NEUROGRESS TOKEN

neurogress token

CONTROLLING THE WORLD WITH THE POWER OF THOUGHT

With the development of technologies, it is now getting more and more possible to turn all our thoughts into actions outside of our body with the help of neural interface and AI injected software forming a neural control of the world around you.
THE SALE STARTS IN:
6
DAYS
7
HOURS
18
MINUTES
13
SECONDS
WHITEPAPER – ENGLISH WHITEPAPER – RUSSIAN
THE PROBLEM

What is one of the key goals of every human kind? Being able to control the world around him/her. How do we control the world around us? We use the capacity of our brain. Until recently, the capabilities of controlling things with our brain were restricted by the shape of our body. However, with the development of technologies it is now getting more and more possible to turn all our thoughts into actions outside of our body with the help of neural interface and AI injected software forming a neural control of the world around you. There are several immediate areas where neural control is essential: medicine, robotics, gaming, transportation, construction, IoT.

THE SOLUTION

Neurogress develops the AI-driven 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. 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.
KEY FACTORS
01Development of neural control software in order to control mechatronic devices with the power of the human brain
02Using neural control software in medicine, namely, in neuroprosthetics, to control prosthetic limbs
03Development of a neuro-controlled robot-android (hardware + software).
04Formation of the Neurogress Ecosystem to combine the global interaction of clients, software and hardware developers, designers, artists, technology enthusiasts, philanthropists.
05Promoting neural control together with IoT into the gaming industry and smart houses.

USE CASES

MEDICINE

Prosthetic limbs. All the possible scenarios are already in place and were written about. Also devices to help people with the rehabilitation period. For examle, contrl systems to help move or work with muscles.

INDUSTRIAL USE

Take construction, for example. It is more pleasant to control the crane with your thoughts then with buttons and levers.

NEURO-CONTROL OBJECTS ON THE SCREEN

You’ve seen this in sci-fi with people rotating objects on huge screens with their hands. That’s not sci-fi anymore but a touch-screen reality. Why involving hands when you can think about separate objects and move them and interact with them with your thoughts?

ROBOTS

Android-like robots to substitute or imitate a human. Those who can assist driven by thoughts of the owner. Robots for gaming, for example, flying robots challenge or battle mini-robots or cars. Control robots with the capabilities of IoT, seeing their actions from your phone or tablet.

SMART HOME APPLIANCES

Control your home devices with the power of thoughts. No need to clap twice to turn the lights on, just think about it.

DRONES

Fly neuro-controled drones all you want where they are not prohibited yet :).

PAIRING WITH NEUROCONTROL DRIVEN DEVICES WITH VR

Even though there are already solutions on the market for the neurocontrol in the virtual environment, there is still a need to and excitement in seeing what the objects do in the real world as we are not completely yet in the Matrix. Imagine one seeing and hearing everything his/her robot sees and hears, delivered through the VR set. It’s like being in the virtual room but moving and controlling things in the real world. Something that is much cooler and more valuable than non-existent matter in the virtual environment.

TRANSPORTATION

Even with auto-pilots coming to cars, trains, etc. there is still going to be areas to control the machinery for transportation where the interaction with the human is still needed. Also it could be used for private transportation where no possible route can be built for auto-pilots.

ALGORITHM TRAINING

Brain-Machine Algo Training Marketplace. Brain - Cyber Algo Training on VR

INTERACT WITH OBJECTS IN THE GROWING ERA OF AR/VR/MR (AUGMENTED- VIRTUAL- MERGED REALITY)

As of now, a lot of augmented reality objects are not controlled directly by interaction with humans. Providing the interface between our brain and augmented reality objects we’d be able to interact with them seamlessly without being at a specific distance from them or manipulating those from additional screens.

EXOSKELETONS

Additional power to become a superhuman with a light and easy neuro controlling device.

MEDICINE

Prosthetic limbs. All the possible scenarios are already in place and were written about. Also devices to help people with the rehabilitation period. For examle, contrl systems to help move or work with muscles.

INDUSTRIAL USE

Take construction, for example. It is more pleasant to control the crane with your thoughts then with buttons and levers.

NEURO-CONTROL OBJECTS ON THE SCREEN

You’ve seen this in sci-fi with people rotating objects on huge screens with their hands. That’s not sci-fi anymore but a touch-screen reality. Why involving hands when you can think about separate objects and move them and interact with them with your thoughts?

ROBOTS

Android-like robots to substitute or imitate a human. Those who can assist driven by thoughts of the owner. Robots for gaming, for example, flying robots challenge or battle mini-robots or cars. Control robots with the capabilities of IoT, seeing their actions from your phone or tablet.

SMART HOME APPLIANCES

Control your home devices with the power of thoughts. No need to clap twice to turn the lights on, just think about it.

DRONES

Fly neuro-controled drones all you want where they are not prohibited yet :).

