-
As enterprises push computing power closer to end users, edge data centers have become critical infrastructure for reducing latency and improving application performance. From autonomous vehicles requiring split-second processing to augmented reality applications demanding real-time responsiveness, the need for distributed computing at the network’s edge has never been more urgent. At the heart of this…
-
Data center construction is where meticulous planning meets unforgiving reality. Whether you’re building your first facility or your fiftieth, the difference between success and costly setbacks often comes down to lessons learned the hard way—under raised floors, during emergency outages, and through projects that went sideways despite the best intentions. These twelve tips distill practical…
-
The artificial intelligence revolution isn’t just changing how we process data—it’s fundamentally reshaping the physical infrastructure that houses our computing power. Traditional data centers, designed for general-purpose workloads and conventional server architectures, find themselves increasingly mismatched to the demands of AI and machine learning operations. As organizations race to deploy AI capabilities, the question is…
-
Edge computing is redefining where and how we deploy IT infrastructure. As applications demand millisecond latencies, IoT devices proliferate exponentially, and 5G/6G networks push bandwidth to the network’s periphery, the traditional model of centralized data centers becomes increasingly inadequate. Edge infrastructure brings computing power closer to end users and data sources—into retail stores, manufacturing floors,…
-
Building a scalable modular data center requires a fundamentally different mindset than traditional construction. The goal isn’t just to create infrastructure that works today—it’s to establish a foundation that can evolve gracefully through years of technological change, business growth, and shifting requirements. In an era where technological change outpaces traditional planning cycles and business agility…
-
Containerized data centers—complete computing facilities housed within shipping container-sized units—represent one of the most practical innovations in IT infrastructure. What began as a solution for remote deployments and emergency scenarios has evolved into a mainstream approach that addresses challenges facing enterprises, telecommunications providers, and cloud operators alike. These self-contained units arrive on-site as fully integrated…
-
Artificial intelligence is rewriting the rulebook for data center design. The computational demands of training large language models and running inference at scale have exposed the limitations of traditional infrastructure. What worked for web servers fails catastrophically when confronted with GPU clusters consuming 50 kilowatts per rack and generating overwhelming heat loads. The question facing…
-
The data center industry stands at an inflection point. Traditional construction methods that served us well for decades—custom designs, lengthy build cycles, massive upfront investments—are increasingly misaligned with the realities organizations face today. The acceleration of digital transformation, the explosion of edge computing, the relentless pace of technological change, and the mounting pressure for sustainability…
-
After many years of toiling for blue-chip (and smaller) companies delivering infrastructure projects that range from sub-marine to in-orbit, and having navigated through the millennium bug and the access restrictions of the pandemic, we decided that our combined experiences from those hardships and the many hours spent under racks, crawling in fiber pits and staring…
