EEG · Eye tracking · Body sensors
Eye tracking, GSR, ECG, EMG and fNIRS, integrated and synchronised with EEG. Complete physiological data for neuromarketing, consumer behaviour and cognitive load research.
biosignalsplux analog sensors and the BiosignalsPRO Smart Sensor family use different platforms. Smart Sensors require BiosignalsPRO and Biosignals Studio; legacy analog sensors need a separate Legacy Sensor Adapter on PRO. The Physiological Monitoring kit includes ECG, EMG, respiration and temperature; select EEG separately.
Brain activity alone does not give the full picture of behaviour. g.tec's multimodal recording systems record EEG in sync with eye movement, skin conductance, heart rhythm, muscle activity and oxygen-based brain activity.
g.Nautilus Multi-purpose builds a complete physiological profile with body sensors (ECG, EOG, EMG, GSR, respiration) connected to 4 detachable channels. Because all data share the same timestamp, correlation analyses can be run with millisecond precision.
With g.Nautilus and Tobii Pro Glasses 3 combined, both the point of gaze and EEG are recorded simultaneously while the participant walks between product shelves. Which product draws attention and which advertisement activates the brain are measured with millisecond precision.
In user experience (UX) research it has become the platform of choice for measuring unconscious brain responses to software interfaces, optimising website design and measuring advertising effectiveness. The correlation between dwell time and P300 amplitude reveals the neural basis of consumer decisions.
EEG records brain activity with millisecond precision, while fNIRS measures changes in oxyhaemoglobin and so reflects regional brain metabolism. Combining the two gives a complete neural profile that neither EEG nor fNIRS can provide alone.
g.Nautilus fNIRS systems record EEG and fNIRS channels simultaneously from the same cap. They are finding growing use in cognitive neuroscience, clinical assessment and neurorehabilitation research.
With body sensors connected to 4 detachable channels, g.Nautilus Multi-purpose records ECG, EOG, EMG, skin conductance (GSR) and respiration alongside EEG. All signals share the same timestamp, so correlation analyses can be run with millisecond precision.
The most common uses of this combination are assessing brain activity together with heart rate variability (HRV) and skin conductance in stress research, and measuring muscle activity alongside neural performance markers in sports science.
Signal combinations supported by the g.Nautilus Multi-purpose and g.HIamp platforms.
Both EEG and functional near-infrared spectroscopy from the same cap. EEG's millisecond temporal resolution meets the oxygen-based spatial information of fNIRS.
g.Nautilus combined with Tobii Pro Glasses 3 measures brain activity in sync with visual attention. The two systems run synchronised and deliver gaze and EEG data in one stream.
ECG, GSR (skin conductance), EMG and respiration sensors connect to the 4 detachable channels of g.Nautilus Multi-purpose. A complete physiological profile for research on stress, emotional load and physical performance.
Electrooculography (EOG) records eye movements and blinks in sync with EEG. The standard combination for artefact removal and eye-movement-based BCI applications.
An advanced platform combining three modalities. Brain activity (EEG), oxygen metabolism (fNIRS) and visual attention (eye tracker) are measured simultaneously.
Brain activity, heart rhythm and oxygen metabolism monitored simultaneously in high-altitude and exercise research. Ideal for cardio-neuroscience and exercise physiology studies.
The main research scenarios for g.tec's multimodal systems.
Measuring unconscious brain responses to products and advertising in a real shop with EEG and eye tracking. Research on packaging design, shelf layout and advertising effectiveness.
Objective measurement of cognitive load and attention in response to websites, apps and software interfaces with EEG and eye tracking. Guiding design decisions with data.
Simultaneous measurement of the neural and physiological markers of stress, anxiety and emotional responses with EEG, ECG and GSR. Usable in clinical and field settings alike.
Monitoring brain-muscle coordination, fatigue and cognitive load together during movement with EEG, EMG and ECG. Research on motor learning and athletic performance.
A complete physiological assessment during meditation, mindfulness and neurofeedback training with EEG, GSR and respiration. Objective measurement of stress management protocols.
Monitoring brain and heart activity together at high altitude with EEG, ECG and fNIRS. Research into how oxygen deprivation affects cognitive function.
EEG and eye-tracking integration
Learn more
Wearable EEG and fNIRS
Learn moreMultimodal wireless EEG for brain and body
Learn more
Wearable EEG for clinical applications
Learn more
256-channel biosignal amplifier
Learn more
Wearable EEG headset, for research only
Learn more
16-channel biosignal amplifier
Learn more
Modular biosignal acquisition
Learn more
The budget-friendly research hub
Learn more
Synchronous biosignal research
Learn more
Neurotechnology is advancing fast, and this year’s innovations have made EEG more powerful, more precise and more accessible than ever. At the centre of these developments is the FDA-cleared, CE-marked g.Nautilus PRO Flexible, which g.tec presents as the best EEG device of 2026.
Read the article
TMS-EEG is one of the most powerful combined neuroscience approaches for studying brain function. But turning that power into quality data requires hardware optimised specifically for the task — and electrode geometry sits at the centre of that process.
Read the article
Studying brain activity in microgravity under extreme conditions is a critical area of research in neuroscience. Understanding how the human brain responds to microgravity can offer valuable insights into neural adaptability, cognitive function and human physiology in the space environment.
Read the article
Wireless, portable EEG for real-life recordings outside the lab: field research, in-vehicle measurement, sport and clinical applications.
Learn more
Investigate haemodynamic responses during cognitive tasks, social interaction and movement with fNIRS, and dense optical measurements with HD-DOT.
Learn more
Study pilot attention, mental workload, stress and fatigue in flight simulators using EEG, eye tracking, fNIRS and biosignals.
Learn moreOur specialists will help you choose the signal combination and device configuration that best fit your research.
Call us +90 554 381 46 20Serving all of Türkiye · reply within 24 hours on working days