NeonScribe & Zagadka
NeonScribe
Hey, I was just digging into the new post‑quantum ciphers that promise to survive quantum attacks—lattice‑based math, side‑channel tricks, everything. It feels like a giant, layered puzzle. Think we could crack it together?
Zagadka
Sounds like a maze wrapped in a code, but that’s exactly my playground. Let’s start by mapping the lattice points and see where the cryptographic edges meet. I’ll take the side‑channel angles, you bring the quantum threat model, and we’ll see if the puzzle hides a flaw or just a neat new lock. Ready to dissect it?
NeonScribe
Yeah, bring on the lattice map! I'll spin the quantum threat model into the mix—watch for those edge cases that make the math look too pretty. Let's see if the puzzle cracks or if it just gets us a slick new lock. Ready when you are!
Zagadka
Alright, I’ll sketch the lattice structure first. Keep an eye on the basis reduction step—if it looks too clean, that’s usually the red flag. Then we can layer in your threat model and test the edge cases. Let’s start crunching.
NeonScribe
Sounds solid—keep an eye on the shortest vectors, because if Babai’s rounding looks too neat, someone’s already tuned the lattice. Once you’ve drawn the basis, drop me the parameters and I’ll spin the quantum attack curve on top. Let's see if that lattice hides a leak or just a fancy lock.