Data centers weren’t always at the top of everyone’s mind. In fact, they were usually only known to the people who worked inside them. That era is over. As the AI explosion pulls hundreds of billions of dollars into new construction, data centers have become some of the most contested and most attacked pieces of infrastructure around the world. The threats they face now span physical sabotage, foreign military strikes, and market-moving outages, as such they demand the same intelligence-driven approach organizations use to protect executives and campuses.
In March 2026, Iranian drones struck Amazon Web Services data centers in the United Arab Emirates and Bahrain, marking the first time a nation-state has deliberately targeted commercial data center infrastructure during an active conflict. Iran's Islamic Revolutionary Guard Corps said the Bahrain facility was hit specifically to assess how the site supported "the enemy's military and intelligence activities." The strikes weren't isolated; Iranian forces returned to the same sites in April and again in July, with satellite imagery later confirming significant damage, and state media has since named a list of American tech companies, including Microsoft, Google, Apple, Meta, and Nvidia, as potential future targets.
As cloud computing vendors become increasingly intertwined with militaries and intelligence agencies, the line between commercial infrastructure and state defense resources has effectively disappeared.
That reality is now driving federal policy. In April 2026, the House Homeland Security Subcommittee on Cybersecurity and Infrastructure Protection held a hearing to debate whether data centers should get their own standalone critical infrastructure designation. Rep. Andy Ogles framed the stakes bluntly: "If a major data center is attacked, disrupted, or taken offline, the consequences can reach far beyond one company or one sector." Witnesses testified that no single federal agency is clearly responsible for understanding data center risk or leading a response when a facility is targeted.
The concentration risk is real. Three hyperscalers—AWS, Azure, and Google Cloud—now control roughly 63% of the cloud market, creating what one witness called "a systemic single point of failure where a coordinated cyber campaign or physical sabotage could trigger cascading collapses across healthcare, finance, and government operations." A 2026 AFCOM survey found that more than half of data center professionals now rank human threats, internal or external, as the single biggest risk to their infrastructure. As one witness put it: "Bank robbers go rob banks, because that's where the money is. Data centers, that's where the data is."
Even without an attack, data center failures can cause massive impact on the business. Following a major cloud outage, affected companies' stock prices drop an average of 2.5%, with revenue taking roughly 75 days to fully recover. The October 2025 AWS outage alone is estimated to have caused between $38 million and $581 million in insured losses globally. Uptime Institute's 2025 survey found that 57% of major outages now cost operators more than $100,000, with one in five topping $1 million, and Forrester is forecasting at least two more major multi-day hyperscaler outages before the end of 2026 as providers redirect investment toward AI buildouts at the expense of aging legacy systems.
No threats, such as drone strikes, insider sabotage, community backlash, or systemic outages, announce themselves through a single, obvious channel. They show up first as fragments across news sources, social media posts, and other public data.
Organizations that effectively manage this challenge treat data center security the way modern executive protection teams treat personal risk: as an intelligence problem first, and a physical security problem second. Organizations that treat it that way will find themselves more resilient when the next attack or outage makes headlines.