AI-Powered War Is Coming. This Fight Over a Data Center Just Made That Case


If a federal court decides to shutter a data center in Memphis, Tennessee, it “directly threatens” the US government’s ability to protect our national security, according to the Trump administration’s chief digital and artificial intelligence officer.

The case began in April when the NAACP filed a class action lawsuit against xAI, Elon Musk’s AI company. The complaint alleges that xAI’s Colossus 2 data center violates the Clean Air Act. The data center includes a power plant in Mississippi with 27 gas turbines. Those turbines, which the nation’s oldest civil rights organization says are operating without the necessary federal permits, can produce significant pollution, which poses serious health risks for nearby Black communities in Tennessee and Mississippi.

The US government filed a motion on June 15, encouraging the court to dismiss the case. The Memphis data center powers xAI’s ability to provide AI to its customers, one of which the US government, Cameron Stanley, the Department of Defense’s chief digital and artificial intelligence officer, wrote in the filing. 

aerial shot of a data center

xAI’s data center operation in Memphis, Tennessee.

Steve Jones/Southern Environmental Law Center

The US government uses a specifically created, government version of Grok, called Grok Gov Model. That AI tech is integrated into the Maven Smart System, an AI-powered military system created by mega-defense contractor Palantir and used by the US and NATO. The Maven system is used in “targeting, intelligence, readiness and recruitment,” Stanley wrote. 

While the defense department has struck deals with eight major AI companies, Grok is one of three AI enterprise providers that are “equipped to sustain mission-critical operations” for secret and top secret missions. Grok has features that other frontier AI models do not, Stanley wrote. For this reason, the government says, Grok AI is essential for national security. 

Stanley cited Grok’s prowess in Operation Epic Fury, the US-Israeli bombing campaign against Iran that began in February. US defense systems that have integrated Grok AI “enabled US forces to deploy over 2,000 munitions to 2,000 distinct targets within 96 hours during Operation Epic Fury, a testament to the greatly increased operational efficiency made possible by the Grok Gov Model,” Stanley wrote. 

Stanley doesn’t clarify how exactly Grok was used during Operation Epic Fury, and the Department of Defense declined to comment. xAI did not respond to requests for more information on how its Grok Gov Model works.

AI Atlas

Community backlash against the rising flood of data centers has been swift and fierce, but this new development in the NAACP’s case raises a new question: If AI is used in warfare, are data centers essential for national security? 

AI is already being used in the military and defense industries. The Defense Department’s chief technology officer said in May that AI use in the agency was up 1,775% over the previous year; Defense Secretary Pete Hegseth said in a statement in January that the US will “become an ‘AI-first’ warfighting force across all domains.” 

While AI can be used for general business tasks — the kinds that you and I can use AI for, like data management and writing emails — defense leaders have said AI holds promise in improving surveillance, targeting and autonomous weapons. And the government’s spending reflects those goals, with the defense department adding a $13.4 billion line item to its 2026 budget solely for autonomous systems.

But there are still many unanswered questions about the role that new AI technology — and the data centers that power it — should play in defense and military operations.

The clash of environmental law and national security

In response to Stanley’s statement, the NAACP said it plans to continue to “stand up for democracy” against what it called bullying and authoritarianism. 

“At a time when the ultra-rich seem to be protected and supported by some of our government entities, it is important that polluting industries don’t get to benefit at the expense of the health of Black communities,” Abre’ Conner, NAACP director of environmental and climate justice, said in a statement.

There are a lot of concerns about the environmental impact that data centers have on the communities they’re moving into. Data centers require billions of gallons of clean water to cool servers, use a lot of electricity to keep them running and their outputs have been known to contaminate the surrounding neighborhoods. Nearby communities have been challenging data centers’ operational permits on these environmental grounds. 

Watch this: AI Data Center Infrastructure Plans Continue to Draw Controversy

The Environmental Protection Agency and the US government often participate in environmental litigation. But the government’s action here isn’t typical, Vincent Joralemon, law professor at the University of California, Berkeley, says.

“The more unusual thing here is the government intervening on the side of a private polluter to dismiss a citizen suit entirely,” Joralemon says. “As far as I know, this is the first time the federal government has intervened in a Clean Air Act citizen suit against a private company to argue the case must be thrown out.”

