Developers: | Open Meals |
Date of the premiere of the system: | April, 2019 |
Branches: | Food industry, Pharmaceutics, medicine, health care |
2019: Creation of restaurant
At the beginning of April, 2019 the Japanese company Open Meals announced creation of unique restaurant in which it will be used analyses of saliva, a calla and the client's urine for creation of dishes taking into account their needs for a power supply.
The restaurant located in Tokyo which received the name Sushi Singularity earned in the test mode, and full-scale start is planned for 2020. Sushi in it will be cooked using 3D technologies - printings. It is necessary to reserve a table in this institution not later than two weeks – approximately at this time the restaurant will send to guests a first-aid kit for assessment of the state of health. All clients who made tests before visit of restaurant will be informed on what nutrients are not enough for them and what of them were included in the ordered dish.
In partnership with two companies working in the field of health care of Open Meals she intends to use results of these analyses to create a unique identifier of health for each visitor. One company will investigate an urine sample to estimate a daily power supply of the client, and another – to check intestinal flora and to find out what products will improve a status of a gastrointestinal tract.
Though the Open Meals company did not open an exact method of creation of sushi yet, it is considered that a number of industrial mechanisms, including the 3D-printer and robotic manipulators will be used at the same time. 14 cylinders with different nutrients which will be added to a dish automatically will be connected to the automatic machine for creation of sushi.
Hyper personalisation will become an everyday occurrence for future industry of a power supply, representatives of Open Meals consider. Each person will know about the health all thanks to blood tests, urine and other biological liquids. AI will help to correlate data retrieveds to the needs for a power supply and to make an optimal diet.[1]