VIASIS
Where Game with Exercise Spark
a Vibrant and Cognitively Healthy Life.
Your Thighs are
a Powerhouse of Neurochemicals
for preventing dementia and MCI
Exercise triggers Myokines like irisin from thigh muscles
and boost BDNF, enhancing neurogenesis.
No drug replicates this natural brain-boosting effect.
Exercise Powered
Wellness DTx Platform
Combining exercise with cognitive training multiplies its impact. We aim to be the open platform for digital wellness and therapeutics.
Early AI Detection of
Cognitive Impairment
The AI agent detects mild cognitive impairment (MCI) with over 90% accuracy in just a three-minute conversation and has completed a successful PoC with the Seoul Metropolitan Government.
Early Dementia Detection
Through Spatial and working Memory Quests
The hippocampus, where dementia begins, governs spatial and working memory.
Adventure quests that involve spatial and working memory tests detect early cognitive decline.
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Add on your bike - a Leg Powered Gamepad
triggered by your pedaling.
Transform your ordinary fitness bike into an immersive VR workout experience.
Super easy to install. Designed for fun. Engineered for health.
Compatible with all Game OS
Our system works with any game or OS platform that supports gamepad controllers. Turn your workout into play with 100+ of the world’s most popular games—downloaded over 2 billion.
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Pedal Ergometer
US, China, Japan, and Korea Patents Granted
Watt Sensor
The only ergometer pedal for indoor bikes. Measures torque without a torque sensor using AI technology.
BDNF zone Monitor
PEDAL monitors your workout in real time to keep you in the optimal zone where BDNF peaks—boosting brain health as you move
Pair and Merged with
ECG / HRV / HR
The exercise intensity data measured by the pedal ergometer is integrated with ECG and HRV data through various smartwatch SDKs.
Avatar Movement Trigger
The higher the wattage from the pedal, the faster the avatar moves. Or control is possible when the user maintains a certain level of effort.
A Digital Twin Based on Key Data Collected During Exercise
digital twin from exercise-derived data
Building a digital twin from exercise-derived data is
a breakthrough in personalized healthcare. Unlike resting signals, exercise-based ECG, HRV, respiration, and motion data reveal how the body responds under stress, enabling early risk detection, recovery monitoring, and resilience assessment. Such twins simulate individual profiles for personalized guidance, rehabilitation, and preventive care,
AI for Early Detection
of Cardiovascular disease
Cardiovascular disease is the leading cause of death and the most costly medical condition. Its first sign is often sudden death. Even with 85% arterial blockage, there may be no noticeable symptoms—until it causes fatal or severely disabling events.
