Robot4Life – Robotherapist Part II

Robot4Life – Robotherapist Part II

Whom is the project Robot4Life addressed to?

The project is directed to recipients around the world (in particular: USA, Japan, China, South Korea, Israel, Poland, India, Canada):

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a)    Elderly people, seniors aged 65+, i.e. according to forecasts for the coming years: in Japan 2030, approx. 40 million people, in the UK in 2041 there will be 20.4 million, in 2035 there will be about 79 million in the USA, in Poland there will be about 10 million in 2030, and in China, the largest increase in the population of 65+ is expected for 2040 - up to 402 million.

b)    Children, legal guardians, etc. of the listed persons,

c)    Elderly care facilities - senior homes, nursing homes, etc.,

d)    Hospitals, clinics in which the elderly are treated,

e)    Activity facilities for the elderly - University of the 3rd century, etc.,

f)     Dispensaries and psychology clinics that treat depression, burn-out, obesity,

g)    Active people (30-60 years old) with signs of depression,

h)    Active people with signs of burn-out,

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i)      Obese people,

j)      People who feel socially isolated (hikikomori),

k)    Active people (30-65 years old) who want to change their lives,

l)      Robot manufacturers in the world,

m)  Dealers, rental companies and robot service providers around the world,

n)    People who want to acquire new competencies in the rapidly changing labor market,

o)    Professionally active people who want to change their profession or be more effective,

p)    Hospitals, health centers, psychological institutions,

q)    Training companies.

In 2035, the market size for 'care robots' is expected to be USD 3.8 million.


What is so innovative about the Robot4Life project?

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The functionalities of the Robot4Life solution are absolutely innovative and pioneering:

a)    Obesity - solutions prepared for various types of robots,

b)    Reading emotions using detectors and sensors, and matching with the help of AI the appropriate work process, materials and exercises for a given user,

c)    The openness of the solution/platform for various types of therapy, based on phases/steps,

d)    Applying a specific methodology to prevention processes / achieving goals - Marek Kamiński's 'pole Method',

e)    Application of VR and AR.

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Sample courses developed for the robot:

a)    4 poles Mental Training,

b)    4 poles Body Improvement,

c)    4 poles Visualization,

d)    Creativity,

e)    Fear Management,

f)     EYL (Explore Your Limits),

g)    4 poles Project Management,

h)    4 poles Leadership,

i)      4 poles Coach,

j)      4 poles Get to know each other,

k)    4 poles EXTREME PROJECT MANAGEMENT (learning to manage projects related to insulation, risk, decision making in isolation - astronauts, polar stations, research stations, drilling platforms),

l)      Pro-Cardio (for people after heart attacks, bypasses, stents - who are afraid for their lives and fear paralyzes them),

m)  Pro-Onko (for people with oncological diseases, where the patient's mental support supports pharmacology and chemotherapy).

Summary.

The robot, taking over the function of caring for older people, would allow them to remain in the given place of residence, without having to relocate to the senior's home, and on the other hand, he could support this type of facility in the care and motivation of older people to active life.

Robot4Life would also help people with depression, burn-out and obesity to get back to a normal life. It could also help people suffering from oncology and cardiology in convalescence. Then Robot4Life could through training deal with fear, adaptation to change, help active people to overcome barriers and become a better version of themselves.

A robot with appropriate software, sensors and additional equipment such as VR glasses or Leap Motion can become a companion, motivator and human trainer. It can help a person overcome civilization diseases such as aging, burnout, depression, bipolar disorder, as well as partly heart disease and oncological diseases. It will help in overcoming the challenges of a rapidly changing world, dealing with fear, lack of motivation to live or the ability to acquire new competences.


If you are interested in our idea, would like to take part in it, help in its development or become our partner or investor, I invite you to comment or write a message.


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Jacek Ostrowski

Transactions, Financial Due Diligence, Strategy

5y

From various perspectives this is an extremely interesting project. Apart from pure technology issues also ethical questions need to be addressed. E.g. I guess in order to provide specific functionalities like continuous monitoring (which is a must in many cases) some level of privacy needs to be given up. I am pretty sure at least in some circumstances someone needs to have a possibility to get an external access to sensors and cameras in the robot? Fingers crossed!

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