@TimDaugs: kimi's ceo has a standing rule against clever architectures. yang zhilin has said the actual move is almost never a new…

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Summary

Kimi's CEO Yang Zhilin advocates avoiding clever architectures and prioritizing scaling, exemplified by Moonshot's MuonClip fix that enabled stable training on 15.5 trillion tokens.

kimi's ceo has a standing rule against clever architectures. yang zhilin has said the actual move is almost never a new algorithm. if scale can solve the problem, scale solves it. a new architecture only earns its place if it makes scaling work better, not because it looks smarter on paper. that's not a slogan he came up with for kimi. he spent his cmu phd co-authoring xlnet, a paper cited over ten thousand times. it got more out of an existing transformer setup instead of inventing something exotic. moonshot's own technical choices follow the same instinct. muonclip wasn't a new architecture. it was a targeted fix for one specific instability in an optimizer that already existed. that fix let them train on 15.5 trillion tokens without a single loss spike. no jumper-wire architecture. no reinvented core. the actual discipline isn't building the clever thing. it's noticing when the clever thing was never necessary.
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Cached at: 07/25/26, 08:12 PM

kimi’s ceo has a standing rule against clever architectures.

yang zhilin has said the actual move is almost never a new algorithm.

if scale can solve the problem, scale solves it.

a new architecture only earns its place if it makes scaling work better, not because it looks smarter on paper.

that’s not a slogan he came up with for kimi.

he spent his cmu phd co-authoring xlnet, a paper cited over ten thousand times.

it got more out of an existing transformer setup instead of inventing something exotic.

moonshot’s own technical choices follow the same instinct.

muonclip wasn’t a new architecture.

it was a targeted fix for one specific instability in an optimizer that already existed.

that fix let them train on 15.5 trillion tokens without a single loss spike.

no jumper-wire architecture. no reinvented core.

the actual discipline isn’t building the clever thing.

it’s noticing when the clever thing was never necessary.

Tim Daugs (@TimDaugs): kimi’s ceo thinks every ai lab, claude included, is optimizing for the wrong prize.

intel’s first commercial chip shipped in the early 70s. nobody had a use for it yet.

bill gates and paul allen looked at moore’s law and bet that a useless chip today becomes the whole industry

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