The incentives era is giving way to infrastructure realities. Nebraska’s action highlights how power access and resource impacts now drive where, and whether, large campuses are built.

A 15-year agreement adds 530 MW across five campuses, doubling the company’s AI footprint and securing long-term revenue.

The McGregor project pairs a 74 MW first phase with a privately funded substation and utility financial assurances, reflecting changing expectations for large AI power users.

PSC filings show Georgia Power planning for a 3,200 MW commitment months before OpenAI unveiled its 3.2 GW AI campus.

With AI workloads spreading across terrestrial and orbital compute, the atmosphere is emerging as the key bottleneck for moving data between ground and space.

PUCT outlines new interconnection rules, cost reforms and planning changes following Gov. Abbott’s order to protect ratepayers and the ERCOT grid.

Despite booming demand for AI infrastructure, Intel’s latest round of layoffs highlight that no sector is safe from the wave of tech job cuts.

As AI infrastructure grows more complex, companies are rethinking how they acquire, own, and finance assets that operate on dramatically different economic timelines.

A draft federal study concludes that AI data centers are now the dominant driver of electricity demand growth, compelling planners to reconsider where and how the grid expands.

AMD’s latest hardware innovations aim to reshape the AI infrastructure market, challenging Nvidia’s dominance and driving the next wave of agentic AI adoption.