July 1, 2026
Crypto’s final boss? Comments say nope
Obfuscation: Building the final boss of cryptography (Part I)
A grand crypto dream drops — and the comments instantly call it confusing and overhyped
TLDR: The article says researchers may finally know how to hide code in a mathematically secure way, a long-promised breakthrough with huge privacy implications, but it’s still wildly impractical. Commenters were far less impressed, calling the idea confusing, possibly overhyped, and maybe more buzz than breakthrough.
A big new post just tried to sell readers on the holy grail of code-hiding: a way to wrap a computer program so people can use it without seeing how it works inside. In plain English, the promise is wild — software that acts like a neutral middleman, potentially helping with things like private voting and other trust-heavy systems. The catch? Even the author admits the current methods are so absurdly slow they might as well run on planet-sized computers.
But the real fireworks were in the replies. One reader, stouset, basically slammed the brakes and said the core definition already felt shaky, asking why this was useful at all if it sounds like something a fancy compiler could fake. That set the tone: less "wow, the future" and more "wait, are we being dazzled by math words?" Another commenter, vrighter, went straight for the throat, saying the writer "seems so full of himself" and that every post sets off their "bullshit alarm." Ouch.
So the mood wasn’t calm scholarly debate — it was part skepticism, part eye-roll, part fascination. The article pitched a near-magical future for privacy tech, but the crowd response was a classic internet combo of "I don’t get it," "this sounds impossible," and "is this genius or just elite nerd fanfic?" Even the phrase "final boss of cryptography" felt like catnip for jokes: readers treated it less like a breakthrough and more like a boss fight against explanation itself.
Key Points
- •The article defines obfuscation as a way to hide a program's internal workings while preserving its input-output behavior.
- •It focuses on indistinguishability obfuscation (iO) as the main formal security target after ideal black-box-style obfuscation was shown impossible in 2001.
- •The article argues that obfuscation plus hashes could emulate a trusted third party for many protocols, but cannot by itself enforce stateful behavior because obfuscated code can be copied.
- •It presents blockchains as a complementary technology that can supply statefulness, enabling applications such as private and collusion-resistant voting with reduced trust assumptions.
- •The article says researchers now know how to achieve iO under reasonable security assumptions, but current constructions are still impractical because their runtime is extremely large.