Posts Tagged ‘AI’
What’s Really Happening With AI (It’s Better Than You Think)
While the headlines focus on AI’s failures, something much bigger is happening behind the scenes. Across healthcare, energy, science, and business, AI is already delivering measurable results that few people are talking about. In this video, I cover: How AI is changing patient care and cancer research Why AI is helping manage the energy grid…
Read More...He’s Built Data Centers for 30 Years. He Says the AI Gold Rush Is Broken.
Pete Sacco is the founder and CEO of PTS Data Center Solutions, where he’s spent nearly three decades designing and building AI infrastructure across millions of watts and square feet. His portfolio spans INTUVA, GRID7, and Gray Wolf Data Centers, decentralized, AI-optimized facilities he believes are the future of compute. His argument: the industry’s centralized,…
Read More...They Built This AI. Then They Got Scared.
They built it. They got scared. Then the Pentagon stepped in. This isn’t a movie, it’s a national security escalation that happened while you were watching chatbots. This is the truth about the AI they couldn’t release. AI isn’t getting weaponized. It already has been. Most people just haven’t updated their mental model yet. I read…
Read More...The AI Bubble is Popping… Or Is It?
Everyone says AI is crashing. Here’s what’s actually happening. The “AI bubble burst” headlines are everywhere. But I’ve spent 30 years building data centers, and right now I’m developing gigawatt AI infrastructure across the US. When critics say these projects are vaporware, I see the same data they do, but I just interpret it differently.…
Read More...Small, Connected Data Centers Will Power AI
The days of big facilities are over because computing is transitioning from training to inferencing, which requires a decentralized model, according to Pete Sacco of PTS Data Center Solutions. WASHINGTON – Clusters of small data centers requiring only 5-20 MW of power are the future of the AI boom, a veteran data center builder said…
Read More...The Infrastructure Boom: $1.8 Trillion for Grid-Connected Data Centers
INTUVA sits at the center of one of the largest infrastructure waves of the century: a projected $1.8 trillion buildout of grid‑connected data centers and supporting power systems by 2030. As AI drives data center electricity demand to more than double worldwide, design decisions about power, siting, and grid integration are becoming just as strategic…
Read More...Pete Sacco Discussing AI on Nasdaq TradeTalks (Video)
Pete Sacco recently participated in an engaging discussion panel on Nasdaq TradeTalks with host Jill Malandrino. The panel engaged in an insightful discussion why operationalizing AI depends on cybersecurity resilience, governance frameworks, data integrity, and organizational readiness. Watch Video(opens in new tab) (opens in new tab) The panel consisted of: Pete Sacco, Founder & President…
Read More...AI-Powered Data Centers: Custom Chips and Next-Gen Infrastructure
AI is reshaping data centers from generic compute warehouses into tightly engineered “AI factories” built around custom silicon, dense racks, and advanced cooling. As leaders like Google and AWS double down on bespoke accelerators and AI-optimized facilities, data centers configured for AI are quickly becoming the new benchmark for performance and efficiency. From general-purpose to…
Read More...Dense Fiber Networking in the Age of AI: Revolutionizing Data Centers
The shift towards dense fiber systems and high-bandwidth networking is redefining the backbone of modern data centers. As organizations scale AI applications, supporting GPU clusters becomes a necessity, driving a dramatic increase in connection complexity and demanding new innovations in cooling and spatial layout. This transformation ensures data centers remain resilient and future-ready as AI…
Read More...AI-First Data Centers: Designing for Power and Cooling Density
AI-first data centers have entered a new era of design. Fueled by the relentless growth of GPU- and AI-intensive workloads, modern facilities now require superior power delivery, next-gen cooling, and efficient layouts that outpace traditional server rooms. Tomorrow’s facilities are being built AI-first—with power and cooling density as the top design priorities. 100–400 kW per…
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