Develops brain-computer interfaces and systems for highly precise biosignal acquisition for research and medicine

g.tec medical engineering GmbH

Sierningstraße 14, 4521 Schiedlberg, Upper AustriaNew on Amplifa

g.tec medical engineering GmbHLegal form

Anfang 2000erFirst high-speed online EEG processing (real-time BCI)

Dr. Christoph Guger (Founder & CEO)Management

About g.tec medical engineering

g.tec medical engineering GmbH, based in Schiedlberg, Upper Austria, develops and produces neurotechnology solutions, including brain-computer interfaces (BCIs) and highly precise biosignal acquisition systems for EEG, fNIRS, EMG and ECG. The company combines hardware, real-time signal processing with 24-bit resolution, machine learning integration and validated software frameworks (g.HIsys, g.Pype) into an integrated platform for research labs, clinics and research institutions. Well-known products include the portable Unicorn Hybrid Black EEG system as well as recoveriX, a BCI-based rehabilitation system for stroke patients that combines EEG, functional electrical stimulation and virtual reality. Fields of application include neurorehabilitation, clinical research, neuromarketing, neuroergonomics and neuroprosthetics. Founder and CEO is Dr. Christoph Guger, a biomedical engineer with a doctorate and GMP expertise, and chairman of the BCI Award Foundation.

Site: Schiedlberg
Processes: Development and production of BCI hardware and software, EEG/fNIRS/EMG/ECG biosignal acquisition, Real-time signal processing, Software for BCI application development (g.HIsys, g.Pype), Brain stimulation & cortical mapping, EEG + eye tracking integration, Neurorehabilitation (recoveriX), Spring School & BR41N.IO hackathons
Materials: EEG acquisition, fNIRS, EMG and ECG acquisition, recoveriX (EEG + functional electrical stimulation + VR), BCI software frameworks
Industries: Neuroscience/Research, Medical Technology, Neurorehabilitation, Neuromarketing, Neuroergonomics, Neuroprosthetics

01
Biosignal acquisition (EEG, fNIRS, EMG, ECG)
02
Real-time signal processing (24 bit)
03
Machine learning / AI classification
04
Software frameworks (g.HIsys, g.Pype)
05
Application systems (BCI, recoveriX, Brain Stimulation)

Technologies & Processes

EEG

EEG acquisition

Highly precise recording of brain activity with 24-bit resolution and real-time processing.

fNIRS

Near-infrared spectroscopy for multimodal brain monitoring integration with EEG.

EMG/ECG

EMG and ECG acquisition

Recording of muscle and cardiac signals for biosignal applications.

FES+VR

recoveriX (EEG + functional electrical stimulation + VR)

BCI-based rehabilitation combining brain signals, electrical stimulation and virtual reality.

g.HIsys/g.Pype

BCI software frameworks

Software environments with integrated paradigms for developing your own BCI applications.

Locations

Schiedlberg

Headquarters

Products & Systems

**Unicorn Hybrid Black – portable EEG system**BCI hardware · Research & development

**recoveriX – BCI rehabilitation system**EEG + FES + VR · Neurorehabilitation

Inside the production

g.tec – Brain-Computer Interfaces & Neurotechnology

Industries

Neuroscience/ResearchMedical TechnologyNeurorehabilitationNeuromarketingNeuroergonomicsNeuroprosthetics

Additional services

Development and production of BCI hardware and softwareEEG/fNIRS/EMG/ECG biosignal acquisitionReal-time signal processingSoftware for BCI application development (g.HIsys, g.Pype)Brain stimulation & cortical mappingEEG + eye tracking integrationNeurorehabilitation (recoveriX)Spring School & BR41N.IO hackathons

History

Anfang 2000e
First implementation of high-speed online processing of EEG signals (real-time BCI), forming the basis for stroke rehabilitation, communication and assistive BCI applications.