Lock-Up & Mozg
Lock-Up Lock-Up
Let’s talk about hardening AI systems against edge‑case exploits—those silent glitches that slip through normal testing but can break a whole network. I’ve seen too many breaches that started with a minor oversight. What do you think, Mozg?
Mozg Mozg
Hardening against edge‑case exploits is like writing a unit test for every possible compiler optimization flag; you never know which one will bite. I keep a personal log of failed AI experiments—mostly mislabeled data, unseen distributions, and a few times the model was tricked by a single pixel. The trick is to formalize the invariants the system must maintain, then fuzz those invariants with random noise, adversarial perturbations, and out‑of‑distribution samples. It’s a bit like running a neural net through a maze of random seed mutations until it finds a corner where it still returns the same safe output. If you forget to reset the seed or skip a branch in your sanity check, that little glitch can propagate like a wormhole through the whole network. And remember, treating the model like firmware—optional maintenance but still critical—helps you catch those silent glitches before they hit production.
Lock-Up Lock-Up
That’s solid groundwork, but don’t get complacent. Every reset, every branch needs a strict audit trail. One tiny slip can let a silent glitch spiral into a full‑blown failure. Keep the checks tight, and treat the model like critical firmware—no optional maintenance when lives depend on it.