クレアクト List of Products and Services

The "NEON" from the German company Pupil Labs is a mega-type eye tracker that requires no calibration. When combined with a dedicated smartphone, it can measure gaze from the moment you put on the glasses. It enables stable gaze measurement regardless of visual stimuli or measurement location, and is not affected by weather conditions, even in direct sunlight. All the necessary eye tracking hardware, including a high-speed eye camera, wide-angle scene camera, stereo microphone, and IMU, is housed in a small package called the "Neon Module," which is wrapped in waterproof silicone.

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The Pulse-40 IMU is a tactical-grade, 6DoF IMU that delivers excellent performance in harsh environments without compromising on SWaP-C (Size, Weight, Power, and Cost). Its wide temperature calibration process, ranging from -40°C to 85°C, ensures the highest measurement accuracy in any environment. A digital calibration report guarantees that the product meets specifications. Weighing 12 grams and consuming 0.3W, the Pulse-40 IMU is an outstanding IMU with a balanced high performance, particularly suitable for embedded applications. Additionally, thanks to its ultra-low noise gyroscope and very low vibration rectification error, it is ideal for high-frequency and high-vibration environments (MIL-STD-810G tested).

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The Tactilus insole sensor is the smallest and lightest insole sensor in this field, featuring high performance with strong shear resistance and excellent durability. Based on decades of experience in plantar pressure analysis and sensor design, it is resistant to electromagnetic noise and changes in temperature and humidity, allowing for measurements in various scenarios. The measurement device (smartphone or tablet) can be moved up to approximately 10 meters away, and the collected data is displayed in 2D and 3D heat maps. Threshold processing allows for the narrowing down of specific areas and high-pressure or low-pressure zones.

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The sensors can be placed inside the gloves made of fabric to fit snugly on the hands. Each glove is connected to a controller that communicates with mobile devices (smartphones and tablets) via Bluetooth. As a result, data acquisition is synchronized between the gloves, allowing for direct data collection during dynamic measurement experiments. The collected data can be imported to a PC and analyzed using the dedicated TS (Tactilus Scientific) 10 software. The control unit is connected to the sensors via a connector and accommodates different sensor sizes. Typically, the sensor sizes are S, M, and L.

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The package designed for use in the work environment differs from those intended for other scientific investigations by employing a tablet PC for device control. The dedicated application features an interactive device setup, allowing for intuitive use. Once data measurement is conducted, a statistically and visually comprehensible report can be generated with just a few taps. Attaching the device to the worker is also simple; it can be securely fixed using a dedicated strap that allows for the soft and firm attachment of a motion sensor the size of a matchbox, without the need for a specialized suit. For those primarily engaged in stationary tasks, a version with 9 sensors for the upper body is used, while a full-body version with 15 sensors is utilized for tasks involving movement or lifting objects from ground level. Once accustomed to the setup, the full-body version can be prepared in about 5 minutes, enabling immediate assessment of the worker and the work environment. By comparing data for each worker, it is possible to identify differences and risks between experienced workers and newcomers, as well as to statistically analyze data from multiple workers in the same workplace to assess the risks present in that environment.

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■What is CardioWheel? CardioWheel performs biometric authentication required for ADAS (Advanced Driver Assistance Systems) from ECG signals, detecting and measuring fatigue and drowsiness. By monitoring ECG, it quickly detects abnormalities in the driver, serving as a system for driver management and safe driving. It is an advanced driver monitoring system that issues alerts every time drowsiness is detected based on the KSS (Karolinska Sleepiness Scale). ■What is CardioVest? CardioVest is a system that allows ECG (electrocardiogram) measurement simply by wearing a smart shirt (with built-in sensors that are washable) in combination with a dedicated device. By measuring ECG during daily life without any discomfort, it can be used for health monitoring, such as confirming the safety of employees during work hours or detecting abnormalities in heart signals like heart failure.