The Clean Air Act establishes a federal standard for the acceptable amount of emissions of hazardous air pollutants from stationary and mobile sources. Big projects like data centers need government permits to operate, which include confirmation that a company has implemented the “best available pollution controls.” A key point of the NAACP’s argument is that xAI doesn’t have these permits.

Tennessee state representative Justin Pearson speaks at a rally in opposition to Elon Musks's data center in Memphis on April 25, 2025.

Tennessee state representative Justin Pearson speaks at a rally in opposition to Elon Musk’s data center in Memphis on April 25, 2025.

Brandon Dill for The Washington Post via Getty Images

There is ample precedent for enforcing the Clean Air Act and operational permits that likely strengthen the NAACP’s arguments, Joralemon says. But the “novel” national security argument from the government could affect how the court resolves the case.

“Even a judge who finds a violation might hesitate to order a full shutdown [of the data center] if the government frames it as cutting power to defense-critical AI and could instead narrow the remedy or compliance obligations,” Joralemon says. Appeals, no matter the ruling, are likely, he notes.

National security concerns have won out over environmental ones in the past, like in a 2008 US Supreme Court case that found Navy sonar activity was permissible, despite the harm to marine life. These defense carve-outs make sense in principle, Joralemon says. 

But, like other experts, he’s “somewhat skeptical of all AI companies claiming national security when it is convenient.”

AI in the military

The military’s adoption of new technology — from land mines to nuclear weapons to drones — has long stirred fear and raised the stakes for warfare and its aftermath. The advent of AI has turbocharged the debate in recent years. 

Experts raised concerns at the beginning of the year when the Pentagon got into a public feud with Anthropic after the AI developer refused to allow its Claude AI to be used for surveillance and autonomous weaponry. 

President Trump slammed the company, calling it “woke,” and since then, the Defense Department says it has transitioned two-thirds of its AI activities away from Anthropic’s tools to other models. OpenAI, which makes ChatGPT, picked up a Pentagon contract shortly after Anthropic bowed out.

Dario Amodei

Dario Amodei, Anthropic’s CEO, pulled the company out of talks with the US government to provide it Claude AI.

Chris Ratcliffe/Bloomberg via Getty Images

Governmental AI can be used “anywhere from the back office to the battlefield,” says Michael Horowitz, political science professor at the University of Pennsylvania and former deputy assistant secretary of defense.

“There are military uses of AI for logistics or HR that look like the uses of any company in America, all the way up to potential uses of AI closer to the battlefield in helping commanders more quickly and accurately identify potential targets,” Horowitz says.

AI has been powering some government activities for a while now. Defense employees using the Maven Smart System use almost 2 billion tokens every day, Stanley wrote in his statement. Tokens are a basic measuring unit for AI processing; having a chatbot write a one-paragraph email might take 400 tokens, for example. Vibe coding an app would take significantly more, because it’s a more involved and compute-intensive process.

a missile targeting program locking in on its target, a truck. Unclassified banner at the top of the image

Weapons targeting systems are one area of military activity where AI integration is being considered. This image is from March during the US’ Operation Epic Fury against Iran.

The White House/US Central Command

While Grok is one of three AI models being used to do this work, it’s unique in the AI industry. Grok is known for having lax safeguards compared to those applied by other AI companies. It made millions of sexual deepfakes earlier this year, and before that, it spewed racism and anti-semitism, even referring to itself as “MechaHitler.” The government’s Grok may be in a different harness than the one used to abuse people online, but it’s based on the same commercial architecture.

Stanley didn’t explicitly say Grok or other AI was used in targeting and missile deployment during Operation Epic Fury, but an AI-powered version of that future isn’t out of the realm of possibility. These systems need to have stringent safety guardrails. We’ve already seen how fatal it can be when these operations go awry. 

A missile launch done in March as part of the the US' Operation Epic Fury.

A missile launch done in March as part of the the US’ Operation Epic Fury.

The White House/US Central Command

In March, shortly after the Pentagon’s dust-up with Anthropic, the US launched a missile strike against an Iranian elementary school, killing 156 people, 120 of whom were children. In the days following the strike, there were concerns that AI was used in the mission. An early analysis from the New York Times found that it was outdated location information that led to the deadly mistake — human error, not AI. The US’ internal investigation is ongoing, but members of Congress have been demanding more info on the role of AI in the strike from Hegseth and the department.

