A20Vaccine: the discovery of a vaccine

 The problem to be solved is the lack of technologies capable of discovering new vaccines against viruses. The solution would be to create a robot that will combine characteristics among the viruses to form an effective vaccine against all of them. The creation and implementation of vaccines would hamper the proliferation of viruses, preventing thousands of deaths each year.

The problem to be solved is the lack of knowledge to create a "global vaccine", a vaccine that makes people immune to all viruses. This knowledge a complex machine could have: the robot A20Vaccine.

 The solution is to create a robot capable of individually storing all the characteristics of existing viruses. The robot will have to discover common characteristics of all viruses. These characteristics in common will serve to create a vaccine capable of protecting people from all viruses.

 The solution will serve people from all over the world, saving the greatest number of lives. But the ideal is that the first vaccines are delivered to the poorest countries, where diseases such as malaria, dengue, ebola and covid-19 end up killing more people.

They are related by the fact that viruses are major killers every year. The creation of a "global vaccine" will be essential for the salvation of people around the world.

 My solution is innovative because there is still no vaccine that is effective against all types of viruses. This would be much more useful and practical for humans, since many of them end up taking, each year, a different vaccine for each type of virus.