Inside the Fully Automated Factory: Where the Economics Work, and Where They Still Don’t
Fully automated factories are no longer a sci-fi promise; they are an engineering and operating model with clear limits. The winners will be the…
Plain-English reporting on AI, semiconductors, automation, robotics, compute, energy, and the future of work.
Fully automated factories are no longer a sci-fi promise; they are an engineering and operating model with clear limits. The winners will be the…
AI is turning privacy from a background setting into an operating cost, a workplace issue, and a policy…
Every prompt sets off a costly chain of compute, retrieval, routing, and safety checks that reaches far beyond…
Amazon did not simply automate fulfillment; it built a new operating model in which software, robotics, and warehouse…
Deploying an AI model is no longer just a software task. It is a systems problem spanning GPUs, networking, inference optimization, observability, and the…
AI is changing what work looks like faster than most institutions can adapt. The real question is not whether jobs will disappear overnight, but…
Google no longer owns the AI conversation by default, but it still controls some of the deepest infrastructure, distribution, and model-development advantages in the…
The next two logic-node generations promise more transistors in less space, but the real story is where that density translates into usable performance—and where…
AI infrastructure is the physical and software stack that makes models usable at scale: chips, servers, networks, storage, power, cooling, and the orchestration layer…
Chip shortages do more than delay gadgets. They ripple through factories, logistics networks, auto production, cloud infrastructure, and national industrial policy, turning a supply-chain…