I have to ask the obvious question: how do you know the unminified code is semantically equivalent to the minified code? If someone knows how to verify LLM code transformations for semantic fidelity then I'd like to know because I think that would qualify as a major breakthrough for programming languages and semantics.
It's actually a lot more interesting than what the article explains here. The immune system essentially goes through a process of hypermutation and can be compared to a hashmap which is populated during the first few years of one's life. After that the hashmap is essentially frozen. This is why early immunization is very important because being exposed to mild pathogens when young helps one's immune system recognize and deal with similar pathogens later in life. The immune system only gets worse over time which is why eventually most viral infections overwhelm the immune system and either cause death or cancer.
I built something like this using manual screenshoting, OCR, and indexing with Meilisearch but now there are tools to do this automatically like perfectmemory.ai. You can definitely build something yourself by gluing a bunch of open source tools like I did but if you want something ready-made then it kinda already exists if you are willing to trust your operating system or 3rd party software engineers to not leak your information.
This is super cool but what's interesting is that this same kind of bootstrapping problem exists for hardware as well. What makes computers? Previously built computers and software running on them. The whole thing is really interesting to think about.