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The wearable motion analysis system "Physilog Census" provides data that can be used not only for assessing fall risk and screening frail elderly individuals but also for research and clinical studies related to conditions such as stroke. Being wearable, it allows measurements to be taken without restricting the subject's movements. It offers seven standardized tests, including the 10-meter walk test and the Timed Up and Go (TUG) test, with immediate report display on a tablet device, as well as the option to obtain more detailed reports through post-processing. *There are 39 types of parameters available. - In gait analysis, parameters such as stance phase and toe-heel clearance are output. - In running analysis, parameters such as stance time and heel contact angle are output. - Automatic calibration. - Output of all data per step is possible (.xls). - Access to raw data (3-axis accelerometer, 3-axis gyro, barometric pressure). - PDF reports including visualization with color coding, compatible with online/offline analysis software (offline version scheduled for release in 2024). - Compatible with macOS/Windows. - Over 500 scientific references available.

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The "Furhat Robot," which is ideal for those who want to incorporate an interactive social interface into their development or research, allows for the configuration of facial expressions, eye movements, head movements, voice, and other expressions, all of which are realized on the Furhat Robot through its unique rear projection mapping, resulting in a highly expressive face. Additionally, it comes with a cutting-edge platform that makes programming conversations easy. The Furhat Robot is equipped with an advanced motion platform that enables natural head movements similar to those of humans. It also includes sensors that detect sound and vision, along with sufficient processing power, memory, and storage capacity. Standardized I/O ports allow for the expansion of the robotic system and integration into a wider range of systems.

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This is a multi-channel EEG measurement suitable for research in cognitive science, psychology, and human-computer interaction (HCI). By using removable 32-channel gel-free Ag/AgCl sensors, it transmits raw data in real-time. This innovative design allows for stable measurements over long periods, from children to the elderly. The free data acquisition software "Cygnus" is included in the package.

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St.EE Gemini is an 8-channel wearable electroencephalogram (EEG) system equipped with saline-soaked sponge sensors, miniature amplifiers, and wireless telemetry. The provided 19-channel electrode cap is arranged according to the international 10-20 system. The innovative electrode holder design allows users to select up to 8 target channels according to their needs. Additionally, as an option, an 8 differential channel cable for acquiring ECG (electrocardiogram) / EMG (electromyogram) can be provided. For 8-channel EEG measurement, options include Satellite, hyperscanning, or simultaneous acquisition of EEG and biosignals with Gemini (a set of 2 Satellites + RJ45 interface).

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For those who feel, "I want to measure brain waves simply and quickly, but finding the right electrode placement is difficult," we recommend the Altaire wearable EEG device based on the 10-20 system. It is a dry-type device that requires no preparation; just wear the headset and turn it on to start measuring. The sampling rate is 1 kHz, and the resolution is 24 bits. One of its features is the ability to measure brain waves across a wide range from DC to 262 Hz. With a full charge, it can be used for up to 10 hours. Using the included software Cygnus, you can check real-time band power, spectrum, spectrogram, topography, and more. Additionally, it supports event-related potentials (ERP) and can record precise synchronization signals for analysis in Python, Matlab, and other platforms.

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The new 3DM-GQ7 GNSS/INS is an all-in-one navigation solution with centimeter-level positioning accuracy. It is equipped with various correction sensors for harsh environments and situations, and it demonstrates stable and excellent performance through a newly developed dual antenna and the latest RTK-compatible INS, based on years of experience and unique algorithms. It features a dual multi-band GNSS receiver, low-noise and low-drift MEMS inertial sensors, and a robust adaptive Kalman filter, providing performance that stands out from others in its class.

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The "e-skin MEVA" is the world's simplest motion capture system that requires no camera and can start measuring just 30 seconds after being worn. No specialized knowledge is needed, and it converts motion into 3D animation while monitoring joint angles in real-time. Additionally, it utilizes the smart apparel "e-skin" developed by Xenoma, allowing it to capture natural movements without hindering the subject's motion. This high-performance motion capture system can be used in a wide range of fields, including rehabilitation, biomechanics, gerontology, sports, and gait pathology.

