I’m not excusing it. (Nor did they). I’m only suggesting that your armchair incredulity is waaay out of place, exposing your own assumptions more than the rocke

I’m not excusing it. (Nor did they). I’m only suggesting that your armchair incredulity is waaay out of place, exposing your own assumptions more than the rocket team’s. I’m only adding this because you pushed back a second time, and I mean this with only love for a fellow programmer, not malice, but your comment implying that your home project code and work code is as well tested and executed as Ariane 5’s is more than a little amusing. Put your code up here for review and let’s all see if it’s crashproof and worthy of a high reliability embedded system safety-critical environment... ;) Like really, in case you’re young, saying something like that in an interview reveals so much hubris it might cost you the job, it is exceptionally presumptuous. This is important because assuming that something dumb happened is part of the problem too, and that’s what your comments above attempt to communicate. Pretending like it was easy to avoid is to be intentionally ignorant of the fact that nobody ever has avoided this problem, not in rocket launches, not in web development, not in cars or video games, or in any code of any significant size. Safety critical engineering has to absorb this fact deeply, and nobody can walk into it thinking, well @twawaaay did it with their home project, so all we need is duh multiple layers of testing and redundancy. Yeah, they absolutely had multiple layers of testing and redundancy, they had everything you’ve ever thought was a good idea for writing safe code, and then 10x more than that, it might be worth reading more about the history before jumping to such conclusions.