Amazon Ends Secrecy Agreements on Data Centers Amid 100+ Moratoriums

Amazon Web Services stopped using nondisclosure agreements in its negotiations with government agencies seeking permits and approvals for data center construction, according to CEO Matt Garman in a recent blog post. The reversal represents a significant concession to environmental advocates and community groups who have identified NDAs as a central obstacle to public discourse about data center projects, signaling the company’s recognition that opacity has become a liability in permitting negotiations.

The Transparency Problem at the Core of Backlash

Environmental activist Erin Brockovich, whose decades of work tracking industrial pollution have established her as a credible voice on contamination and corporate accountability, recently identified transparency as the primary grievance she encounters regarding data center expansion. She described a familiar pattern in how these projects unfold: developers announce plans only after securing permits, engage minimally with local representatives, and government officials sign confidentiality agreements before their constituents even learn that projects are under consideration. This structure, with permits secured first and disclosure second, has generated political resistance at scale. New York announced a one-year moratorium on large data center permits, and according to Garman, more than 100 data center moratoriums are currently being considered or debated across the United States.

The Competitive Frame

Garman positioned the moratorium threat as a matter of international economic competition. If these measures become law and spread beyond New York, he argued, the United States risks ceding technological advantage in a global race to build artificial intelligence infrastructure. The consequences, he contended, would reverberate across generations, affecting not just corporate interests but the nation’s long-term position in technological development.

Amazon’s Rebuttal: The Four Core Claims

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In his blog post, Garman directly challenged what he called myths driving the backlash, organizing his defense around four specific criticisms: that data centers consume too much water, that they increase electricity costs for local residents, that they emit enormous amounts of pollution, and that they provide no offsetting benefits to the communities where they operate.

Water: The Metric That Obscures

On water usage, Garman referenced an Amazon report stating that direct data center water consumption accounts for only 0.5 percent of all industrial water usage in the United States. He positioned this alongside other water-intensive industries, including golf courses and almond farming, to suggest data centers are not exceptional consumers. However, this framing has drawn attention from the research community precisely because of what it excludes. The 0.5 percent figure counts only direct water use at data center facilities themselves, not the substantially larger volumes required to generate the electricity those centers demand or the water embedded in semiconductor manufacturing. Nvidia recently announced a cooling system that the company claims eliminates what the company calls “pretty much all water usage” inside its data centers, yet this claim similarly sidesteps the water costs of power generation. Scientists have stated publicly that they need to conduct independent research on data center water and energy footprints, pointing out that no federal or state requirements currently mandate how technology companies report these metrics or allow external verification of their claims.

Electricity: Costs and Causation

Regarding electricity rates, Garman presented a mixed picture. He noted that in some states with large data center populations, electricity costs have risen, while in others they have remained flat or grown more slowly. When costs have increased alongside data center expansion, Garman attributed the rise to preexisting problems: aging electrical grids that lacked sufficient prior investment and capacity planning. However, an independent watchdog reached a different conclusion, identifying data centers as the main culprit behind a 76 percent year-over-year price increase on America’s largest electrical grid. This divergence between corporate attribution and external analysis suggests the causation question remains genuinely disputed.

Emissions: Permitted Versus Actual

On pollution, Garman objected to how critics reference permitted emissions levels as if they represent typical operations. He pointed out that a proposed Amazon data center in Texas is permitted to release 33 million tons of carbon dioxide annually, more than any other single power plant in the United States, yet argued this oversells the actual environmental impact. Data center generators, according to Garman, run only about 10 hours per year, mostly for required maintenance testing, and remain idle 99.9 percent of the time. This distinction between what facilities are legally permitted to emit and what they actually emit under normal conditions reflects a broader disagreement about how to evaluate environmental risk. Critics counter that permits establish the ceiling of acceptable harm, and that a 33 million-ton permit represents a worst-case exposure that communities must accept in exchange for the data center’s presence.

The Verification Gap

A structural problem underlying these disputes is the absence of independent verification standards. No federal or state regulations mandate that technology companies disclose water consumption, energy usage, environmental impact metrics, or emissions data according to uniform methods. This creates conditions in which companies can make claims based on their own measurements and methodologies, while external researchers and community advocates lack mandated access to comparable independent data. Scientists have explicitly called for this information to be independently verified. The resulting asymmetry reinforces skepticism among communities that must choose between accepting corporate claims or organizing their own research, a costly and often technically difficult process.

Community Benefits and the Trust Crisis

Garman emphasized Amazon’s financial contributions to communities hosting data centers, stating the company has provided more than $1 billion over the past three years to regions where it maintains a significant data center presence. He also presented the NDA reversal as evidence of a shift toward greater transparency in how the company negotiates locally.

Beneath the Procedural Changes

Yet these concrete investments and policy shifts appear insufficient to close a deeper trust gap. Dario Amodei, CEO of Anthropic, recently described the technology industry’s current challenges as fundamentally a crisis of trust. He argued that public skepticism stems from a reasonable assumption: that governments and technology companies regularly coordinate in ways that benefit each other while harming ordinary citizens. Writer Jasmine Sun documented a related pattern, noting that when data center opponents encounter industry arguments and data addressing community concerns, their typical response is straightforward disbelief. This dynamic suggests that material commitments and procedural changes, like abandoning NDAs and contributing billions to local economies, may struggle to overcome suspicions that operate at a deeper level than any single policy dispute.

Source: TechCrunch