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Data Center Decentralized Power: The Trade-Off Nobody’s Costing Out

On-site and behind-the-meter power lets AI data centers skip multi-year grid interconnection queues, but it makes the operator responsible for generation reliability that used to sit with the utility. Coverage of the shift focuses on technology choice and site economics;…

Data Center Sensor Monitoring Compared: 7 Platforms (2026)

AKCP carries the broadest catalog of networked sensors and is the only platform pairing cameras with real video AI. RF Code owns fully-wireless monitoring (active RFID, 5-yr battery); most others are wired or wired-first. Power monitoring is split — AKCP,…

Data Center Commissioning Is Absorbing the Industry’s Schedule Risk

Transformer and switchgear lead times of two to four years are compressing project schedules, and data center commissioning is often the only phase left with room to cut. Uptime Institute research ties most major outages to staff not following procedure,…

What Is DCIM, and Why the Standard Definition No Longer Holds

Every DCIM vendor defines it the same way, yet Gartner stopped publishing its DCIM Magic Quadrant after 2016 as the market cooled. DCIM rarely failed on concept; it failed because its dashboards were only as accurate as the manual inventory…

AI Data Centers Have a Volatility Problem the Gigawatt Race Ignores

The AI data center race is measured in gigawatts provisioned, but volatility and utilization decide real-world performance. Synchronized GPU training can swing a site’s power draw by tens to hundreds of megawatts in seconds — a stress steady enterprise loads…

DCIM Software Compared: 7 Platforms for Data Center Teams (2026)

A clear DCIM software comparison is surprisingly hard to find, because most are written by one vendor about itself. This guide compares seven data center infrastructure management (DCIM) platforms side by side. Where it runs, how it’s licensed, how it…