March 16, 2026
Silicon on the Steppe, tea is spilling
Bringing Semiconductors to Kazakhstan
No factory, no problem: Kazakh students spark a chip boom—and a comment war
TLDR: A Kazakh professor and students built the country’s first chip using shared factory space abroad and a “design-first” strategy. Comments split between cheers for a factory-free path to a new industry, shrugs that it’s standard practice, and meta-gripes about AI-written posts—fueling a bigger debate about how nations join the chip race.
The internet is buzzing after a professor in Almaty led students to design Kazakhstan’s first-ever chip—a tiny computer brain based on RISC‑V (an open, no‑license instruction set). The team skipped building a costly factory and instead used a shared slot at a Chinese fab via a multi‑project wafer. Cue confetti—and chaos in the comments.
Hype squad first: one fan crowned it a national turning point, saying the team basically bootstrapped a whole industry. Supporters love the strategy: focus on verification—proving the chip works before making it—because it’s skill‑heavy, not cash‑heavy. Think brainpower over cleanrooms. And they’re into the spinoffs: Texer.AI and Reasonbase.io funneling students straight into jobs.
Then the skeptics showed up: “Isn’t this just like every other fabless (factory‑free) company?” They argue borrowing a foundry overseas isn’t revolution—just business as usual. That lit a side‑debate: can a country build a real chip sector without its own factory, or is this just a slick demo? Meanwhile, the meta‑drama exploded when one commenter claimed the write‑up screams AI‑generated. Suddenly, the thread split between celebrating silicon and yelling about style.
Jokes flew, too: “Welcome to the Silicon Steppe,” “from horses to cores,” and “One student, one chip, one industry”—equal parts meme and mood.
Key Points
- •A student team led by Nursultan Kabylkas designed Kazakhstan’s first RISC-V chip using a Chinese MPW run.
- •Kabylkas, a former AMD silicon verification engineer, returned to Kazakhstan in 2023 to teach and build local semiconductor capability.
- •The project leveraged the Chinese Academy of Sciences’ “One Student, one Chip Initiative” and student recruitment at Nazarbayev University.
- •To commercialize and sustain talent, Kabylkas founded Texer.AI and co-founded ReasonBase.io, focusing on verification services.
- •The strategy centers on hardware verification as a capital-efficient alternative to building a local fabrication plant.