Why Space? Earth's Ceiling and a Sun That Never Sets
AI's power demand is outgrowing the grid. Why the next data centers may run in orbit, where the sun never sets and SpaceX controls the one cost that matters.
The Rocket Engine for AI
Elon Musk does not hand out compliments. So when he looks at a chip and calls it "the rocket engine for AI," something has changed. Not his opinion of NVIDIA. His calculation of what it will take to build intelligence at planetary scale.
Why Did Jensen Huang Go to SpaceX?
NVIDIA’s DGX Spark visit to SpaceX signals a deeper convergence between AI infrastructure and launch-scale industrial systems, linking computational density with orbital ambition.
Why SpaceX Designed Raptor 3 as Fleet Hardware
SpaceX’s Raptor 3 signals a pivot from bespoke aerospace engineering to high-throughput industrial logistics. This analysis explores the economic logic, risk tradeoffs, and manufacturing discipline defining Starship’s fleet hardware.
Why Elon Musk Called Starship’s Engine “Alien Technology”
Elon Musk called SpaceX’s Raptor 3 engine “alien technology.” A closer look reveals why the Starship engine breaks from traditional rocket design, prioritizing reusability, manufacturability, and Mars fuel production over exposed mechanical complexity.
Inference Speed: The Invisible Constraint Defining the Success of Real-Time AI
At CES 2026, a live spatial intelligence demo revealed a critical constraint shaping real-time AI: inference speed. As AI moves beyond language and into physical space, infrastructure—not models or narratives—will determine what systems can actually do at scale.
The Compute-GDP Link: AMD’s Infrastructure Play to Power OpenAI’s Future
At CES 2026, AMD and OpenAI argued that economic growth is shifting from capital and labor toward compute as critical infrastructure. This report examines how GPUs, data centers, and power are redefining GDP and AI-driven productivity.
How Lisa Su Rebuilt AMD: Leadership Through Discipline and Execution
At CES 2026, Lisa Su didn’t just present AMD’s roadmap—she embodied it. Through discipline, execution, and a decade of consistency, AMD rebuilt trust not with promises, but with systems that deliver. This is how leadership becomes performance.
리사 수는 어떻게 AMD를 되살렸나: CES에서 본 ‘규율과 실행’의 리더십
2시간 동안 흔들림 없던 리사 수의 자세는 우연이 아니다. 그것은 AMD가 지난 10년간 구축해 온 ‘규율과 실행’의 운영체계가 무대 위에 드러난 순간이었다.
Why Your CES Keeps Failing
CES is not a showcase of products—it is a barometer of industrial power. Those who look only at booths miss the structure shaping the future. CES 2026 reveals where AI, mobility, and infrastructure are quietly reorganizing industry itself.
당신의 CES가 실패하는 이유
CES는 더 이상 신제품 전시회가 아니다. 구조를 읽지 못하면, 아무리 많은 부스를 봐도 남는 것은 없다. CES 2026이 드러낸 실패의 공통 원인을 짚는다.
CES 2026: 기술 전시가 아닌, 세계 경제를 읽는 현장
CES 2026은 더 이상 화려한 가전 쇼가 아닙니다. 젠슨 황이 비전이 아닌 '실행 계획'을 방어하듯, 이제 시장은 데모가 아닌 실제 산업 현장의 운영 데이터를 요구하고 있습니다. 글로벌 자본의 흐름과 기술의 실질적 배치(Deployment)를 결정짓는 거대한 스트레스 테스트의 현장을 분석합니다.