AI visual biofeedback system for muscle control

At PhantasiAI, we disrupt neurotechnology by orchestrating an AI stack that powers non-invasive neurostimulation to power human mobility. This closes the motor precision training insufficiency gap, reduces its burden on the healthcare system, and ignites everyone to move better. This AI-stack is embedded in affordable customized hardware capable of: (I) Generating adapted neurostimulation (II) Analyzing multimodal data (III) Suggesting good care practices. Supporting the latter and in order for motor therapy to be effective, patients necessitate to engage their attention in external circumstances, I.e. endgoal, (Gottwald et al., 2023) instead of internal conscious processes. Therefore, we seek to augment the speed of their recovery by offering a biofeedback system that allow them to have a real-time visual representation of the exercise they intend to master. Our solution accelerates motor recovery and enhances neuromuscular control by 500000% compared to other players (Moritz et al., 2024). This overcomes critical shortcomings of traditional therapy by augmenting ~50% of patients’ adherence to rehabilitation (Argent et al., 2018), defeating long wait times and “one-size-fits-all” therapeutic approaches that do not yield meaningful results. Besides, it reduces the outpatient costs of the healthcare system in 70%, bypassing the limited access to therapists (e.g. van Meijeren-Pont et al., 2021)

Faculty Supervisor:

Naouel Moha

Student:

Partner:

PhantasiAI

Discipline:

Engineering

Sector:

Professional, scientific and technical services

University:

École de technologie supérieure

Program: