You mean it has been boring and you have decided to move on, too. My problem on that site was nobody would challenge my logic. Instead the discussion regressed to a gang of name callers and trolls, crying wolf to the staff. It was supposed to be science discussion site and not a political action site, like you are trying to make it. Address my theory and my logic show us you have science skills instead of gossip skills.
Show me an example of where you can randomly change anything, over a period of time, and expect it to work better than the original. Take you car, and make a random change to the engine or to the onboard computer. The less sense the change makes, the more random it will be.
Random changes *and* selection by an environment. It is a recognized form for finding optimal solutions to many problems we can't solve otherwise. Look up 'genetic programming'.
A random genetic change theory of evolution would make sense if the random changes were designed to eliminate aspects of the population, so the other aspects, without random change, would become better in comparison, so they are selected easier. After you change the onboard computer on your car, in a random way, I'll buy the other car. Your action helped me to select.
In case you haven't noticed, living populations have variety. That variety has a genetic component: different individuals have slightly different genetics. That variety comes from mutations.
Natural selection acts on that variation via adaptation to make the population more adapted to a changing environment. Over geological time, those changes can lead to new species.
I do not deny the importance of genetics and genetic changes. However, random never made any sense, since in the practical world more can go wrong than right. The compromise is to figure out how to make genetic mutations, have a logical basis, that fits into the larger plan. The current theory has not been able to do this. It needs help.
Random changes in genetics have been established. We know that random changes in a population can serve to adapt that population to optimal performance in an environment. That is evolution.