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Navsight's internal extended Kalman filter fuses real-time data from inertial sensors, GPS/GNSS, and odometers (land-based) to achieve robust enhanced positioning and orientation measurements even in harsh environments where GNSS signals are difficult to receive (such as in urban canyons or tunnels). The configuration can be easily done through an intuitive web interface, and the 3D view feature allows for easy verification of mechanical installation, sensor positioning, alignment, and lever arms. Navsight can be used with an INS that has a built-in GNSS receiver or by combining it with a GNSS receiver you already have, with options available from Ekinox or Apogee grade IMUs.

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Whether using a UAV or a vehicle, geotagging can be done directly and accurately on point clouds. Photogrammetry with UAVs reduces the hassle of GCPs and double exposures due to precise azimuth and position data. Additionally, the Quanta series includes a built-in data logger for post-processing, and the QinertiaUAV post-processing software, which enhances the performance of SBG's INS by post-processing inertial data with GNSS observation data, is provided free for one year. While a single antenna solution is more practical, using dual antenna mode allows for more accurate heading (azimuth) acquisition during low dynamics flights (such as inspecting pipes or power lines).

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The motion capture system Simi Motion and its software add-on module Simi Shape 3D enable full-body 3D motion capture and analysis without the use of markers! By combining AI-driven motion capture with over 30 years of experience and algorithms in computer vision-based motion analysis, we achieve the highest accuracy in the world. 【Features】 ■ Markerless measurement possible ■ Zero time loss for installation ■ Natural measurement without awareness ■ Customizable to suit research and investigation purposes *For more details, please refer to the PDF materials or feel free to contact us.

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The "Facekit Module" is an add-on software that adds head tracking and eyelid tracking to the FX3 eye tracker. It measures the gaze data simultaneously with the orientation of the subject's face, the angle of the head, and the degree of eyelid opening. It works perfectly even if the subject is wearing glasses or sunglasses. Moreover, no special calibration for Facekit is required. 【Features】 ■ Non-contact measurement of the subject's head position and angle with 6 degrees of freedom ■ Measurement of the subject's eyelid opening from 0 to 100% ■ No calibration required ■ Fast recovery from loss *For more details, please refer to the PDF document or feel free to contact us.

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This is a biological signal measurement system designed for researchers and engineers working in universities and companies. You can freely combine a variety of biological sensors, such as electroencephalography (EEG), electrocardiography (ECG), surface electromyography (EMG), and blood volume pulse (BVP/optional). It can be used in any field, including research in affective engineering, driver state detection, and behavior analysis. Additionally, it is priced competitively compared to other products on the market. It is also possible to develop your own applications using various APIs.

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CAPTIV Neurolab is a system that combines sensors related to behavioral analysis with powerful analytical software. It visualizes and quantifies data obtained from GSR, facial expression estimation, eye tracking, and EEG measurements, outputting it in formats such as gaze plots, heat maps, histograms, and graphs. The visual stimuli that can be set include still images, videos, and screen recordings of websites. From test preparation to data analysis, it can be used easily by anyone with just a few steps.

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All three models of the inertial measurement unit (IMU) have the capability to directly measure acceleration, angular velocity, delta theta, and delta velocity. As options, they also include features such as automatic geomagnetic anomaly correction, gyro, and acceleration noise effect correction. In the output data calculation model, high-precision output data can be generated even in dynamic operating conditions using an automatically adaptive estimation filter algorithm. Depending on the model, it is possible to calculate and output the values of roll, pitch, and yaw.

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All inertial measurement unit (IMU) models have the capability to directly measure acceleration, angular velocity, delta theta, and delta velocity. The 3DM-CX5 is a board-mounted type that conforms to GXS specifications. The 3DM-CV5 has optional features such as automatic magnetic anomaly correction, gyro, and acceleration noise effect correction. In the output data calculation model, high-precision calculated data can be output even in dynamic operating conditions using an automatically adaptive estimation filter algorithm. Depending on the model, it calculates and outputs values for roll, pitch, and yaw.

