eyetuitive for iPadOS

eyetuitive for iPadOS

by Inclusive Technology

Est. $500–$2,000

Professional setup required Eye tracking as an access method requires professional involvement at multiple stages: physical positioning assessment, calibration tuning to the individual user's eye movement characteristics, and integration with appropriate software. Getting wrong results wastes significant money and can delay access to communication; an ATP or OT is essential for meaningful benefit.

Last verified June 20, 2026 · classified April 26, 2026

What it is

Summary

AI-generated from vendor-published content · April 26, 2026

eyetuitive is an eye-tracking system for iPad that lets users control their device entirely with their eyes, using AI to interpret gaze direction as input instead of touch or physical switches. It's designed for people who have little or no reliable hand movement — such as those with ALS, cerebral palsy, or high-level spinal cord injuries — who need a hands-free way to access an iPad for communication, browsing, or app use. The hardware clips onto or attaches near the iPad and works with compatible iPadOS apps; this is not a standalone solution but a piece of a larger access setup that typically pairs with AAC software or other switch-accessible apps. Eye trackers require careful calibration to the individual user's eye movement patterns, and getting consistent, accurate results usually takes several sessions with an assistive technology professional.

Quick Facts Catalog facts · auto-generated
Platform
Age range
ComplexityProfessional setup required
PriceEst. $500–$2,000
Funding
  • AT Act lending
  • Medicaid waiver
  • Out of pocket
  • School district
  • Vocational rehab
VerifiedJune 20, 2026
ClassifiedApril 26, 2026 · confidence: high

What Setup Looks Like

  • Out of the box
    Attach the eyetuitive hardware to the iPad and power it on to confirm physical connection.
  • With a guide
    1. Install the eyetuitive companion app from the App Store and complete initial Bluetooth or USB pairing.
    2. Run the calibration routine, following on-screen gaze targets — expect 15–30 minutes for a first calibration attempt.
    3. See manufacturer support resources for detailed instructions.
  • With professional help
    1. An assistive technology professional (ATP) or occupational therapist (OT) should assess positioning — mounting angle and distance from the user's eyes significantly affect tracking accuracy.
    2. An SLP or ATP should configure the eye gaze software (e.g., AAC app) to match the user's dwell time, target sizes, and vocabulary needs.
    3. Expect 2–4 sessions over several weeks to optimize calibration and workflow for reliable daily use.

Getting it

Try Before You Buy

Devices like this are often available to borrow through your state's AT Act program — typically free or low-cost — so you can try it before buying or pursuing funding.

Where to Get It

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How to Fund This

Equipment like this is often pursued through official state programs. These are common starting points — each program decides its own eligibility and what it covers, so the first step is always a phone call.

All funding programs, state by state →

Sources & fine print

Vendor facts (name, price, platforms, vendor link) sourced from Inclusive Technologyview on vendor site; last verified June 20, 2026.

Classification & description AI-generated from vendor-published content on April 26, 2026 · confidence: high. Vendor specs may lag; verify before relying on details in a clinical or funding artifact.