Amazon Web Services has quietly abandoned a cornerstone of corporate secrecy in its government data center negotiations, with CEO Matt Garman announcing the company will no longer require nondisclosure agreements from the government agencies it works with on new projects. The policy change, disclosed within a broader blog post defending the industry against mounting public opposition, marks one of the most significant concessions yet to a grassroots backlash that is reshaping the future of American data center development.<\/p>\n
For years, NDAs have been a standard tool for hyperscale cloud providers negotiating with local planning boards, zoning commissions, and economic development authorities. The logic was straightforward: data center projects involve commercially sensitive information about capacity, power requirements, and future expansion plans. But critics say these agreements were weaponized to bypass public scrutiny, allowing developers to secure permits and finalize site plans before local residents even learned a project was under consideration.<\/p>\n
Environmental activist Erin Brockovich, who has taken an increasingly prominent role in data center opposition campaigns, recently identified secrecy as the single most common complaint she hears from affected communities. The pattern she described is now familiar across dozens of municipalities: projects announced only after permits are already secured, developers who refuse to return phone calls, and local officials who signed NDAs before their neighbors knew a project was being discussed.<\/p>\n
That sense of being blindsided has translated directly into political action. New York<\/a> State imposed a one-year moratorium on permits for large data centers in July 2026. According to Garman, more than 100 similar moratoriums are now under active consideration across the United States. The cumulative effect, he warned, could be catastrophic for American technological competitiveness.<\/p>\n “If these measures are enacted, the U.S. could be writing its own losing ticket to this race, and the consequences would last generations,” Garman wrote. “As a country, we can’t afford to find ourselves in that position.”<\/p>\n The specific language in Garman’s announcement is precise: “We no longer use nondisclosure agreements with the government agencies we work with on our projects.” This applies to the initial negotiation and approval phases where local governments assess proposed data center developments. It does not necessarily extend to all commercial confidentiality arrangements with private landowners or utility providers, but it removes a key barrier to community awareness during the permitting process.<\/p>\n What this means for local communities:<\/strong> When Amazon approaches a town or county about a new data center, that government body will no longer be legally prohibited from sharing the project’s basic details with the public during the review process. Residents will have earlier access to information about the proposed facility’s size, power consumption, water usage, and generator backup plans before permits are finalized.<\/p>\n The change addresses what Anthropic CEO Dario Amodei recently described as a “crisis of trust” underlying the broader AI backlash. People, Amodei observed, have come to assume that governments and tech companies are always “cooking up some new way to screw them over.” Similarly, writer Jasmine Sun noted that when data center opponents are presented with the industry’s own counterarguments, the typical response is simply, “I don’t believe them.”<\/p>\n Garman’s blog post attempted to systematically dismantle what he presented as the four biggest misconceptions about data centers: excessive water consumption, rising electricity costs, pollution from backup generators, and a lack of community benefits. Each point is worth examining against the available evidence.<\/p>\n Amazon’s own data, drawn from a company report on water usage, shows that “direct data center water consumption” accounts for only 0.5% of all industrial water use in the United States. That figure is, as Garman noted, “orders of magnitude less than golf courses, almond farming, and many other industries.” Nvidia<\/a> recently announced a new cooling system that it claims eliminates “pretty much all water usage” inside the data center itself.<\/p>\n But critics argue these comparisons are misleading. The water footprint of a data center extends far beyond the facility’s direct consumption. Electricity generation for power-hungry data centers involves significant water use at power plants, particularly those using once-through cooling or evaporative cooling systems. Chip manufacturing, which produces the processors that make AI workloads possible, is itself an intensely water-intensive process. Scientists have told journalists that independent, standardized reporting on both water and energy usage is urgently needed, since no federal or state requirements currently exist for how tech companies disclose this data.<\/p>\n On electricity rates, Garman acknowledged that rates have risen in some states with large data center concentrations but pointed to other states where rates have declined or grown more slowly. His argument shifts blame to aging grid infrastructure: “In instances where energy rates are going up, it’s primarily because the grid is old and hasn’t been invested in and expanded before the demand arrived.”<\/p>\n Independent data tells a less forgiving story. A watchdog group recently reported that data centers were the main factor behind a 76% year-over-year price increase on America’s largest electrical grid. For residential customers and small businesses already struggling with energy costs, the distinction between causation and correlation is unlikely to provide much comfort.<\/p>\n Perhaps the most contentious issue involves the diesel backup generators that data centers maintain for emergency power. Critics point to permit applications showing staggeringly high potential emissions. A planned Amazon data center in Texas, for example, has received permits allowing 33 million tons of carbon dioxide per year \u2014 a figure that would make it the single largest climate polluter in the United States if fully utilized.<\/p>\n Garman’s response is blunt: “The truth is data center generators almost never run. They’re idle 99.9% of the time (they run roughly 10 hours per year, mostly for required maintenance testing).” The pollution permits, he argued, cover worst-case scenarios that never materialize. But the NAACP is currently suing Elon Musk’s xAI and SpaceX over the generator pollution from their data center operations, arguing that even occasional testing can harm surrounding communities, particularly those already burdened by environmental injustice.<\/p>\nWhat the NDA Policy Change Actually Means<\/h2>\n
Four Myths Amazon Is Trying to Counter<\/h2>\n
Water Usage: A Matter of Framing<\/h3>\n
Electricity Costs: A Mixed Picture<\/h3>\n
Generator Pollution: Rare but Potentially Devastating<\/h3>\n
Community Benefits: Dollars and Transparency<\/h3>\n