Learn how real-time facial sensing and smart glasses support mindful eating by revealing how, when, and why we eat, transforming dietary health research and behavior change.

Explore the shift from traditional biometrics to emotion engineering, and how smart eyewear and facial sensing unlock deeper insights into human behavior using AI and real-world data.

Capture eating behavior, emotion, and real-world context at scale with facial sensing, as OCOsense™ smart glasses bring real-time behavioral analytics beyond the lab.

The world’s first facial sensing platform for real-time, real-world behavioral data that can now be captured outside the lab, enabling chewing detection and emotion sensing through smart eyewear from Emteq and OCOsense™.

Emotional responses in virtual reality differ depending on interaction and immersion, as shown in a public VR study using physiological and facial sensing technology from Emteq.

Demonstrating real-time facial sensing and behavioral insights in everyday scenarios earned this smart eyewear platform a Best Demo Award, showcasing OCOsense™ by Emteq.

A €40,000 prize fund was launched to support VR researchers and content creators working on immersive technologies and real-world impact, organised by Emteq.

Immersive technologies are reshaping how users interact, feel, and engage with digital systems, offering new ways to understand experience design, explored by Emteq.

Understanding audience psychology enables more meaningful, adaptive digital experiences by aligning content with human perception and emotion, a perspective shared by Emteq.

Virtual reality can support mental health interventions by safely exposing patients to challenging scenarios, as discussed in this clinical research collaboration highlighted by Emteq.

Ethical, privacy, and governance challenges in extended reality continue to shape responsible XR adoption, discussed in this expert roundtable supported by Emteq.

Safety, regulation, and responsible innovation are central to the future of XR technologies, explored through expert discussion in this XRSI roundtable with Emteq.

Modern neuroscience reframes emotions as constructed experiences shaped by context and prediction, explored through insights from Dr Lisa Feldman Barrett and Emteq.

A €50,000 XR Research Awards fund was established to support academic and creative work in immersive technologies, led by Emteq Labs.

Capturing subjective emotional experiences remains a key challenge in human-centered research, discussed through methodological and technological perspectives by Emteq.

Quantifying real-world behavior offers new opportunities to understand learning, performance, and engagement beyond traditional assessments, examined by Emteq.

Social robotics explores how machines can interact naturally with humans, raising questions about behavior, emotion, and trust in human–robot systems, presented by Emteq.

Automated VR therapy shows promise for scalable mental health support by combining immersive environments with behavioral data, discussed in research shared by Emteq.

VR-based training is explored as a tool to prepare frontline journalists for high-risk environments through controlled, immersive simulations, developed by Emteq Labs.

This white paper examines how immersive technologies can support emotional and psychological well-being in remote and digitally distributed contexts, from Emteq Labs.

Virtual reality is examined as a digital therapeutic approach for anxiety, exploring evidence, mechanisms, and real-world applications, presented by Emteq Labs.

The role of VR gaming in healthcare is explored, highlighting its potential for engagement, rehabilitation, and patient-centered care, from Emteq Labs.

This white paper discusses biometric feedback as a method for measuring user responses in immersive environments, focusing on meaningful metrics, by Emteq Labs.

This white paper discusses biometric feedback as a method for measuring user responses in immersive environments, focusing on meaningful metrics, by Emteq Labs.

Virtual reality is examined as a controlled yet realistic environment for studying human behaviour and emotional responses with high ecological validity, by Emteq Labs.

Psychophysiology and biometric tracking in VR are explored as tools for studying dynamic adaptation, stress, and human responses in complex environments, by Emteq Labs.

Key challenges facing modern research are discussed, including scalability, ecological validity, and new data models shaping the future of research, by Emteq Labs.

Measuring emotional responses is explored as a way to advance psychology, mental health research, and self-improvement through objective data, by Emteq Labs.

A multidisciplinary collaboration between surgery, software development, and AI is explored, highlighting innovation at the intersection of health and technology, by Emteq Labs.