PAIRING WITH NEUROCONTROL DRIVEN DEVICES WITH VR

Even though there are already solutions on the market for the neurocontrol in the virtual environment, there is still a need to and excitement in seeing what the objects do in the real world as we are not completely yet in the Matrix. Imagine one seeing and hearing everything his/her robot sees and hears, delivered through the VR set. It’s like being in the virtual room but moving and controlling things in the real world. Something that is much cooler and more valuable than non-existent matter in the virtual environment.

TRANSPORTATION

Even with auto-pilots coming to cars, trains, etc. there is still going to be areas to control the machinery for transportation where the interaction with the human is still needed. Also it could be used for private transportation where no possible route can be built for auto-pilots.

ALGORITHM TRAINING

Brain-Machine Algo Training Marketplace. Brain - Cyber Algo Training on VR

INTERACT WITH OBJECTS IN THE GROWING ERA OF AR/VR/MR (AUGMENTED- VIRTUAL- MERGED REALITY)

As of now, a lot of augmented reality objects are not controlled directly by interaction with humans. Providing the interface between our brain and augmented reality objects we’d be able to interact with them seamlessly without being at a specific distance from them or manipulating those from additional screens.

EXOSKELETONS

Additional power to become a superhuman with a light and easy neuro controlling device.

MEDICINE

Prosthetic limbs. All the possible scenarios are already in place and were written about. Also devices to help people with the rehabilitation period. For examle, contrl systems to help move or work with muscles.

ROAD MAP

OCT 2017
OCT 2017
Testing of neurocontrol software on a dummy prosthetic arm; statistical data gathering for neuro-control software

NOV 2017
NOV 2017
Testing of neurocontrol beta version software on mini-robots; start of development of neurocontrolled prosthetic arm; statistical data gathering for neuro-control software

DEC 2017
DEC 2017
Testing of neurocontrol beta version software on conscious movements of minirobots; statistical data gathering for neuro-control software based on AI

JAN - Pre-TGE 2018
JAN – PRE-TGE 2018
Start of robot-android hardware development; statistical data gathering for neurocontrol software based on AI

FEB 2018
FEB 2018
Testing of neurocontrol beta version software on 4 movements of a dummy prosthetic arm; development of optimal construction of prosthetic arm

MAR - TGE 2018
MAR – TGE 2018
Conducting additional experiments for data gathering to train AI in the neurocontrol software

APR 2018
APR 2018
Testing of neurocontrol beta version software on 8 movements

MAY 2018
MAY 2018
Prosthetic arm testing

Q2 2018
Q2 2018
The developers access to the Neurogress API or to the entire code (open source), if the project collects sufficient funds during the TGE phase

Q3 2018
Q3 2018
Testing software on a sample game robots through numerous conscious movements; prototype on the neural control for the sex industry

Q4 2018
Q4 2018
Launch of the commercial version of the neurocontrol program

Q1 2019
Q1 2019
Launch of the Neurogress online platform; testing neurocontrol software for 28 movements

Q2 2019
Q2 2019
Beta synchronization with phones, tablets, gadgets (IoT)

Q3 2019
Q3 2019
Launch of neurocontrolled prosthetic hands

Q4 2019
Q4 2019
Developers’ access to the API to start development with all kind of mechatronic gadgets

Q4 2019-2020
Q4 2019-2020
Formation of the marketplace run on Neurogress platform

Q1 2019-2020
Q1 2019-2020
Testing the beta version of the neurocontrolled robot-android; introduction of neurocontrol management of objects on various screens

Q2 2019-2020
Q2 2019-2020
Testing software with various household appliances

Q3 2019-2020
Q3 2019-2020
Beta version designer tool launch for assembling various neurocontrolled gadgets

Q4 2019-2020
Q4 2019-2020
Testing the intelligent house management solution based on the Neurogress platform’s ecosystem

Q1 2021-2022
Q1 2021-2022
Testing of neurocontrolled objects in conjunction with VR

Q2 2021-2022
Q2 2021-2022
Commercial launch of the neurocontrolled robot-android

Q3 2021-2022
Q3 2021-2022
Testing neurocontrol for industrial use

Q4 2021-2022
Q4 2021-2022
The first industrial use of neurocontrol software on the Neurogress platform

Q1 2021-2022
Q1 2021-2022
Introduction of neurocontrol for driving purposes

Q2 2021-2022
Q2 2021-2022
Adding a marketplace for algorithms and algorithms training

Q3 2022-2023-2024
Q3 2022-2023-2024
Active participation in cyber-sports promotion

Q4 2022-2023-2024
Q4 2022-2023-2024
Neurocontrol of objects in conjunction with AR / MR

Q1 2022-2023-2024
Q1 2022-2023-2024
Creation of a cyber-sports robots team

Q2 2022-2023-2024
Q2 2022-2023-2024
Becoming a member of the Cyber-Olympic Committee

Q3 2022-2023-2024
Q3 2022-2023-2024
Adding a marketplace for learning cyber-algorithms using VR

Q4 2022-2023-2024
Q4 2022-2023-2024
Adding different production lines for 3D printing: experimental materials, nanomaterials

Q1 2022-2023-2024
Q1 2022-2023-2024
Beginning of joint research with neuropsychological rehabilitation centers

