Can anybody say what is going to happen? It's not a rhetorical question, and the implied or entailed context might involve a Nash equilibrium of some sort.
Right now the rate of signal is high, and the ratio of noise is proportionally high. But it seems like everyone expects the signal to eventually plateau or sharply decline. Almost as if there is a finite supply of "low hanging fruit" for shallow scanning machines to easily discover, and then there will be some kind of new world that follows where only truly difficult problems emerge.
But eventually the question then becomes why even bother with Rust or any other silly borrow checking ideas if we can use more enjoyable programming languages with LLM side-kicks to catch security vulnerabilities on the front side of the development workflow?
IT seems to me if we exhaust all the extant security vulnerabilities to a calculus that asymptotically goes to infinitesimal zeroness, then... the only trick remaining is to scan code before it becomes vulnerable.
Right now the rate of signal is high, and the ratio of noise is proportionally high. But it seems like everyone expects the signal to eventually plateau or sharply decline. Almost as if there is a finite supply of "low hanging fruit" for shallow scanning machines to easily discover, and then there will be some kind of new world that follows where only truly difficult problems emerge.
But eventually the question then becomes why even bother with Rust or any other silly borrow checking ideas if we can use more enjoyable programming languages with LLM side-kicks to catch security vulnerabilities on the front side of the development workflow?
IT seems to me if we exhaust all the extant security vulnerabilities to a calculus that asymptotically goes to infinitesimal zeroness, then... the only trick remaining is to scan code before it becomes vulnerable.