Itay Kazanovich M.Sc

World models learn from first-person video, but video does not record where a person was looking. Tobii on what gaze data, audio and motion from Glasses X add to training data for embodied AI.

Vision at TAU on October 8, then Mind-IL's Brain and Mind and Psychology conferences back to back on October 25 and 26.

Artinis released a new demo video for Brite Ultra, the system that syncs up to 30 wearable fNIRS devices into one hyperscanning session. LSL sync and Satori analysis support are next.

Two pioneers of fNIRS and EEG unite as a single product-led team, expanding the portfolio, scale, and support available to brain and body researchers worldwide. Wearable fNIRS, high-density research systems, and TMSi EEG solutions come together under one roadmap.

EEG, ECG, GSR and eye tracking recorded together during two flight cycles around Cape Town, prepared in 30 minutes. A g.tec demonstration at UCL showing how gaze markers can become the event structure for the EEG analysis rather than a parallel dataset.

Video shows what happened, physiology shows autonomic state, gaze shows where attention went, and coded behaviour turns it into data. Only on one timeline do they support a claim none supports alone. The distinction that decides the build: data flow is not trigger flow.

Neurovascular coupling, mobile brain-body imaging and hybrid BCIs all require electrical and haemodynamic measures from the same session. The constraint is physical: both sets of sensors compete for the same scalp. Which measure is primary decides the purchase.

Fixation-related potentials, saccadic suppression and pupillometry all depend on knowing when the eye moved relative to when the cortex responded. That alignment is a hardware problem before it is a software problem. The trigger architecture, the photodiode calibration, and where the budget should go.

Sixty people scrolled Facebook for ten minutes. Every one of them said they had not looked at a single ad. Every one of them had. A Tobii blog on why self-report fails, and what happens when AI and eye tracking are used together.

Measuring 30 participants used to mean 30 devices and 15 laptops scattered across a lab. Artinis explains how they redesigned the workflow so one hub monitors 30 Brite devices, 810 channels, without swamping the research team.

Dr. Tim Holmes gives five practical tips for eye tracking research: replay your data, pilot properly, treat heatmaps with care, watch for central bias, and define clean AOIs.

How Common Spatial Patterns produced the first 100%-accurate real-time motor imagery BCI in Graz in 1998, 160 consecutive error-free decisions, and why CSP is still a benchmark for EEG decoding.

Wearable eye trackers suit real-world, moving research settings. Screen-based systems give precision with digital stimuli. Tobii sets out the differences so you can pick the right one for your study.

Inside a usability lab: how real users show what a product does and does not do for them, and how usability testing surfaces friction that never appears in a spec.

A new study in Translational Psychiatry from the University of Haifa finds that circadian instability, measured passively with wearables in the months after the October 7th Supernova festival attack, predicts which survivors go on to develop clinically significant PTSD.

Rokowski and colleagues (2026) validate WearCAAT, a cross-platform mobile app that turns a phone or tablet into a pocket laboratory for neuroimaging, running cognitive tasks while synchronising EEG and fNIRS data over Lab Streaming Layer.

NBT is exhibiting at ISBP2026 in Jerusalem with our EEG, fNIRS and eye tracking systems for cognitive and behavioral research. Come visit our booth.

A new study in Scientific Reports by Gliksman, Schwarz and Naparstek looks at how mathematical fluency declines with age across the four basic arithmetic operations. Division and subtraction show the largest age effects, addition is largely preserved, and education and time since retirement are the strongest individual predictors in older adults.

Tobii has launched an open-source GitHub repository, the Tobii Research Community, collecting peer-reviewed tools, scripts and SDK extensions across the eye-tracking workflow, from experiment design to multimodal integration with EEG and motion capture.

A new deep learning framework from the University of Zurich's Biomedical Optics Research Lab uses convolutional neural networks to automatically assess fNIRS signal quality channel by channel, achieving over 93% accuracy and outperforming traditional metrics like CV and SCI.

