Bottlenecks that once hid behind peak FLOP charts had begun showing up in the places that matter most—latency-bound inference paths, goodput on sprawling training jobs, and the hard ceilings of data center power—which set the stage for a deliberate split in silicon designed to tame the opposing
Scarce, high-performance GPUs have defined the pace of AI progress, and firms without access have watched prototypes stall while competitors raced ahead on better hardware and deeper pockets. South Korea answered that gap with a national allocation that redirected state-purchased accelerators to
Power decisions that once required night-long simulations now had to be made between scheduler heartbeats as AI clusters pushed against power limits and procurement cycles, turning energy from a back-office metric into a gating factor for throughput. As data centers edged toward consuming a
Boardrooms juggling cloud commitments, AI roadmaps, and compliance checklists just saw the ground shift as Microsoft and OpenAI replaced a once-exclusive alliance with a time-bounded, non-exclusive pact that lets OpenAI run natively on rival clouds while Microsoft keeps licensed access through
Venture capital chases models, hyperscalers race to wire new regions, and power grids strain as training clusters swell—all while AI infrastructure spending tracks toward more than $200 billion by 2027, turning data center silicon into the market’s most contested profit pool. That surge did not
Run a dozen autonomous agents across billing, security, and support for one afternoon and the bill, the audit trail, and the blast radius will tell a harsher story than any demo ever could. The gap between prototyping a clever bot and operating a responsible, multi-agent system has turned into an
