NSA’s massive data center coming online ahead of schedule — it’s more powerful than you thought

BuzzFeed reports: The National Security Agency’s massive Utah Data Center, designed for communications storage and processing is already up and running, despite agency claims the center won’t open until September. Opening the facility — the largest of its kind in history — is the key final step that will allow the agency to collect and store massive amounts of data on United States citizens. The NSA has numerous other data centers, but the Utah facility will be the central repository, enabling data collection on an unprecedented scale.

And according to Russ Tice, a former NSA intelligence analyst who still maintains close ties with numerous colleagues at the agency, it’s not just metadata — which has been a key distinction in the administration’s defense of its intelligence gathering programs. The agency, according to Tice, is currently able to collect the full contents of digital communications. That includes the contents of emails, text messages, Skype communications, and phone calls, as well as financial information, health records, legal documents, and travel documents. This comports with statements given this week by a former senior intelligence official, claiming that NSA Director Keith Alexander’s ethos was to “collect it all, tag it, store it … And whatever it is you want, you go searching for it.”

The NSA’s ability to collect and store such vast quantities of information is difficult to grasp. But so is the enormous footprint of the data center in Bluffdale, Utah, 25 miles south of Salt Lake City. The facility, which cost the government $2 billion, covers 1 million square feet, 100,000 of which is purely for computer servers and storage hardware. According to James Bamford’s Wired magazine article published last year, “The Pentagon is attempting to expand its worldwide communications network, known as the Global Information Grid, to handle yottabytes (10^24 bytes) of data. (A yottabyte is a septillion bytes—so large that no one has yet coined a term for the next higher magnitude.)” [Continue reading…]

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