PPG is in every smartwatch. What does it measure, how does it compare with ECG, and what separates a consumer-grade sensor from a research-grade one?

A new consensus from the Dutch-Flemish Brain Stimulation Foundation sets out three evidence-based strategies for holding the gains after acute rTMS for depression: tapering, maintenance TMS and retreatment.

A new Clinical Neurophysiology study shows that cortical myelin content shapes the earliest components of direct electrical stimulation responses. What that changes in intra-operative mapping, and what it asks of an amplifier's artifact control.

Portable NIRS and High-Density EMG together give you muscle fatigue, oxygenation and neural recruitment in one recording. Artinis explains where the combination pays off in sports science, rehabilitation and clinical work.

Dr. William Gerin shares expert guidance on choosing the right collaborators, crafting a compelling Specific Aims page, and preparing pilot data that convinces reviewers your research is feasible and worth funding.

How Tobii Glasses X is used in heavy machinery training, from reading where operators put their attention to moving expert know-how across to new starters.

Cognitive load measures how much mental effort someone is spending. Added to a Tobii eye tracking workflow it tells you how hard the brain is working alongside where the eyes went, in usability research, sports and training.

Olympic sport places very specific demands on an athlete's visual system. Eye tracking shows how elite Winter Olympians use their vision, and how those visual skills can be trained.

Eye tracking research reveals how age, cultural background, and cognitive traits shape the way people visually process information. Understanding these demographic differences is essential for designing inclusive interfaces, effective marketing, and adaptive learning experiences.

In the final installment of the NIH Grant Writing Series, Dr. William Gerin shares expert advice on building a realistic budget, navigating new NIH policies, and writing clearly and engagingly so reviewers understand and support your research.

Artinis has released the Brite MKIV, with a new receiver with higher sensitivity, new accessories and updated software. Setup time drops in every subject and every setting.

Neuroscience is moving out of the lab. fNIRS is portable, easy to run and holds up under movement, which makes it workable in education, sports, clinics and daily life.

fNIRS is used more and more in Brain-Computer Interface work because it is portable, easy to run and holds up under movement. Artinis covers neurorehabilitation, neurofeedback and daily-life fNIRS-BCI applications, with study examples and their own devices.

NIRx has released a video guide on fNIRS signal quality: quantitative and qualitative assessment, the problems that come up most often, and a real-time setup walkthrough.

NIRx and Brain Innovation have released Satori EDU, a free educational version of the Satori fNIRS processing and analysis software, with predefined datasets and a step-by-step Getting Started guide.

NIRx and Brain Innovation have released Satori 2.0: Python integration, a new data plotter for viewing multiple channels at once, and user guides built into the workflow manager.

NIRx introduces advanced multiplexing capabilities in the Aurora acquisition software, enabling high-density fNIRS configurations with greater channel counts and improved data quality.

NIRx and Brain Innovation have released a tutorial video series for the Satori fNIRS analysis software, covering preprocessing pipelines, the analysis tools and the interface.

NIRx has launched NIRxWINGS2 for physiological sensing alongside fNIRS, with better signal quality, the NIRx BioLink universal sensor port and full wireless mobility.

Exploring how Systemic Physiology-Augmented fNIRS (SPA-fNIRS) combines peripheral physiological signals with fNIRS data for cleaner results and richer neuroscience insights.

NIRx Medical Technologies announces a strategic partnership with Dutch fNIRS pioneer Artinis Medical Systems, supported by healthcare investor Gilde Healthcare.

Cortico-cortical evoked potentials (CCEPs) are a neurophysiological technique used to assess functional connectivity between different regions of the brain. By delivering electrical stimulation to one cortical area and recording the resulting activity in another, CCEPs help map brain networks involved in movement, sensation, and cognition.

Tobii Glasses X, our newest wearable eye tracker, shows you hidden truths about your business in intuitive, affordable, and scalable ways.