A clinical tool for neurological rehab.
Neurvana gives your practice a structured way to deliver neurological rehabilitation and extend it into your patients' homes, with a single care code and nothing to install.
Build programs in minutes.
Select from a library of vestibular, cerebellar, concussion, and related protocols and assemble a program in the Protocol Builder.
Tune every parameter.
Edit each step of a program before you hand it over: the Go / No-Go level, a pursuit's angle and speed, OPK direction and speed, and more.
Generate care codes for home use.
Turn any program into a care code and hand it to your patient. They enter it in the web app to run the exact program at home, between visits.
Symptom assessment, ready to export.
Capture a Graded Symptom Assessment and export a dated PDF in language that drops cleanly into your notes.
Nothing to install.
Neurvana runs in the browser, in the clinic or at home. There is no software to download and no setup to manage.
No patient data to store.
The care code carries the whole program on its own, so Neurvana keeps no patient records. There is no identifiable patient information held on your machine or ours.
From clinic to home
Build it once, send it as a code.
Assemble the program in the Protocol Builder, generate a care code, and hand it to your patient. They run the exact prescribed session at home, with no account and no server.
The clinical model
Four streams, one adapting brain.
Repeated, targeted practice across the underperforming circuits gives the nervous system the signal it needs to reorganize. Most patients overlap streams, so the tools combine.
Inside the program
What each exercise trains.
The same exercises you assign in the clinic run in the patient app. Here is what each one works and the system it engages.
Pursuits
Smooth pursuit and gaze stabilization.
A target glides along a set line while the patient tracks it, with optional head motion to a metronome. Engages the smooth-pursuit pathways and the vestibulo-ocular reflex that keep vision steady during movement.
Saccades
Fast, accurate gaze shifts.
Targets sit in a line and light up one at a time so the eyes jump between them, working the circuits that drive saccades, often slowed after concussion and vestibular injury. A latency mode shifts each target slightly after a brief blank to train how fast the eyes launch, and an accuracy mode steps them in order with an aim point to train precise landing.
Optokinetic (OPK)
Tolerance to visual motion.
A full-field pattern of moving stripes drives the optokinetic system. Used to build tolerance in patients with visually-induced dizziness and motion sensitivity.
Go / No-Go
Response inhibition and attention.
The patient responds to one cue and withholds on another at increasing pace. Engages prefrontal executive control, attention, and reaction speed.
Stroop
Selective attention and flexibility.
Conflicting word and color cues force the patient to suppress the automatic response. Trains selective attention, cognitive flexibility, and processing speed.
Dynamic metronome
Timing and coordination.
The patient moves in time with a paced beat that can shift. Engages the cerebellar timing and coordination circuits through rhythmic, predictable movement.
Bring Neurvana into your practice.
Neurvana is rolling out to clinics now. Tell us about your practice and we will be in touch.