Having humans in the loop to make decisions about military activity will be essential to any AI-powered defense system. 

“We never want to be in a condition where AI is making the decision about the use of force — that’s up to commanders and operators,” Horowitz says.

If AI is essential, so are data centers

If AI is part of modern war, the energy sources powering it are essential — that’s the argument the government is making in its defense of xAI. Data centers must be recognized as “a long-term strategic tool vital to maintaining our technological advantage against adversaries,” Stanley wrote.

Right now, these data centers are powering all of our AI activity. The demand for AI is so high that AI companies are racing to build more — there are over 900 operational data centers in the US now, with over 1,200 more planned, according to data center tracking firm Clearview. All this energy is needed for AI companies to build and train new, more advanced AI models for all of us to use. 

The Trump administration is investing in using AI for its military operations, and data centers are a key piece of that puzzle. Because of that, “It’s likely that [data centers] will be thought about in the same breadth as critical infrastructure,” Horowitz says, similar to the electrical grid, cell networks and oil refineries.

President Trump was joined by tech leaders, OpenAI CEO Sam Altman (left) and Google DeepMind CEO Demis Hassabis (right) at the G7 conference in June 2026.

President Trump was joined by tech leaders, OpenAI CEO Sam Altman (left) and Google DeepMind CEO Demis Hassabis (right) at the G7 conference in June 2026.

Julia Demaree Nikhinson/Pool/AFP via Getty Images

If these AI systems and data centers are essential to national security, then there is an argument that they deserve government oversight, Joralemon says. But so far, the Trump administration has been hesitant to enact rules or laws around AI, lest it slow down American innovation compared to Chinese AI labs. 

So if warfare is getting an AI update, powered by data centers and potentially at the expense of the environment and the health of communities, then the systems need to work. The success or failure of these systems will have grave consequences.

“No one wants their technologies to work more than militaries because technologies that aren’t safe don’t work, and…it’s soldiers whose lives are on the line,” says Horowitz. “So the American military should be highly incentivized to get the integration of AI into military operations right.”





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What is Azure Application Insights?

Application Insights is an Application Performance Management (APM) service for developers to monitor live applications. The anomalies in performance are automatically detected. It also includes powerful analytics tools that help in diagnosing issues. The insights help to understand how users are interacting with the application. With the Application Insights, developers can continuously improve performance and usability.

Application Insights works on applications built with various languages like .NET, Node.js, Java, and Python. The applications can be hosted on-premise or on the cloud, or hybrid. It can integrate with DevOps processes. It also integrates with Visual Studio App Center and can monitor telemetry from mobile apps.

All the data in the Application insights service can be exported to a database or any external tools. Application Insights SDKs are available for web services hosted in ASP.NET servers, Java EE, Azure. They are also available for web clients, desktop apps, mobile devices like Windows Phone, iOS, and Android.

How does it Work?

To monitor your application, all you have to do is enable the Application Insights from the Azure portal or install a small instrumentation package (SDK) in your application. The application will be monitored by this instrumentation package. It will use a unique GUID, which is also known as an Instrumentation Key, to direct the telemetry data to an Application Insights resource. 

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Since we install the instrumentation package in the application, it doesn’t have to be hosted on Azure. The application can run anywhere. We can instrument any background components of an application and the JavaScript in the web pages too. Application Insights can also collect telemetry data from Azure diagnostics, Docker logs, or performance counters when they are integrated into Azure Monitor. 

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What does the Application Insights Monitor?

Application Insights focuses on the performance of an application to ease the work of the development team. It monitors the following constraints,

  • Request rates, response times, and failure rates – It tells us which pages are being visited the most and at what times of the day.
  • Dependency rates, response times, and failure rates – It shows any external sources that might slow the application down.
  • Exceptions – It reports both server and browser exceptions. It gives an aggregate statistics of all the instances. We can further drill down to get statistics of individual instances.
  • It will also monitor the page views and load performance collected from the user’s browser.
  • It monitors AJAX calls from web pages, users, and session counts.
  • It will show the performance of memory, CPU, and network usage.
  • We can get host diagnostics from Docker or Azure.
  • We can correlate events with requests using the diagnostic trace logs of the application.
  • It also shows the custom events or metrics that the developer includes in the code.

