Vision for the Future

By applying and utilizing EBA's spectral technology, it will soon be possible to measure five vital signs—heart rate, blood pressure, respiration, body temperature, and SpO₂ (oxygen saturation)—non-invasively.

For example, in the future, we’ll be able to naturally and seamlessly collect and monitor various vital signs as part of our daily lives—whether in front of the mirror after waking up, in the car on the way to work, or at the office.

Furthermore, by integrating these technologies with IoT and AI, the system can create an optimal environment (such as adjusting lighting, climate control, and scents) based on your daily vital signs, as well as provide recommendations for exercise and diet, making it easier than ever to achieve a healthy lifestyle.

By interpreting their own mental state based on their personal vital sign trends, each individual can enhance their self-awareness and immune function, enabling them to lead a happy and healthy life.

In the future of telemedicine, 5G-based hyperspectral data communication (patented) will enable safe and accurate diagnostic imaging.

The patient's vital signs data is transmitted via 5G to a proprietary cloud, and based on images analyzed using AI-powered deep learning, your primary care physician will remotely diagnose your health condition or illness.

This spectral deep learning technology continues to improve its diagnostic accuracy every day.

It can also be applied to a wide range of medical diagnostics, including the visualization and early detection of skin cancer—which has traditionally been difficult—as well as the management of chronic diseases.

We believe that a communication platform for this type of hyperspectral data is precisely the technology needed for future insurance system reform, and that it will serve as an effective measure to curb rising medical costs by increasing the number of healthy people.

With the addition of EBA's spectral technology as a "new set of eyes," AgTech is also evolving.

An unmanned autonomous tractor equipped with a hyperspectral imager manages the field by sensing soil components such as nitrogen, phosphorus, and potassium, as well as crop growth conditions.

Field data is monitored and 3D-mapped using drones, resulting in 5D data that incorporates temporal and spectral dimensions. This enables smarter, more precise agriculture, including the prediction of harvest times, the identification of pests and diseases, yield forecasting, and the enhancement of crop value.

In addition, using spectral analysis makes it possible to quantify various indicators such as crop freshness, sweetness, and bitterness.

In the logistics of the near future, end-to-end quality control—including monitoring the degree of quality deterioration in crops before and after transport—will become a reality.

By applying and utilizing EBA's spectral technology, it will soon be possible to measure five vital signs—heart rate, blood pressure, respiration, body temperature, and SpO₂ (oxygen saturation)—non-invasively.

For example, in the future, we’ll be able to naturally and seamlessly collect and monitor various vital signs as part of our daily lives—whether in front of the mirror after waking up, in the car on the way to work, or at the office.

Furthermore, by integrating these technologies with IoT and AI, the system can create an optimal environment (such as adjusting lighting, climate control, and scents) based on your daily vital signs, as well as provide recommendations for exercise and diet, making it easier than ever to achieve a healthy lifestyle.

By interpreting their own mental state based on their personal vital sign trends, each individual can enhance their self-awareness and immune function, enabling them to lead a happy and healthy life.

Equipping satellites with spectral imagers will enable accurate, large-scale measurements of the Earth.

Since ground truth can be obtained using the same sensor, it becomes possible to acquire and incorporate precise spectral data—free from the effects of aerosols—into satellite imagery.

For example, this technology enables the visualization of crop growth conditions on the ground and the emission of air pollutants. It also allows for the measurement of carbon sequestration in forests and accurate weather forecasting. In particular, the measurement of carbon sequestration is likely to contribute to the revitalization of the CO₂ emissions trading market, which is currently a major international trend.

Furthermore, the EBA’s spectral imager will serve as a powerful tool—a “new set of eyes”—for sensing the physical properties of space resources, such as water and minerals, believed to exist on other celestial bodies like the Moon and Mars.

At Eva Japan, we are confident that we can help pioneer new frontiers on our increasingly crowded planet as we move toward an era of 10 billion people.