The scope of neurocontrolled devices is infinite, because all the developments are a priori designed to maintain and improve human capabilities. Neurogress is aimed at developing the whole AI-based neurocontrol ecosystem which is going to combine the global interaction of clients, software and hardware developers, designers, artists, technology enthusiasts, philanthropists. The created ecosystem will help improve neurocontrol of other gadgets, including household appliances and entire standalone systems such as drones, robots, augmented reality devices and other mechatronic devices.
Neurogress (Geneva, Switzerland) develops the software for neurocontrol of electronics and machinery, and also creates prostheses and robots that are controlled by human thoughts. The scope of neurocontrolled devices is infinite, because all the developments are a priori designed to maintain and improve human capabilities. This project implements a neurocontrol technology that allows people to interact with other mechatronic devices in order to control them by the power of thought.
Neurogress aims to develop an entire ecosystem that will combine the interaction of clients and both software and hardware developers; designers, creative people, technology enthusiasts, philanthropists. The company understands that it intends to create a completely new, yet scalable, segment of the Internet of Things market (hereinafter, the Internet of Things, IoT). As any neurocontrolled gadget will be connected to the Internet (if the owner wants it), which will make it easier to adapt the ecosystem to the communication of all interested parties.
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Testing of neurocontrol software on a dummy prosthetic arm; statistical data gathering for neuro-control software.
2
NOV '17
Testing of neurocontrol beta version software on mini-robots; start of neurocontrol software integration into robotic arm; statistical data gathering for neuro-control software.
3
DEC '17
Testing of neurocontrol beta version software on conscious movements of mini-robots; statistical data gathering for neuro-control software based on AI.
4
JAN'18
Start of robot-android hardware development; statistical data gathering for neurocontrol software based on AI.
Testing of neurocontrol beta version software on 4 movements of a dummy prosthetic arm; development of optimal construction of prosthetic arm.
5
FEB-MAR '18 PRE-TGE
Testing of neurocontrol beta version software on 4 movements of a dummy prosthetic arm; development of optimal construction of prosthetic arm.
Conducting additional experiments for data gathering to train AI in the neurocontrol software.
6
APR '18
Testing of neurocontrol beta version software on 8 movements.
7
MAY-JUN '18 TGE
Prosthetic arm testing.
Testing neurocontrol system on drones.
8
Q2 '18
The developers access to the Neurogress API or to the entire code (open source), if the project collects sufficient funds during the TGE phase.
9
Q3 '18
Testing software on a sample game robots through numerous conscious movements;
10
Q4 '18
Launch of the commercial version of the neurocontrol software.
11
Q1 '19
Launch of the Neurogress online platform; testing neurocontrol software for 28 movements.
12
Q2 '19
Beta synchronization with phones, tablets, gadgets (IoT).
13
Q3 '19
Launch of neurocontrolled prosthetic hands in collaboration with a manufacturer.
14
Q4 '19
Developers' access to the API to start development with all kind of mechatronic gadgets.
15
Q1 '20
Testing the beta version of the neurocontrolled robot-android in collaboration with a manufacturer; introduction of neurocontrol management of objects on various screens.
16
Q2 '20
Testing software with various household appliances.
17
Q3 '20
Beta version designer tool launch for assembling various neurocontrolled gadgets.
18
Q4 '20
Testing the intelligent house management solution based on the Neurogress platform's ecosystem.
19
Q1 '21
Testing of neurocontrol system in conjunction with VR/AR/MR
20
Q1-Q2 '22
Introduction of neurocontrol for driving purposes.
Q2 Adding a marketplace for algorithms and algorithms training.
