It is a five-day marathon to create devices interacting with the human nervous system, programs analyzing its operation and VR-applications for rehabilitation, surgical planning and other medical applications.
Registration for the Neurostart hackathon
Tell us about yourself and your project by filling up the application form below. At this point, Organizers would be able to send you a confirmation letter within a week.
Registration of projects
Design and creation of devices that would interact with central and nervous systems of a human - receiving information (biopotentials - eg. EEG, Invasional Neural Interfaces Functional MRI) and transmission (Electro Stimulation of Nerves, Transcranial Magnetic Stimulation, Haptic Feedback, Neurophotonics
Applications for analysis of nervous system functioning
Software products for analyzing the physiology and functioning of the nervous system, applications running on data obtained from hardware diagnostics and neurointerfaces. Applications for rehabilitation with the use of brain-computer interfaces and applications for physicians and patients with diseases of the nervous system.
Exoskeleton and bionic prostheses, rehabilitation equipment for people with disabilities using Neurotechnology; means of robototherapy with biological feedback.
VR and AR in neurorehabilitation
Applications in virtual reality for the rehabilitation of patients with diseases and injuries of the nervous system. Augmented and virtual reality for medical personnel in neurology, neurosurgery and rehabilitation.
Have an idea or a project?
Assemble the team
Get an access to experts and equipment
Incorporate the idea into life
If you don't have a project of your own you can join any of the projects below
Rehabilitational exoskeleton of the upper limb (FEFU)
Development of the exoskeleton of the upper limb for rehabilitation for patients with Nervous System Trauma, leading to partial or complete loss of functionality
Neurostimulator of CNS (FEFU)
Development of the Neurostimulational prototype - device, implanted in the brain or the spinal cord in order to treat neurological diseases
Bionic prosthesis of foot and leg («Альфа», FEFU)
The goal of the project is to make a both active and passive prosthesis of foot and leg with the original working mechanics
Application for CT and MRI analysis (FEFU)
Development of an automatic analyzer of anatomical structures based on radiation diagnosis data
Prosthesis of the upper limb ARTBionic Forearm Prosthesis (АrtBionic, ДВФУ)
Development of bionic prosthesis with adaptive myogrpahic and intellectual control systems.
Implantable neurostimulator for prosthetics sensing (FEFU)
Development of wireless neurointerface for periferal neurous system.