Binance hack: who decides when stolen crypto is frozen?
Stablecoin issuers froze about $3bn of the funds stolen from Binance within hours, according to Binance. Their freezing powers are written…
Data centers are driving grid costs sharply higher, and the largest capacity market in the US is quietly passing the bill to households.
The economics of artificial intelligence were supposed to be a Silicon Valley story: capital expenditure, chip supply, model margins. Increasingly they are a utility story. In PJM, the grid operator that coordinates power for roughly 65 million people across the mid-Atlantic and Midwest, capacity prices in the latest auction climbed by around three-quarters, with data center demand cited as the primary driver. The cost of simply guaranteeing enough electricity to be available now runs into the tens of billions, and much of it flows through to ordinary ratepayers who never signed up to train a language model.
This is the part of the AI expansion that rarely makes the keynote slides. Hyperscalers negotiate favorable rates and long-term contracts; the residual cost of new transmission, standby generation and a tighter supply-demand balance tends to socialize across everyone else on the network. The result is a subtle transfer, from households and small businesses toward the balance sheets of a handful of the largest firms on earth.
The cloud does not float. It plugs into a grid that someone, somewhere, is paying to keep from failing.
The political friction is only beginning. States are starting to litigate who counts as a “large load” and what such customers should pay for the infrastructure their demand requires. Expect the fight over cost allocation, special tariffs for data centers, and the pace of new interconnections to become one of the defining domestic policy arguments of the AI era. The technology may be abstract, but the meter on the wall is not.
Subscribe
McCyber intelligence briefings and structural essays, directly. No institutional spin.