Paralyzed man controls drone telepathically!
Paralysis no longer remains a limitation as major strides in assistive technology empowered by brain computer interfaces are enabling the disabled to control robotic arms and parts. A physically challenged 69 year old was able to perfectly flew a drone an obstacle course with just his mind.
These advancements may also potentially lead to the eradication of some neurological diseases. Stroke patients and victims of severe accidents may quickly relearn how to walk assisted by these brain machine interfaces. The telepathically controlled drone was controlled by the decoded brains signals associated with finger movements.
Behind the electrodes and brain impulses is the **DFINE** (Dynamical Flexible Inference for Nonlinear Embeddings) AI system the neural signals in real-time. Developed a the USC Center for Neurotechnology, this deep learning approach offers the advantage of flexibility, efficiency, accuracy and concurrency.
Fortizo Technologies is conceptualizing a brain operating system that will enable seamless telepathic communication, easy import or download of knowledge and skills as well as feature an internal visual system through retinal or visual cortex stimulation.
You can visit our site to find out more about our groundbreaking research and development: www.fortizotechnologies.com
