Vision & cognitive assessment platform

Game-changing technology for
visual and cognitive performance

VizScore is a clinically grounded assessment suite for sports teams, vision clinics, concussion programs, and research institutions — standardized tests that quantify visual, cognitive, and motor performance.

Request a Demo See the Science
Standardized assessments Works offline in the field iPad & iPhone

Built on the clinical standards practitioners already use

  • Snellen / LogMAR
  • Pelli-Robson
  • Pylyshyn MOT
  • Reitan TMT
  • Bassin Timing
  • ETDRS
  • VOMS
Who uses VizScore

One platform, many programs

Customers range from professional athletic programs collecting baselines to research groups running multi-site normative studies.

Sports & Performance

Athletic programs

Pre-season baselines, return-to-play screening, and longitudinal tracking for vision, reaction, and cognitive performance.

Clinical

Vision & neuro clinics

Add screening-grade acuity, contrast, peripheral, and executive-function measures to the patient workflow without new hardware.

Research

Academic & industry research

Event-level data capture with seeded randomization for reproducible studies. Export everything your analysis needs.

Recovery

Concussion & rehabilitation programs

Establish individual baselines pre-injury and track recovery with the same standardized protocol across every session.

For Organizations

Built for the way you actually test

VizScore is purpose-built for organizations administering assessments at scale — on a sideline, in a clinic, or across a multi-site study.

Offline field testing

Run a full battery anywhere — sideline, clinic, or stadium — and sync when you're back online.

Standardized test batteries

Assemble custom sequences for screening, return-to-play, or longitudinal monitoring across every device.

Participants & groups

Import rosters, tag by team or position, and review every session per participant.

Role-based access

Owner, admin, staff, and participant roles with granular visibility controls.

Rich data export

CSV or JSON exports with timestamped events and device metadata.

Adaptive training programs

Staircase algorithms find each individual's threshold and push it forward.

The science

The instruments practitioners already trust — redesigned for the field

Every VizScore assessment implements a peer-reviewed paradigm with documented normative data. The references below are the same ones cited in ophthalmology and neuropsychology training.

Snellen · Bailey & Lovie · ETDRS

Visual acuity

14-level LogMAR progression using the ETDRS-validated Sloan letter set — the industry standard for measuring the smallest optotype a person can resolve.

Pelli, Robson & Wilkins, 1988

Contrast sensitivity

Pelli-Robson triplet methodology in 0.15 log-CS steps. Detects functional vision loss that standard acuity testing can miss — critical for driving, aging, and disease monitoring.

Pylyshyn & Storm, 1988

Multiple Object Tracking

The canonical MOT paradigm measures working-memory capacity for moving targets — a visual-cognitive benchmark with documented sensitivity to concussion and ADHD.

Reitan · Tombaugh, 2004

Trail Making Test

Part A for processing speed and Part B for cognitive flexibility, scored against Tombaugh's age- and education-stratified norms (n=911). Among the most widely used neuropsych tests in the world.

Bassin, 1973

Coincidence-anticipation timing

Bassin Anticipation Timer methodology capturing absolute, constant, and variable error — the gold standard for motor timing research in TBI and Parkinson's.

Mucha et al., 2014 (VOMS)

Smooth-pursuit tracking

Derived from the Vestibular/Ocular-Motor Screening protocol — a validated concussion-screening framework for pursuit-gain measurement.

Kim et al., 2022

Visuomotor adaptation

Sight of Hand layers a proprioceptive offset onto target tracking — a sensitive marker of motor variability that standard tracking tasks don't capture.

UFOV paradigm · Hansen et al., 2009

Peripheral color detection

Dual-task paradigm enforcing central fixation while detecting eccentric color stimuli — assesses the peripheral awareness that predicts driving and fall-risk outcomes.

VizScore is a digital adaptation of these clinical instruments, built for screening, performance monitoring, and research. It is not a diagnostic device and is not a substitute for evaluation by a licensed clinician.

Let's talk

The difference is in the data. See it in action.

Tell us a little about your program and we'll schedule a 30-minute walkthrough — live demo, your questions answered, no pitch deck.

  • Live demo of the 10 assessments on iPad
  • A look at the admin console, batteries, and data export
  • Guidance on pilot structure for your team, clinic, or study

Thanks — we'll be in touch.

We reply to every inquiry within two business days. In the meantime, feel free to email us directly at support@vizscore.com.