Together we can bring life and dignity back to thousands of people suffering around the world
Prostheses with individual high-end design of a stylish device that you do not need to be ashamed or hide
Focus on long-term comfortable use, continuous improvement of control algorithms and functionality updates for long-term use
Flexible solution for both below elbow amputations and, what very few companies do, above elbow amputations. In addition, exoskeletons to replace lost fingers
Decentralized, modern manufacturing solutions that allow production directly where it is needed, at an optimized cost that is (many times) lower than other manufacturers' offers
A decentralized, rapidly deployable and scalable solution for patient assessment, scanning and care
Reimagine a prosthetic device as an AI chip that allows for automated manufacturing, local manufacturing near end users and does not require expensive support services.
The heart of our AI vision is a self-directed deep learning chip, one that can be configured to the specific needs of the end user, albeit any part of the body, any sensors, any configuration and once configured is sent to the autonomous manufacturing pod and the same pods can print, create assemble and lights out test/calibrate the resultant prosthetic
To achieve it we use new materials that can be 3D printed to overcome weight bearing limitations on current low cost 3D printed materials for prosthetics, printed ink based sensors that can be cost effectively integrated into a 3D print environment, and, most importantly, leverage the rapidly growing advances in embedded AI, particularly those that are emerging from military applications
Project Manager, Global Ambassador of Singularity University, technology expert and speaker
Developer, project manager of new product development and production.