The question is did Claude really enable them - or just make it more convenient?
While it’s not your every-day coding exercise - I boldly suggest it’s probably not that hard to code a ballistic missile guidance system without AI.
The hardware would be the harder part!
Doubtless it gets advanced at the top end, but the fundamental physics involved isn’t national-secret level, so something that "works well enough, most of the time” would be within reach of most organised groups.
Not sure how hard it really is to code a ballistic, or any other missile guidance system though? The hardware’s the harder part.
The physics involved isn’t really national secret level. Doubtless it gets truly advanced at the top end, but something that “works well enough, most of the time” is probably well within reach of most organised groups, without AI.
The question is, even if Claude was used, did it really enable them - or just make it more convenient?
Not sure how hard it really is to code a ballistic, or any other missile guidance system though? The hardware’s the harder part.
The physics involved isn’t really national secret level.
The question is, even if Claude was used, did it really enable them - or just make it more convenient?
Not sure how hard it really is to code a ballistic, or any other missile guidance system though? The hardware the harder part.
The physics involved isn’t really national secret level.
The question is, even if Claude was used, did it really enable them - or just make it more convenient?
Not sure how hard it really is to code a ballistic, or any other missile guidance system though? Isn’t the hardware the hard part? The physics involved isn’t really national secret level. I guess I’m saying, even if Claude was used, did it really enable them or just make it more convenient?