The technologies that make care accessible
Our innovation areas span low-cost devices, AI-enabled health systems, wearable monitoring, digital health, research, and capacity building.
Innovation aimed at access, not just advancement
Each area is chosen for the same reason: it can make meaningful healthcare more affordable, usable, and reachable. We work across hardware, AI, and digital health — and connect them through research and real-world implementation.
Built on
Where we focus
Six connected areas, from low-cost devices to capacity building.
Biomedical Devices
Low-cost medical, assistive, rehabilitation, and monitoring technologies.
AI Health Systems
AI-enabled biomedical signal analysis, remote monitoring, and healthcare intelligence.
Wearable Monitoring
Sensor-based tools for movement, tremor, gait, balance, falls, mobility, and rehabilitation tracking.
Digital Health
Connected tools that support remote care, patient follow-up, and healthcare access.
Research and Development
Evidence-based biomedical research, usability studies, pilot testing, and implementation science.
Training and Capacity Building
Programs for students, clinicians, engineers, researchers, and innovators in biomedical innovation.
Biomedical Devices
Low-cost medical, assistive, rehabilitation, and monitoring technologies.
AI Health Systems
AI-enabled biomedical signal analysis, remote monitoring, and healthcare intelligence.
Wearable Monitoring
Sensor-based tools for movement, tremor, gait, balance, falls, mobility, and rehabilitation tracking.
Digital Health
Connected tools that support remote care, patient follow-up, and healthcare access.
Research and Development
Evidence-based biomedical research, usability studies, pilot testing, and implementation science.
Training and Capacity Building
Programs for students, clinicians, engineers, researchers, and innovators in biomedical innovation.
Real-world applications
What these innovation areas look like when they reach patients, clinicians, and caregivers.
Tremor monitoring
Objective tracking of tremor for conditions like Parkinson's and essential tremor.
Gait & balance
Stride, symmetry, and postural sway analysis from low-cost motion sensors.
Fall-risk screening
Early, accessible screening to flag fall risk before injuries happen.
Rehabilitation tracking
Measure recovery and adherence to keep rehabilitation on course.
Remote follow-up
Stay connected to patients after discharge without assuming infrastructure.
Point-of-care screening
Bring assessment closer to the patient, in the clinic or the community.
How the areas connect
No area stands alone. Every solution draws on multiple disciplines — that combination is what makes our work practical.
Research
Evidence, usability studies, and implementation science.
Engineering
Affordable hardware, sensors, and manufacturable design.
AI
Lightweight, explainable models that run on the edge.
Implementation
Pilots, training, and adoption in real-world settings.
Let's Build Practical Healthcare Innovation Together.
Whether you are a hospital, researcher, clinician, university, investor, NGO, or technology partner, Vygux is open to collaborations that advance affordable and human-centered biomedical innovation.