Cargo Theft Comes for AI Hardware: Who Owns the Risk Between the Factory and the Rack?
The supply chain risk company Overhaul published a press release on October 21 claiming more than $150 million stolen in 2026.
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Independent analysis of data center power, grid infrastructure, on-site generation and energy policy. Every article lists its sources.
The Geography of AI: Why Virginia and Texas Keep Winning Data Center Projects
Why Northern Virginia and Texas attract so many data centers: fiber density, power, land, energy know-how and incentives, and the grid limits now testing both.
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We Can Serve You, But Not Yet: The Grid Queue Holding Back AI
Why AI data centers wait years for a grid connection: how large-load interconnection works, the scale of ERCOT and PJM queues, and the reforms under way.
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When the Power Won’t Show Up, Do You Build Your Own?
When the grid can't deliver capacity in time, AI data centers are turning to their own power. How gas, fuel cells, nuclear and batteries fit, and who should pay.
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Build It Before They Do
Why AI data center builders face a hard sizing decision: uncertain grid forecasts, record capital spending, national-race rhetoric and rising local opposition.
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You Can’t Manufacture an Aquifer
Tucson's Project Blue and Google's growing water use in The Dalles show why water is becoming a site-selection and permitting risk for AI data centers.
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The Global Hardware Ecosystem Behind America’s AI Leadership
How high-bandwidth memory, TSMC's leading-edge fabs and advanced packaging such as CoWoS make AI accelerators possible, and where supply bottlenecks may appear.
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Power First, GPUs Second: Building the Right BTM Strategy
A practical framework for AI data center BTM power: judge options by time-to-power, ability to follow fast AI loads, and long-term fuel supply and total cost.
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The Hidden Capacity Already on the Grid
Over 2,000 GW of projects wait in U.S. interconnection queues. How dynamic line rating and reconductoring unlock capacity on existing lines faster.
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AI Is No Longer Just Technology. It Is Becoming National Strategy.
Why the U.S., EU and China treat AI as strategic infrastructure, and how chips, export controls, defense and power turn the AI race into a build-out race.
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Fuel Cells and AI Data Centers: When the Fastest Power Wins
How on-site fuel cells can shorten time-to-power for AI data centers through modular build-out and simpler permitting, plus the fuel, permit and supply limits.
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Nuclear Power's Second Act: Can Old Reactors Fuel the AI Boom?
How nuclear co-location and reactor restarts like Crane Clean Energy Center could power AI data centers, and the FERC and ratepayer debates around them.
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When Your Computer Sneezes and the Power Grid Catches a Cold
AI training clusters can swing power demand in milliseconds. What AI load transients are, where they hit the grid, and how batteries and software smooth them.
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Congress Sent AI Data Centers the Tab, 417 to 3
The House passed the Ratepayer Protection Act 417 to 3. How it shifts grid costs to data centers, favors on-site power and filters phantom demand.
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Permitting Delays Put Oracle’s $165 Billion Project on Notice
A blocked gas pipeline and a pending air permit led Oracle to send a force majeure notice on its $165B Project Jupiter campus. What developers should learn.
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Behind-the-Meter Power for Data Centers: A Planning Primer
What behind-the-meter power is, how the main on-site options compare, and the questions to answer before choosing on-site power for a data center.
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America's Aging Power Grid: Why Transmission Is the Foundation of the AI Economy
Why aging transmission is a bottleneck for AI, data centers, industry and renewables, why new lines take so long, and how businesses can plan around it.
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Powering the Future: Why Independent Energy Advice Matters
Electricity is now a strategic constraint for data centers and industry. A practical framework for comparing grid, on-site and hybrid power options.
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