ARGUS BOARD

The ARGUS BOARD is a newly developed, unique microcomputer board specializing in sensing. It offers high processing capability and a mounted FPGA that will support the development efforts of everyone from researchers to students working on sensing prototypes.General sales are scheduled to begin summer 2019.
1) Microcomputer processing capability
2) Connectable to A/D and D/A Converters
3) Mounted FPGA
4) Advanced Security Features
5) Protection Against Unlawful Duplication

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ARGUS BALANCE

The ARGUS BALANCE is a "smart" sensing chair that measures your heart rate, respiratory rate, and stress level by using highly sensitive piezoelectric sensors built into the seat to detect minute movements of your body.It uses chaos theory* to analyze your levels of stress, relaxation, fatigue, and responsiveness. This model is the third version in the series since it was developed in 2017, and its two sensors make the data it collects even more accurate. Its breathing algorithm also makes it possible to provide a visualization of your respiratory rate and strength.

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ATMOS II

The Sensoroid ATMOS II is a humanoid sensing object capable of measuring various environmental conditions. By embedding sensors all over this object, you can visualize the environmental conditions an actual person would experience. The second version is an improvement upon the first model released in 2018 and is equipped with our original microcomputer ARGUS BOARD.

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Sensing Scape Studio

The Sensing Scape Studio is a data visualization technology that uses an original microcomputer board and algorithm to convert data collected from the surrounding environment—such as sound, light, and temperature—into a form of expression that we can experience with our senses. It opens a new world of sensing technology-based new media art and generates market value.

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REGEN BOARD

The REGEN BOARD is our own uniquely developed board system that enables energy to be gathered from micro power sources in the natural environment and boosted to a practical voltage. We aim to create a system that can provide enough power for sensing and data transfer processes in a variety of environments for the rapidly evolving IoT industries of the near future.