FastNeura, a neurotech startup from the University of Tokyo, gives a presentation at the Human Augmentation Consortium

FastNeura (Headquarters: Bunkyo-ku, Tokyo; CEO: Narihiro Mizuguchi), a neurotech startup originating from the University of Tokyo, delivered a presentation at the Human Augmentation Consortium General Meeting held on May 29th.

FastNeura is currently researching and developing "Sync OS," a biometric-adaptive AI platform that utilizes multimodal biometric data, such as brain waves and heart rates, to estimate human cognitive, emotional, and physical states. It then connects these estimated results to environments, devices, and AI agents.

During the presentation, FastNeura introduced the overview of its biometric data analysis and state-estimation AI, as well as its potential applications in the field of human augmentation.

## Background of the Presentation
The Human Augmentation Consortium is an initiative to promote the social implementation of human augmentation technology and foster collaboration among industry, government, and academia. In the field where human capabilities and states are understood, supported, and augmented by technology, it is crucial to connect multiple technologies across fields such as sensing, AI, wearables, robotics, spatial control, and sensory stimulation.

FastNeura develops a mechanism where AI and the environment adapt based on a person's inner state, estimated from biometric data like brain waves and heart rates. Through this, they aim to realize a new interface where technology naturally supports individuals based on their state, moving beyond the conventional stage of "measuring and visualizing biometric data."

## Presentation Content
In this lecture, the company focused on the concept of "Sync OS" to explain the possibilities of human augmentation utilizing biometric data and AI.

Specifically, they introduced a mechanism where states such as concentration, fatigue, stress, recovery, and cognitive load are estimated from biometric signals, and results are used to coordinate lighting, sound, vibration, air conditioning, robots, and AI agents.

They also demonstrated that these technologies are applicable to a wide range of fields, including concentration and fatigue management for workers, well-being support in living environments, driver state estimation in mobility, collaboration with AI agents, and accessibility support.

FastNeura aims to realize a society where technology understands human states and naturally adapts to them, rather than humans having to adapt to technology.

## Comment from the Representative
"I am very honored to have had the opportunity to introduce FastNeura's initiatives at the Human Augmentation Consortium.

FastNeura does not merely visualize biometric data such as brain waves and heart rates; we aim to create a system where AI understands human states and environments, devices, and AI agents naturally adapt accordingly.

I believe that the field of human augmentation is expanding not only to the augmentation of physical capabilities but also to technologies that support human internal states such as cognition, emotion, decision-making, recovery, and well-being.

Moving forward, we will continue to advance the social implementation of new human augmentation technologies utilizing biometric data and AI through collaboration with partners in industry, government, and academia."
Narihiro Mizuguchi, CEO, FastNeura