Robots Need More Than Models: The Infrastructure That Makes AI Physical
AI gives robots perception, planning, and adaptability; robotics supplies the motors, sensors, and safety systems that turn those capabilities into action. The real story…
Plain-English reporting on AI, semiconductors, automation, robotics, compute, energy, and the future of work.
AI gives robots perception, planning, and adaptability; robotics supplies the motors, sensors, and safety systems that turn those capabilities into action. The real story…
Semiconductors are often discussed as products, but the global chip supply chain is better understood as an industrial…
Training gets the headlines, but inference is where AI meets users, products, and revenue. It is also the…
Training frontier AI systems is less like running a big software job and more like coordinating an industrial…
Automation is no longer a single wave hitting the middle class evenly. The real story is a split market: roles tied to repeatable tasks…
Generative AI is more than a chatbot trend. It is a new class of software that changes how models are trained, deployed, and scaled—and…
OpenAI’s real advantage is not just model quality, but the industrial system that builds, trains, deploys, and updates frontier AI at massive scale. Understanding…
NVIDIA and AMD are both chasing AI infrastructure spend, but they are doing it with very different product philosophies, software strategies, and customer relationships….
A semiconductor fabrication plant is less a factory in the traditional sense than a tightly choreographed system of tools, chemicals, air control, and metrology….
Transformer models are the core architecture behind today’s most capable AI systems, from chatbots to code assistants and multimodal tools. Here’s how they work,…