Every emotion leaves a trace.
In color. In motion. In aura.
Japanese-Engineered Preventive Sensing Technology for Enhanced Well-Being, Security and Life Protection.
GS&Ti is a premier sensing and analysis platform, developed at our R&D lab in Japan.
It measures and visualizes human emotion by detecting micro-reflexes and vibrations using standard IP cameras and webcams — with no specialized hardware required.
Grounded in the science of the Vestibulo-Emotional Reflex (VER), these micro-vibrations serve as unique biometric indicators, providing precise insights into a person’s emotional state and behavioral tendencies.
At the core of every GHOSTs application lies the GHOSTs-graph Sensor, our proprietary technology that decodes subtle three-dimensional head or body micro-motion to visualize a person’s otherwise invisible inner state in real time.
A proprietary sensing and analysis engine that captures unconscious micro-reflexes and renders the emotional landscape of a person with precision.
Developed in Japan, the GHOSTs-graph Sensor brings advanced vestibular micro-motion sensing to healthcare, security, and research environments worldwide. Moreover, our system features top-tier analytical capabilities that can analyze deepfake videos.
Uses standard cameras to detect involuntary micro-movements and subtle head-orientation changes — completely contactless and in real time.
Decodes the VER to assess mental and emotional states, including:
This emotional trace mapping enables the early detection of potential risks or behavioral inconsistencies.
An advanced imaging format generated by the GHOSTs-graph Sensor. Powered by our proprietary formula — derived from the analysis of hundreds of thousands of data points — it is designed to visualize pixel-level vibration dynamics in real time.
Transforms complex data into intuitive visuals — vibrational intensity maps (aura-like visualizations) — that express emotional patterns through color and form.
This intuitive visualization allows anyone to grasp subtle emotional shifts at a glance.
These vibrational visualizations are superimposed over the subject’s live video feed, providing a dual-layered perspective that reveals the invisible connection between physical appearance and underlying psychophysiological states.
Precision Emotion Sensing: Contactless and Cognitive.
Unlocking human insight through vestibular micro-motion analysis.
The GHOSTs-graph Sensor deciphers invisible signals of psychophysiological states by analyzing involuntary micro-vibrations captured through standard video inputs — entirely without physical sensors, wearables, or intrusion.
Each component is engineered to enhance clarity, security, and human understanding across diverse environments.
At the heart of every product is the GHOSTs-graph Sensor — our core engine that interprets 3D micro-motions to visualize a person’s internal emotional landscape with exceptional sensitivity, bridging the gap between physical movement and mental state in real time.
Translates hidden emotional dynamics into intuitive visual maps by decoding micro-vibrations and vestibular reflex patterns, making internal states visible at a glance.
Utilizes standard optical sensors (webcams, IP cameras) to monitor subjects remotely, enabling fully contactless operation without wearables or dedicated hardware.
Delivers instantaneous analysis and actionable indicators suitable for high-stakes security, mental healthcare, and cognitive research — even in continuously changing environments.
Refined at our Japan R&D Lab, our core mathematical formula is grounded in Vestibulo-Emotional Reflex (VER) science, designed to maintain accuracy, robustness, and stability against noise in real-world conditions.
Designed for interoperability. Integrates into existing infrastructures via SDKs and APIs, supporting cross-platform deployment across devices, on-premise systems, and cloud-based environments.
From public safety and corporate risk management to clinical psychology and cognitive research, GHOSTs scales from single-station installations to multi-site and nationwide rollouts.
A Japanese-engineered series of non-contact evaluation tools powered by the GHOSTs-graph Sensor, transforming vestibular micro-movements into actionable indicators of mental, emotional, and behavioral states.
A next-generation assessment tool that visualizes psychophysiological states, stress levels, and autonomic balance. By analyzing vestibular micro-movements (based on the VER) captured via web cameras, the system derives quantitative indicators linked to fatigue and emotional stability — providing objective data for mental health care and corporate wellness programs.
An advanced forensic assessment tool designed to analyze involuntary psychophysiological markers associated with cognitive stress and potential deceptive behavior. Leveraging high-precision micro-motion analysis, it highlights subtle non-verbal patterns that may indicate inconsistency or deception — providing critical clarity for investigations and high-stakes screenings, without physical contact or wearables.
A real-time, camera-based security analytics platform that surfaces anomalous behavioral patterns and psychophysiological shifts. Operating on standard surveillance feeds and powered by the GHOSTs-graph Sensor, it analyzes micro-movements and non-verbal physiological signals to flag potential threats in high-traffic areas — enabling proactive, data-driven risk management.
Key Capabilities: Mass Screening, Risk Indicators, Remote Situational Monitoring
MoreA pioneering category of safety and human-insight technologies engineered to address the increasingly complex challenges of modern society. It functions as a precision technological shield designed to support the early awareness of both physical and mental risk conditions while enabling a deeper understanding of human potential and well-being.
Averting Unpredictable Life Risks and Visualizing Hidden Potential. As social environments grow increasingly complex and fast-paced, conventional monitoring and assessment approaches are no longer sufficient to capture subtle, early-stage risks or latent human conditions.
LIFENSE is a next-generation sensing suite designed to meet these expanding demands through non-contact, micro-movement-based analysis. It supports the early detection of pre-symptomatic indicators associated with serious physical and mental risks — and extends, driven by demand, into broader domains of human and animal insight.