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This series of products features a very low-noise gyroscope, minimal latency, and high vibration resistance, providing accurate directional and positional data. The internal extended Kalman filter fuses real-time inertial data with GNSS data, enhancing position and direction measurements even in harsh environments such as bridges, tunnels, and forests. Like the Ekinox series, the Apogee sensors come with an integrated 8 GB data logger for post-operation analysis or post-processing.

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By successfully combining high-end MEMS sensors with advanced calibration procedures across a wide temperature range and powerful algorithm design, it is designed to be a compact, lightweight, low-power, and cost-effective product. Additionally, the Ekinox sensor includes an 8GB data logger for post-operation analysis or post-processing.

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We use cutting-edge MEMS sensors, particularly very low-noise gyroscopes. Additionally, by combining a high-quality accelerometer equipped with an internal FIR filter and Corning and skull integration, we can maintain accuracy even under strong vibrations. Furthermore, for the INS model (E, N, D), an internal extended Kalman filter fuses real-time inertial data with GPS data, enhancing position and direction measurements in harsh environments such as urban canyons and tunnels.

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The non-contact FX3 is a high-performance eye tracker capable of capturing data such as binocular fixation points, eye movements, and head position in space in environments like cars, simulators, and cockpits. It features plug-and-play USB3 connectivity for easy measurement initiation. With a wide tracking area and strong resistance to ambient light, the FX3 can be used for measurements in various locations. Please use it according to your research and development needs, whether for monitoring driver attention, research and development, gaze scan patterns for in-vehicle devices, or fixation on objects. 【Strong against ambient light, so it can be used in any measurement location】 The FX3 has a cylindrical shape with a diameter of 4 cm and a length of 17 cm. Data exchange with a PC is done via a USB3 cable. Additionally, its unique algorithm provides excellent robustness against varying lighting conditions, allowing for stable data measurement even in complex brightness changes, such as in a car's driver's seat. The "Facekit module," which can be used with the FX3, allows for head tracking and eyelid tracking measurements. *For more details, please download the PDF or feel free to contact us.

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The 3DM-GX series from LORD MicroStrain is an IMU (Inertial Measurement Unit) with a size of 20mm and a weight of 20g. It features a high-performance gyro azimuth sensor using MEMS technology, and includes built-in main accelerometers (3-axis), gyroscopes (3-axis), magnetometers (3-axis), temperature sensors, processors, and more. With its unique algorithm, it excels in stability and reproducibility during long-term measurements, and offers a strong lineup including models integrated with GPS and those for OEM use. Sensor models: 3DM-GX5-15 3DM-GX5-25 3DM-GX5-35 3DM-GX5-45 Cable types: USB cable RS232 cable *Please note that prices vary depending on the model and cable type. If you would like a quotation, please enter your request in the "Inquiry Details" section.

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The TEA Corporation's outdoor motion and biometric data measurement system "Motion-Captiv" is capable of measuring full-body motion outdoors. Additionally, it can measure physiological data such as heart rate, respiration, body temperature, skin conductance, and electromyography, along with gaze data and EEG data, allowing for simultaneous analysis with video images. This system is ideal for sports, driver behavior analysis, rehabilitation engineering, and ergonomics. 【Features】 [CAPTIV-L7000] ○ Motion function behavior analysis system ○ Various sensors can acquire data wirelessly ○ Compact, lightweight, and provides a natural wearing experience ○ Synchronization with various eye-tracking systems is possible ○ All acquired data is integrated and can be analyzed together For more details, please contact us or download the catalog.

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The portable EEG measurement device "B-Alert X Series" manufactured by ABM (USA) achieves a weight of just 110 grams, making it so light that you can forget you are wearing it. It allows for comfortable measurements even during long periods of use. By adopting wet electrodes that use conductive cream, it enables stable data measurement with minimal noise even when subjected to vibrations. The hardware headsets X10 and X24 come with Basic software for raw data acquisition and an SDK (Software Development Kit). Synchronization devices are also available. Data can be obtained for monitoring driving fatigue and drowsiness, event-related potentials, cognitive load analysis, and single-trial ERP analysis. For more details, please contact us or download the catalog.

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