Emteq Labs is partnering with researchers, clinicians, developers, and content creators to make OCOsense technology available as an open platform.
Researchers
OCOsense technology is suitable for varied fields including psychology, neuroscience, human-computer interaction, and social sciences. It could revolutionise how we study emotional, cognitive and behavioural responses. This advanced system allows researchers to explore complex topics like emotional regulation, dietary behaviours, decision-making, attention, and memory. Collecting data on emotions and behaviour in everyday environments is key to grasping the subtleties of communication and emotional expression. This could lead to better strategies for improving interactions and emotional well-being. Our hope is that better insights will inform new approaches to enhance communication and emotional intelligence.
Get in touch if are interested in discussing your project.
Get in touch if are interested in discussing your project.
For more information about OCOsense
for researchers, please see here
Gain superior data quality and meaningful insights by mapping emotional responses to activities and contexts.
ResearchHealth
OCOsense technology holds the potential for significant contributions to the fields of mental health neurology, specifically in the research of conditions such as depression, bipolar, dementia, and Parkinson's disease. Leveraging its non-invasive capabilities for tracking facial expressions, posture, dietary habits, daily activities, gait dynamics, and emotional reactions, OCOsense could provide invaluable insights into the evolution of these long-term disorders. This technology could enable researchers to assess the efficacy of existing treatments, investigate novel therapeutic strategies, and deepen understanding of the emotional and physical manifestations experienced by individuals afflicted with such conditions. Such a holistic approach that addresses physical, behavioural, and emotional aspects of patient care, should enable enhanced treatment outcomes and improved quality of life for those with neurological impairments.
Consumer wellness
We have seen how wearables such as FitBit, Apple Watch, Oura ring and Whoop have impacted many lives. However, there are important aspects of wellness that are not available to them. Research shows a strong link between eating speed and calorie consumption. Rapid eating can lead to increased energy intake before the brain recognises fullness. This raises the risk of overeating. In contrast, eating slowly encourages mindfulness and can reduce calorie intake. However, current assessment tools make evaluating and changing real-world eating behaviours challenging. Traditional methods like food diaries are often inaccurate, while lab-based observations lack real-world relevance. OCOsense technology provides a promising solution for accurately assessing eating behaviours in everyday settings. The glasses monitor facial muscles, measure chewing rates, and use AI-powered image analysis to identify food types. They also assess environmental and emotional contexts through mood detection and posture analysis, providing valuable data on the complexities of eating behaviour. See our research section to read our studies on health monitoring.
Consumer Insights
OCOsense technology could transform how businesses engage with customers by offering new ways to measure user experience. Using advanced behavioural analytics, companies can understand subtle changes in consumer reactions in real time. This technology could enable them to create personalised experiences that adapt to users' preferences, and situations. For instance, streaming services may soon adjust film recommendations based not only on past viewing habits but also on real-time reactions to different genres. This level of personalisation can improve user satisfaction and set new standards for user-focused design.
Gaming & Personalised experiences
The Gaming market is larger than TV and film combined. OCOsense technology could significantly enhance the evaluation of gaming experiences by offering detailed insights into players' responses in real-time. Using its facial muscle movement sensors and AI-driven analysis, the OCOsense platform can provide insights into users of consoles, mobile games or interactive experiences. This enables the identification of moments that captivate players or those that cause disengagement or frustration. Additionally, for play-testing OCOsense could provide context-specific data on how players react physically and emotionally to in-game events. This comprehensive understanding allows game developers to refine their designs, creating gameplay that adapts dynamically to each player’s preferences. For instance, if the technology detects heightened frustration levels during challenging levels, developers could modify the difficulty or provide adaptive feedback to keep players engaged.
Training and Rehabilitation
"Tell me and I'll forget, show me and I may remember, involve me and I'll understand"- Chinese proverb
OCOsense offers a clearer way to understand how instructions translate into action in real-world situations. This can be as simple as posture training to avoid back or neck strain at work, or potentially as complex as comprehensive training for remote workers using telepresence technologies such as AR glasses. Large language models provide an opportunity to offer personalised feedback based on glasses sensor data, with an AI chatbot serving as a coach.In terms of rehabilitation, OCOsense can track physical activities with greater granularity (sit/ stand/ posture, gait, etc) than wrist-worn devices. It can assist with spinal flexibility (a major cause of chronic pain), gait, and posture rehabilitation. Additionally, its potential to detect facial muscle responses to effort or pain could add another layer to real-world monitoring.
OCOsense offers a clearer way to understand how instructions translate into action in real-world situations. This can be as simple as posture training to avoid back or neck strain at work, or potentially as complex as comprehensive training for remote workers using telepresence technologies such as AR glasses. Large language models provide an opportunity to offer personalised feedback based on glasses sensor data, with an AI chatbot serving as a coach.In terms of rehabilitation, OCOsense can track physical activities with greater granularity (sit/ stand/ posture, gait, etc) than wrist-worn devices. It can assist with spinal flexibility (a major cause of chronic pain), gait, and posture rehabilitation. Additionally, its potential to detect facial muscle responses to effort or pain could add another layer to real-world monitoring.
