Why Data Centers Belong on America’s Critical Infrastructure List
For decades, America’s definition of critical infrastructure has been shaped by the systems that keep the nation functioning—power grids, water systems, telecommunications networks, transportation corridors, hospitals, financial systems, and defense industrial capacity. These sectors form the backbone of modern society, and rightly receive heightened protection, policy attention, and strategic planning because disruption to any one of them can ripple across the entire country.
What Is a Resilient Data Center?
The word resilience is quickly becoming one of the most important—and most misunderstood—concepts in infrastructure.
Ask ten people what makes a data center resilient and you will likely hear ten different answers. Some will point to backup generators and redundant cooling systems. Others will emphasize cybersecurity, disaster recovery, or cloud failover. Increasingly, conversations now include AI, automation, and power strategy.
All of those elements matter.
Who Controls Data Center Power?
Understanding the Invisible System Behind Government Infrastructure
As demand for data centers accelerates—driven by AI, cloud expansion, and government modernization—one constraint is rising above all others:
Power.
Not just how much is needed, but who controls it, how it is allocated, and how quickly it can be delivered.
The Resilient Data Center: Why Network Automation Is Becoming Mission-Critical
In conversations about resilient data centers, the spotlight tends to fall on the physical world—power redundancy, cooling systems, hardened facilities, geographic diversity. These are the visible elements of resilience, the ones you can walk through and inspect.
But increasingly, resilience is being defined elsewhere.
It is being defined in milliseconds, inside the network.
Data Centers as Strategic Targets: National Security in the Age of AI Infrastructure
For most of modern history, warfare has centered on physical terrain—land, sea lanes, airspace, and the infrastructure that supports them. But in the age of artificial intelligence, a new kind of terrain is emerging. It is quieter, less visible, and increasingly decisive:
Data centers.
The Civic Value of Data Centers: Why Cities and City Governments Should Treat Digital Infrastructure as Urban Infrastructure
Data centers are no longer “somewhere else” infrastructure. As cities digitize public services, adopt AI-enabled operations, and expand sensor-rich systems (mobility, utilities, safety), data centers increasingly determine whether urban digital capabilities are fast, reliable, secure, and governable.
Sovereign AI and the Future of Government Data Centers
Artificial intelligence is rapidly becoming a strategic national capability, not just a commercial technology. As that shift accelerates, a new concept is moving from policy circles into infrastructure planning: Sovereign AI.
Speed to Power vs. Resilience: Why Flexible Data Centers Are the Future
In the race to build the next generation of digital infrastructure, speed to power has emerged as the defining constraint of the data center era. Developers, hyperscalers, governments, and utilities are all confronting the same reality: it can take five to ten years to upgrade transmission lines, build substations, or expand generation capacity.
Speed to Power: The Defining Constraint of the Modern Data Center Era
For more than a decade, the data center industry has focused on speed to market—how quickly land can be acquired, buildings constructed, and racks deployed. Today, a new constraint has emerged that is reshaping every expansion plan, procurement strategy, and infrastructure roadmap: Speed to Power
Securing the Modern Government Data Center: Where Cybersecurity Meets Operational Technology
As government data centers modernize to support cloud, hybrid architectures, AI workloads, and always-on citizen services, the definition of “security” has expanded. Traditional cybersecurity controls are no longer sufficient on their own. Today’s most resilient data centers are those that tightly integrate cybersecurity with operational technology (OT) security.