Patent pending · priority date 14 June 2026

Control a computer
with a glance and a nod.

A browser-native interface that turns head movement and eye blinks into full computer control — for people living with MND/ALS, stroke, or acquired brain injury. No specialised hardware. Just a camera.

Works in any modern browser No hardware to buy or fit Calibrates to each person in 12 seconds
EAR_CALIBRATION.LIVE Ready
EAR signal Threshold T μ_rest / μ_closed
Calibration

Three short phases. One personal threshold.

Every face and every camera is different, so the system builds a threshold around the individual before it does anything else. The whole sequence takes 12 seconds.

01

Resting baseline

The person looks at the screen naturally while the system samples their relaxed eye-aspect-ratio, establishing μ_rest.

4 seconds
02

Closed‑eye floor

The person closes their eyes so the system can find the lower bound of the signal, establishing μ_closed.

3 seconds
03

Head‑range sweep

The person moves their head through a comfortable range so cursor sensitivity can be scaled to what they can actually do.

5 seconds
T = μ_rest − 0.55·(μ_rest − μ_closed)
The proportional-offset formula that sets each person's blink threshold, so a deliberate blink registers reliably while a natural blink doesn't.
The Independence Stack

Everything runs in the browser. Nothing runs on a server.

Deployment is a single bookmarklet. Calibration profiles persist locally on the person's own device, so nothing about their face or their settings ever needs to leave it.

Head‑tracked cursor

MediaPipe FaceMesh reads head position in real time and maps it to cursor movement, scaled to each person's range from calibration.

Blink & wink selection

A deliberate blink or wink triggers a click, judged against the person's own threshold rather than a fixed default.

Bookmarklet deployment

No install, no app store, no IT approval chain. One bookmarklet turns any modern browser into an access point.

Local profile memory

Calibration settings save to localStorage on the person's device, so return sessions start from where they left off.

Who it's for

The same system, three different conversations.

Independence, without a hardware learning curve.

If moving a mouse or tapping a screen isn't reliable anymore, this gives you a way back into email, messages, browsing and more — using movements you already make. Set up takes one 12‑second calibration, and the system remembers your settings next time.

  • No device to buy, charge, or fit
  • Works with the camera already built into most laptops
  • Calibrated to you, not a generic default
  • Nothing about your face is stored anywhere but your own device
Built for

MND / ALS, stroke, and acquired brain injury, where hand and voice control become unreliable but head movement and blink control often remain.

  • Start with one short calibration
  • Recalibrate any time in seconds
  • Use it on your own device, in your own browser

A camera‑only access pathway with a documented method.

For clinicians and allied health teams assessing access technology for patients with severe motor impairment, the calibration procedure and threshold formula are explicit and reproducible, not a black box.

  • Three-phase sampling procedure, timed and repeatable
  • Threshold formula documented for clinical review
  • No procurement or fitting process to coordinate
  • Suited to populations where hand/voice access is unreliable
For briefing packs

Clinical staff briefing and patient/family guide documents are already prepared for teams evaluating this as part of an access technology assessment.

  • Staff briefing document
  • Plain-language patient & family guide
  • Direct line for pilot or trial conversations

Defensible IP, a working v1.0 codebase, and a clear licensing path.

A provisional patent application is filed with a specific, examined‑in‑mind claim: the proportional‑offset calibration formula and its three‑phase sampling procedure, distinguished from the closest prior art. The Independence Stack v1.0 is complete and browser‑deployable today.

  • Provisional filed, priority date 14 June 2026
  • Prior art search complete, claims narrowed accordingly
  • Zero hardware dependency — low distribution friction
  • Open to licensing, integration, or funding conversations
Partnership tracks

Outreach is structured across five categories, each with a different value proposition.

  • Big Tech — native browser/OS accessibility integration
  • Assistive technology specialists — distribution & clinical credibility
  • Healthcare tech — platform bundling for MND/ALS & stroke care
  • Browser platforms — built-in access feature
  • Funding bodies — AU & global accessibility grants
IP & credibility

Filed, documented, and built to withstand scrutiny.

Application status
Provisional filed
Priority date
14 Jun 2026
Complete application due
14 Jun 2027
Codebase status
v1.0 complete

Let's talk about a pilot, a partnership, or a licence.

Dr. Manas Swain, Founder & Director, Aussi‑Nexus Group. Based in Gold Coast, Queensland, Australia.

Get in touch