The number of attempts that are made at the submicroscopic level is enormous. In every grain of sand and in every molecule of which living beings are composed, billions occur, of billions, of billions, of billions, of random choices every second. I don't know how many times to repeat this billions, of billions, of billions, etc… (we will ask for help from prof. Anselmi).
So if we think at a macroscopic level and evaluate the global results, caused by statistical probabilities, we can reasonably assume that all possible ways have been tried. Indeed, the number of attempts produced by quantum randomness is so high, that all possibilities are experienced over and over again every second.
Based on these considerations, the order in which the possibilities are experimented is really important? The same results would not be obtained if the attempts were made in sequence, in alphabetical order or in any other order (or disorder) imaginable?
So we're pretty sure we need some kind of randomness? We shouldn't rather emphasize the huge number of trial and error, rather than the order in which they are performed?
In other words, in the software for Qdroids you will probably have to concentrate the efforts on the quantity of attempts rather than on the randomness. Billions will have to be generated, of billions, etc ... of attempts every second. And also find ways to sift through these attempts until you get something like life.