> For example, one very important difference is that DNA can be edited and lose history, unlike blockchain, but an intact fossil record could be used to infer how those edits came in over time and space, kind of like an…
A better analogy for DNA in computer science would be LLMs. Each organism's DNA represents an experiment being performed in service of training a model. If that experiment manages to procreate, its successful mutations…
"Where Terraform can fall apart is when more engineers need to collaborate to manage their organisation’s infrastructure." I have seen this _so often_, with large teams of Engineers resorting to one of two methods to…
> For example, one very important difference is that DNA can be edited and lose history, unlike blockchain, but an intact fossil record could be used to infer how those edits came in over time and space, kind of like an…
A better analogy for DNA in computer science would be LLMs. Each organism's DNA represents an experiment being performed in service of training a model. If that experiment manages to procreate, its successful mutations…
"Where Terraform can fall apart is when more engineers need to collaborate to manage their organisation’s infrastructure." I have seen this _so often_, with large teams of Engineers resorting to one of two methods to…