Uses of Application Insights

Once we install Application Insights for an application, we can get the following benefits.

  • The load, responsiveness, and the performance of page loads, dependencies, AJAX calls can be known through an intuitive application dashboard.
  • We can identify the slowest requests and determine the requests that are failing often.
  • When a new release of an application is deployed, the statistics of it can be seen through a live stream.
  • If users are affected, we can get an alert so we can check how many users are being affected.
  • If there are any request failures, we can correlate them with the exceptions, dependency calls, and traces.
  • When a new feature of the app has to be deployed, we can measure the effectiveness of it.

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Limitations of Azure Application Insights

Like any other solution, Application Insights has some limitations.

  • If your code uses dynamic SQL, the Application Insights collects the full query into Azure, which might result in uploading sensitive data contained in the query.
  • The reports show up to the server and database level. But it cannot monitor individual SQL queries on how long they are being executed.
  • When you add Application Insights and deploy the application to Azure, it won’t collect the SQL queries unless a site extension is installed for it.
  • It cannot collect first chance exceptions.
  • It cannot show common exceptions across all applications.
  • If you are using ASP.NET for your application, Application Insights does not support asynchronous HttpClient calls.
  • There is no alert severity specified.
  • We cannot configure alerts to go to specific distribution lists based on severity.

Data collection, retention, and storage of Application Insights

When Azure Application Insights SDK is installed in your application, it starts sending telemetry data from your app to the cloud. Each SDK uses different techniques to collect telemetry data from different kinds of applications. You can also include custom telemetry to send your data. Azure runs some processes called availability tests to web applications regularly. The results from the test will be sent back to the Application Insights service.

You can test which data is being sent by the SDK. You can view the data in the output windows of the IDE and browser while testing the application. The data in the Application Insights service can retain up to 730 days. Users can set up a retention duration. The debug snapshots are stored for 15 days in the Application Insights service.

If the SDK is not able to reach the endpoint, the telemetry channels store the data in local storage temporarily by creating temp files. Once the issue is resolved, the new data, along with the persisted data, will be sent to Azure by the telemetry channel.

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Enable Application Insights for your Application

Create Application Insights Service

Navigate to the Azure portal at https://portal.azure.com/ and login to your account. Click on ‘+ New’ from the left side menu. Search for ‘Application Insights’ in the search bar. You can see the service in the search results. Click on it to open the service and click on ‘Create’. Give a name for your service, select your application type from the drop-down menu, and select your subscription. Choose ‘Create new’ for the ‘Resource Group’ field and give the same name that you gave for the service. Select a location and click on ‘Create’.

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Go to the newly created resource group and click on ‘app insights resource’. You will get the details of the resource. Copy the ‘Instrumentation Key’ from the page.

Add the Instrumentation key to the Application

Open Visual Studio and navigate to the appsettings.json file of your application. Add the below code in the file.

"Application Insights": {
"InstrumentationKey": "Your_instrumentation_key"
}

Replace the ‘Your_instrumentation_key’ with the one you copied before. It appears as a NuGet package. Go to the package.json file in your application, and you can see the Application Insights package added. You have successfully configured Application Insights to your application.

View the telemetry data

Launch the application from Visual Studio and play around with it. Stop the application. Right-click on the application, select ‘Application Insights’, and select the ‘Search Debug Session Telemetry’ option. You can see the telemetry data captured by your application. You can also see the details in Application Insights. Right-click on the application, select ‘Application Insights’, and select the ‘Open Application Insights Portal’ option.

The Application Insights portal opens up, and you can see the telemetry data collected from your application. You can drill down to see the page load metrics and more.

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Conclusion

Application Insights is a simple way for developers to detect and diagnose application performance issues of live applications. The SDKs vary for different applications and different platforms. Each SDK component sends different data. So choose one that is suitable for your application and install it. You can also include code in your application to send unhandled exceptions. The Azure Application Insights has a built-in map feature that can be used to identify the performance of dependencies.



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