A light‑hearted tour of the quirky ways we coax randomness out of lava‑lamps, Geiger counters, ambient noise, and good‑old motherboard sensors, because good cryptography needs a little chaos (and a lot of fun).
A light‑hearted dive into RFC 7030 (EST) as a smarter alternative to hard‑coded, pinned certificates. By letting clients fetch fresh TLS certs via a public‑key‑authenticated EST server, you dodge the nightly release‑cycle nightmare, gain easy revocation, and keep the private key out of the binary—plus a dash of extra work for the user that’s worth the security payoff.
A dive into a custom ISA for RSA: modular‑instruction shortcuts, multiply‑subtract tricks, and exponentiation‑by‑squaring hacks that shave a few cycles off the dreaded big‑number math.
A playful replay of Zalewski’s “Silence on the Wire” experiment: plotting 3‑D scattergrams of various RNGs (Python, shuf, urandom, online services) to see if any have secretly upgraded their magic. Spoiler: they all look suspiciously alike.
A tongue‑in‑cheek look at whether tiny quirks in SHA‑512 hex digits can hint at malicious binaries. Spoiler: the bias is so slight you’d need a microscope—and a lot of samples—to spot it.