Introducing THEIA – An optimized neuroimaging system that uses functional Near Infrared Spectroscopy (fNIRS) to perform unbiased recordings of brain activity. The ultimate cognitive assessment is here.
  • A cutting-edge system.
  • Robust and non-invasive measurements of brain activity.
  • Recordings of the frontopolar area of the prefrontal cortex.
  • A cutting-edge system.
  • Robust and non-invasive measurements of brain activity.
  • Recordings of the frontopolar area of the prefrontal cortex.

fNIRS Technical Aspects

Wireless

Bluetooth connection and battery powered to ensure its portability.

High Autonomy

Due to its low energy consumption, up to 20h of recordings on a single battery charge.

Light-weight and compact

Allowing the subject to move freely.

Dual LED light sources

that emit harmless light intensities.

High resolution fNIRS data

Sampling rate 10 Hz.

Multi-distance channel

Disposition for correct management of heterogeneous extracortical contamination.

3-axis accelerometers

In three axes for the motion artifacts management.

Re-designed cognitive tasks for a better assessment of the clinical condition.

Real-time data visualizations showing relative oxygenation changes in the different regions of interest.

Simple and intuitive user interface made for everyone.

AI-powered cloud analytics using robust and explicable algorithms.

Interpretable clinical report containing the patient’s brain performance.
Re-designed cognitive tasks for a better assessment of the clinical condition.

Real-time data visualizations showing relative oxygenation changes in the different regions of interest.

Simple and intuitive user interface made for everyone.

AI-powered cloud analytics using robust and explicable algorithms.

Interpretable clinical report containing the patient’s brain performance.

Design

An adjustable ratchet system for every head size, ensuring the accurate optodes placement.
Ergonomic design maximizing patient’s comfort during the clinical evaluation.

Design

The flexible probe was specially designed to ensure comfort by adapting to the curvature of the forehead – crucial for clinical applications.
An adjustable ratchet system for every head size, ensuring the accurate optodes placement.
Ergonomic design maximizing patient’s comfort during the clinical evaluation.

Design

The flexible probe was specially designed to ensure comfort by adapting to the curvature of the forehead – crucial for clinical applications.
An adjustable ratchet system for every head size, ensuring the accurate optodes placement.
Ergonomic design maximizing patient’s comfort during the clinical evaluation.

fNIRS Technical Aspects

Biased Diagnostics

Objective data obtained through THEIA’s system

Lack of feedback/objective clinical monitoring

THEIA enables professionals to follow-up with their patients evolution throughout time and after treatment

Patient’s uncertainty

Patient’s reassurance by using a reliable system

Lack of feedback/objective clinical monitoring

THEIA enables professionals to follow-up with their patients evolution throughout time and after treatment