Q2 2022-2023-2024
Q2 2022-2023-2024
Organization of the first cyber-Olympic games for robots

Q3 2022-2023-2024
Q3 2022-2023-2024
Testing the use of neurocontrol in passenger airplanes

Q4 2024-2025
Q4 2024-2025
Founding the Institution for Neurocontrol

Q1 2024-2025
Q1 2024-2025
The use of neurocontrolled robot-androids in space

Q2 2024-2025
Q2 2024-2025
Creating mini architect studios for neurocontrol modeling of buildings

Q3 2024-2025
Q3 2024-2025
Neurocontrol of cyber-objects within the human body

Q4 2025-2026
Q4 2025-2026
Neurocontrol reverse learning effect studies for applications in educational institutions

Q1 2025-2026
Q1 2025-2026
Starting to utilize neurocontrol in peacekeeping operations

Q2 2025-2026
Q2 2025-2026
Creation of a prototype for reverse learning

Q3 2025-2026
Q3 2025-2026
Testing of neurocontrol for complex surgical operations

Q4 2026-2027
Q4 2026-2027
Adding a marketplace for reverse learning applications

Q1 2026-2027
Q1 2026-2027
Creation of training centers for the combined neurocontrol and reverse learning

Q2 2026-2027
Q2 2026-2027
Holding the championship in reverse education

Q3 2026-2027
Q3 2026-2027
Beginning of studies in mutual thought-powered education

DISTRIBUTION OF TOKENS

Characteristic: Symbol: NRG; Total amount: 50 Million; Type: ERC20; Token price: 0.0038827 ETH;
Exchanges: NRG will be tradable on exchanges.

Accepted currencies – ETH & BTC; Soft cap is 10.7m or 22,291.7 ETH; hard cap is 64.95m or 135,312.8 ETH
TOKEN USAGE
The use of the token will be carried out as an internal currency for payments in the marketplace:

=>   All the purchases of software or devices in the marketplace;

=>   To pay for work of developers writing code for the needs of the Neurogress-based projects;

=>   To carry out contracts between customers and contractors to provide services for writing additional software, design applications and / or device prototypes;

=>   To pay for the work of users and developers who participate in the improvement and training of algorithms utilized for the platform and Neurogress software enhancements, as well as to create a database of neuro-algorithms.

The company is going to open the API for developers, with the possibility of making the source code completely open (open source), provided that sufficient funds are collected during the TGE stage. If funds are not collected in a desirable amount, the software will be distributed free of charge to those token holders whose amount of tokens will be equivalent to 1,500 ETH.

Neurogress aims to issue its own cryptocurrency within a year after the TGE. The exchange rate for the Neurogress cryptocurrency will be performed as 1 token for 1 coin. The cryptocurrency will support the mining functionality, where the “Proof of Neural Activity” concept will be put as the mining algorithm core. In brief, the algorithm will be utilizing a user’s brain activity, where users will work with real or imaginary devices adding a valuable input into the neuro-algorithms training to enhance the neurocontrol software. To get more information about Neurogress cryptocurrency follow the upcoming project updates.
BONUS USAGE
Each bonus expires when 6,970,000 tokens are sold

50%
14,350,000 tokens are sold in Pre-TGE

20%
Bonus 1

15%
Bonus 2

10%
Bonus 3

5%
Bonus 4

0%
Bonus 5
TEAM

Konstantin
Gorbunov
Chief Executive Officer

Aleksandr
Ovcharenko
Chief Technology Officer

Francesco
Casalegno
Machine Learning and Mathematics

Taylor
Newton
Neuroscientist

Bruno
Magalhaes
Neuroscientist

Michail
Hinterleitner
Mechatronics Engineering

Iurii
Katkov
External Software Developer

Sam
Yates
Software Developer and Mathematics

Anna
Berkovich
Public Relationships

Stanislav
Marycev
Finance

Ahmet
Bilgili
Software Developer

Vitaly
Grib
Legal advice
ADVISORS

Yaroslav
Belkin
PR and Marketing Strategy

Georges
Al Medawar
Strategic Business Development
COME TALK WITH US
If you have any question or you just want to say hello!

FAQ
What payment methods do you accept?
What is the token price?
What are the benefits for token holders?
HOW TO CONTRIBUTE?

CREATE YOUR ETHEREUM WALLET
In orger to get your Neurogress you must create an Ethereum wallet.
Find out how to create on Ethereum wallet by clicking here.

CHOOSE YOUR PAYMENT METHOD
Three payment methods are available. You can buy Neurogress with Ethereum,
Bitcoin, or in flat currencies via bank transfer (SEPA/SWIFT).
TAKE PART IN THE NEUROGRESS TGE
The advent of blockchain technology is revolutionizing the world. The Neurogress TGE is a unique opportunity. Do not miss out on this opportunity to create history with us!
Neurogress
COME & TALK WITH US:
  
HOME PROJECT FUNDRAISER TEAM JOIN US BLOG WHITE PAPER PRE-SALE AGREEMENT TERMS & CONDITIONS PRIVACY POLICY

may profile:oleng12

https://bitcointalk.org/index.php?action=profile