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Brain blood flow. At the bedside.

We’re developing a wearable optical sensor for continuous, non-invasive monitoring of blood flow in the brain.

What we are building

A small sensor. A continuous view.

Our design puts the optics in a compact sensor worn on the head. The aim: continuous monitoring, without moving patients to a scanner.

We’re looking for clinical collaborators to help shape the first prototype around real bedside needs.

Our approach · The three I’s

Using light to see deeper.

  1. 01

    Invisible

    Blood flow can change between scans. We’re developing continuous monitoring to help clinicians follow those changes.

  2. 02

    Invasive

    Some direct measurements need a probe in brain tissue. Our design uses near-infrared light from a sensor on the head.

  3. 03

    Indirect

    Pressure and oxygenation tell part of the story. Our approach uses changes in returning light to reveal blood-cell movement.

By analysing light’s travel time, we aim to separate deeper brain signals from blood flow in the scalp.

Team

Build with us.

We’re actively looking for anaesthesiologists, neurointensivists and clinical researchers to shape our first studies.

Supported by

  • TU Delft

Contact

Help shape the future of brain monitoring.