Bitiles®

Modular Bio-Sensing Ecosystem Integrating Hormonal Biology with AI

Bitiles®

Our Innovation

Modular Sensing Hub

EMOTITECH is pioneering the first modular multimodal sensing ecosystem, designed as a Lego-like adaptive platform for capturing and analyzing a comprehensive range of biometric and affective data. Our innovation enables precise emotion and instinct decoding, optimizing well-being, safety, decision-making, and immersive experiences.

At the core of this system is a wearable nanoscale computing hub, engineered to integrate miniaturized and high-precision biosensors such as electroencephalography (EEG), electrodermal activity (EDA), photoplethysmography (PPG) for heart rate variability (HRV), respiratory rate monitoring, and hormonal microfluidic analysis. This technology transforms traditionally cumbersome laboratory-grade sensor arrays—which typically require a full workstation—into a non-invasive, modular, and seamlessly wearable form factor.

Our wearable patch pioneers a unique approach by integrating electrodermal activity (EDA) and hormonal biomarker analysis, combining real-time electrical bio-signals with sweat-based hormone tracking. Equipped with a galvanic skin response (GSR) sensor, it continuously measures skin conductance, heart rate variability (HRV), and skin temperature, while simultaneously analyzing biochemical markers. This scientifically validated, non-invasive technology delivers unparalleled emotional and performance insights, enabling users to monitor their physiological state and optimize decision-making with data-driven precision.

AI Analytical Engine This powerful system processes hormonal data into actionable emotional profiles. With features like predictive modeling and adaptive feedback, it’s a cornerstone of our technology. User Interface Application Our app offers a personalized experience, displaying emotional data trends and actionable recommendations. Users can customize their settings and share insights with healthcare providers for better emotional management and decision-making strategies. Developer API Suite We provide APIs for developers to integrate our technology into third-party applications, fostering innovation in emotional intelligence and performance solutions.

THE FIRST MODULAR AFFECTIVE SENSING ECOSYSTEM

Wearable Nanoscale Computing Hub for Advanced Emotion Biometric Sensing

EMOTITECH is pioneering the first modular multimodal sensing ecosystem, designed as a Lego-like adaptive platform for capturing and analyzing a comprehensive range of biometric and affective data. Our innovation enables precise emotion and instinct decoding, optimizing well-being, safety, decision-making, and immersive experiences.

We initiated this research in response to clients seeking customized wearable systems, each integrating a specific combination of miniaturized biosensors tailored to the emotional insights and physiological markers most relevant to their needs.

Old R&D Lab

Bitiles by EMOTITECH Innovation

EMOTITECH Innovation

What's Affective Technology

Is a type of technology that can sense, understand, and respond to human emotions. It uses sensors, AI, and data analysis to track things like heart rate, facial expressions, or brain activity to understand how a person feels in real time. This helps create smarter devices and experiences that adapt to emotions—whether for reducing stress, improving focus, or making interactions more personal and human-like.

Our Vision

EMOTITECH is committed to groundbreaking research in hormonal tracking and AI-powered emotional analytics. By collaborating with top-tier academic institutions and leveraging state-of-the-art facilities, we continually refine our technologies. Our research focuses on enhancing accuracy, expanding applications, and uncovering new insights into human emotions, performance, and decision-making processes. Explore our latest findings and ongoing projects, driving the future of emotional intelligence.

EMOTITECH

Pioneering Modular Wearable Systems for Advanced Emotion and Biometric Sensing

We initiated this research in response to clients seeking customized wearable systems, each integrating a specific combination of miniaturized biosensors tailored to the emotional insights and physiological markers most relevant to their needs.

At the core of this system is a wearable nanoscale computing hub, engineered to integrate miniaturized and high-precision biosensors such as electroencephalography (EEG), electrodermal activity (EDA), photoplethysmography (PPG) for heart rate variability (HRV), respiratory rate monitoring, and hormonal microfluidic analysis. This technology transforms traditionally cumbersome laboratory-grade sensor arrays—which typically require a full workstation—into a non-invasive, modular, and seamlessly wearable form factor.

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