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telepatic
NEURAL HARDWARE / 001 IN DEVELOPMENT

Brain signals.
Beyond
the lab.

We're building a modular wireless EEG cap for research that moves. A better way to record brain activity is the first step toward a new human interface.

Meet the instrument
Concept render of Telepatic’s off-white EEG cap with scalp contacts and a rear recorder
CAP + CONTACT LINER + RECORDER
CONCEPT VISUALIZATIONMODULAR / WIRELESS / RAW EEGSCROLL TO EXPLORE
THE SIGNAL COMES FIRSTEEG / ELECTRICAL BRAIN ACTIVITY
01 THE INSTRUMENT

A familiar form.
A different connection.

EEG measures small voltage changes at the scalp. Getting useful recordings depends on stable contacts, a repeatable fit, and reliable timing. We're designing the cap around those practical problems.

MODULAR BY DESIGN

One system.
Room to evolve.

The shell, contact layer, and recorder have different jobs. Making the contact sections replaceable gives us a way to improve the parts that touch the scalp.

01Wearable cap shell
02Replaceable contact sections
03Recorder, battery, and wireless link
SCALP CONTACT ARCHITECTURETOP VIEW
PROPOSED SECTION LAYOUTDESIGN STUDY / NOT TO SCALE
01

Replace the contact. Keep the cap.

Replaceable electrode sections let us work on fit, scalp contact, and wear without rebuilding the entire instrument.

02

Move beyond a fixed setup.

Battery-powered recording and a wireless link are part of the design, with event timing and clear records of any dropped samples.

03

See the signal. Keep the data.

The planned software checks contact quality before a task and exports raw EEG, channel labels, timestamps, and recording settings.

02 OUR APPROACH

Built for experiments
outside the chair.

Our first focus is mobile neuroscience, XR, and human-factors research. The goal is practical: more usable recordings for the time a team spends fitting, recording, and maintaining its equipment.

01 / MOBILE NEUROSCIENCE

Follow the task.

Study activity while participants walk, interact, and move through an environment.

02 / XR + HUMAN FACTORS

Work with the headgear.

Explore cap fit and contact stability for studies with VR gear and other wearable equipment.

03 / BCI RESEARCH

Start with raw signals.

Build and test experimental interfaces with traceable channels, events, and timing.

THE DEVELOPMENT PLAN

Prove the signal.
Then build on it.

The cap is in development. We'll test the contacts and recording electronics first, then compare a full cap with an established system on the same people and task.

Inside the research deck
  1. 01

    One working section

    Measure noise, fit, timing, and recognizable EEG.

  2. 02

    A full-head research cap

    Bring together contacts, recording, wireless, and raw export.

  3. 03

    A paired study

    Compare setup time, usable data, comfort, and repeatability.

RESEARCH PARTNERS

Your experiment.
Our next milestone.

We're looking for research teams with a specific mobile EEG problem and an existing system to compare against. Help shape the cap around a task that matters.

Discuss a research pilot DEVELOPMENT PARTNERSHIPS / EARLY CONVERSATIONS
03 A FEW DETAILS
Can I buy the cap yet?+

The cap is in development. We're working toward a functioning research instrument and paired validation before offering equipment for sale.

Is this a medical device?+

The current project is intended for research. We are not offering diagnosis, treatment, or clinical monitoring.

Does it read thoughts?+

EEG records electrical activity at the scalp. Translating those signals into useful controls or communication requires a separately trained and tested interface. That is a longer-term research direction.

Where can I see the full plan?+

The private research deck covers the architecture, first customers, competitors, validation plan, and build sequence.