Wearable neural measurement / research prototype

Make visual experience measurable.

A non-invasive wearable system in development for teams studying whether personalized neural signals can help retrieve selected visual experiences.

Designed for careful collaborators.
Built to show the limits as clearly as the signal.

Analog Memory Aug 28.101 / 04

The first useful outcome

Search the record.
Measure the miss.

The first question is deliberately narrow: can a personalized model retrieve selected visual experiences from a time-indexed record?

A useful system must make its uncertainty visible. We want to learn where retrieval works, where it fails, and what data and calibration it requires before reaching for broader claims about recall.

Initial outcome to testRetrieval you can evaluate, not a promise you have to take on faith.
Abstract visualization of a neural signal moving through a dark fieldConcept image / signal path
Not a decoding result. A visual cue for the path we are trying to make testable.
Non-invasive neural measurement cap on a dark research surface beside an open notebookA wearable instrument / in development
Portable measurement should expand a study without hiding its conditions.

How a study could begin

A narrower question first.

The system is being shaped around research teams who can define a task, collect consented participant data, and evaluate the result with care.

01

Define a visual task

Choose a question with a clear stimulus, time window, and success measure.

02

Collect the right signal

Work with consented participants and the calibration your study actually needs.

03

Report retrieval and failure

Measure accuracy, inspect the misses, and document what the model cannot infer.

Built for scrutiny

The boundary is part of the product.

This is not a mind-reading device. It is not a memory backup.

It is an experimental measurement and retrieval tool for a defined question. Any clinical use will require validation, safety practices, and regulatory review. Any long-term memory application remains a hypothesis.

We are testingWhether portable, personalized neural data can support useful visual-experience search.
We will protectParticipant consent, privacy, control, and the right to understand the limits of the measurement.

For research and clinical teams

Start with a defined question.

Bring the visual task you want to study. We will begin with the conditions, calibration, safeguards, and evidence needed to evaluate it honestly.

Frame a study question
A useful brief includes
  1. 01 The visual experience or task you want to retrieve.
  2. 02 Who can consent to participate and what control they need.
  3. 03 How you will measure a useful result, including the misses.

No broad claims required. Just a question worth testing.