HAI4M bold vision
From Clinical Precision to Embodied Intelligence.
Deliver High Quality products
We believe that a product shouldn’t just serve a purpose; it should stand as a testament to intentional design and rigorous craftsmanship. Creating high-quality devices doesn’t just happen; it’s comes from a relentless commitment to details.
We understand that you value your investment, and we take that responsibility seriously. We believe that true excellence requires patience, and we are dedicated to delivering products that don’t just meet your expectations, they exceed them.
Motek and Hocoma set the global standard in rehabilitation, merging advanced robotics with virtual reality. Choosing these industry-leading solutions ensures your facility delivers the most innovative, evidence-based care for superior patient outcomes.
Creating a Device ecosystem
For two decades, our devices have operated independently of each other, using different software difference interactions. Our immediate goal is to create a unified software platform encapsulating both Motek and Hocoma devices, creating a single ecosystem for training, rehabilitation, research, patience data management, and data analysis.
AI & Movement
We all respond to rehabilitation interventions in radically different ways. Is there a baseline? Is there order to the chaos?
A large amount of movement data is required to create an ever-growing dataset against which a patient’s progression can be compared. If this can be achieved, deeper insights into the rehabilitation procedure can be obtained, enabling better treatment and a more accurate prediction of the patient’s rehabilitation journey.
The unified software platform on the devices of Motek and Hocoma can be used as a nexus for collecting and organizing movement data, which can be used for the training of AI models that can enrich motor rehabilitation with new, powerful tools.
The Frontier
How much more information is hidden inside the motion data? Can a digital twin of a patient be created based on it, that can be used to inform the interventions necessary to return to a non-pathological baseline? How much more insight in human movement, motor learning and adaptation, and neuromotor control can be derived from a carefully curated dataset? How can AI be used in the service of healing?
4
KEY
IDEAS
01
Ai Assisted Functional therapy
We work with clinicians to provide effective, goal-oriented therapy that uses real-time feedback to improve walking, balance, and arm recovery.
02
Movement Digital Twins: Mapping the Path to Recovery
We intend to map how people move in real-time, creating personalized plans that adapt difficulty to help anyone get stronger faster.
03
Mapping the Connection Between Mind and Motion
Brain signals can be merged with body modeling to study how intent drives action, helping us understand and improve human recovery.
04
Using Global Motion Data to Map Human Potential
We aim to build large-scale models from real-world movement data to create personalized recovery guides and analyze health outcomes for everyone everywhere.