs for NHS care teams and research partners. Not a snapshot. A longitudinal model.
CLINICAL DECISION SUPPORT Structured recovery trajectory data for clinicians Continuous visibility for families between appointments
MODELLING LAYER Longitudinal cognitive trajectory analysis Detection of improvement, plateau, or deterioration
MEASUREMENT LAYER Cognitive telemetry from gameplay events Attention · Memory · Executive Function · Perceptual Motor Function
PATIENT ENGAGEMENT non-verbal cognitive games designed for patients post acute insult — playable at home
Validated For Unsupervised Use Outside Clinical Settings.
Standard devices
No specialist hardware. Patients engage on the devices they already own
Home Deployment
Validated for unsupervised longitudinal use outside clinical settings
Language-independent
Non-verbal task architecture designed for aphasia, speech impairment, and multilingual populations
Care pathway integration
FHIR/HL7-compatible architecture built for NHS EHR integration
Our Partners
Clinically Grounded. Translationally Focused.
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Established in NHS Pathways
Neurometry has established pilot partnerships and is in active delivery planning with:
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NHS Cornwall Trust and University of Plymouth
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South London & Maudsley NHS Foundation Trust
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King's CollegeLondon MedTech Accelerator cohort, part of NHS Guy & St Thomas's Hospital Trust
Each Neurometry subscription comes with three seats: for the patient, their carer, and a family member.
Together, they share view of the data. This isn't just a convenience; it's a fundamental clinical design principle. Cognitive impairment can hinder self-reporting, and those most attuned to changes are often those who live with the individual. Excluding them from remote monitoring overlooks a crucial aspect of care.
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NeuroPlay
Our mobile app with clinically validated, non-verbal cognitive tasks — originally designed to overcome literacy bias in standardised assessment, and uniquely suited to aphasia in post-stroke care. Patients generate longitudinal cognitive signal at home, on standard devices, in any language.
Neurometry Care
A cloud-native web platform providing dashboards, digital biomarker outputs, and longitudinal analytics for NHS clinical teams and research partners. Built on FHIR/HL7-compatible architecture. API and SSO-ready.
Two Layers. One Infrastructure
Patient Data Layer and Clinical Care Platform
Contributable Platform for Clinical Research
Neurometry is built as an open research architecture. Clinical and academic teams can propose validated cognitive tasks or games targeting specific domains. Approved contributions are integrated into the platform — contributing teams receive anonymised longitudinal data and a validated index measure in return.
This creates a compounding library of clinically grounded measurement tools across neurological, psychiatric, and developmental conditions — and a dataset moat that grows with every deployment.
Voices from our community
“This would have been something my mom, who had Dementia, and I could have done together — it feels positive, human, and joyful.”
“It bridges the gap between clinical tests and real life.”
Clinician
“I hate doing exercises for their own sake, but I’d happily play a game. That makes it much more likely I’d stick with it.”
“When the science is strong, professionals will be far more likely to use it with their clients.”
Rehabilitation Specialist
