B-Temia makes advanced human augmentation technology for civilian and military applications. Their unique, body-attached motorized mechanisms, provide mechanical assistance to users for the restoration, maintenance or augmentation of their biomechanical functions. B-Temia's proprietary DermoskeletonTM technology incorporates an array of sensors and advanced artificial intelligence software for sensing mobility intentions and generating synchronized movements between the user and device.
Synchronizing the Dermoskeleton's motion with the user's intended motions is extremely challenging, and remains an active area of research. Brash stepped in after the hardware platform was developed, and built upon B-Temia's existing mobility intention and motion synchronization algorithms. We developed custom algorithms that could readily be integrated into the existing hardware and software architecture. Brash's developments allowed the Dermoskeleton to more accurately deliver assistance to the user during critical activities such as standing, crouching, or lifting heavy loads.
The team at Brash was able to solve a complex challenge we needed resolved in a short time frame. They pushed hard to deliver results quickly and exceeded expectations. I am not aware of many teams that have the same level of expertise in biomechatronics and an ability to execute.
Stéphane Bédard - CEO-B-Temia
ROBOTICS, EMBEDDED CIRCUITRY, ADVANCED ALGORITHMS