Tag Archives: NSA

U.S. House votes to block NSA backdoor searches

In a late-night vote Thursday, June 19, the U.S. House of Representatives voted to prohibit US intelligence agencies from searching government databases for information about U.S. citizens. It also voted to eliminate funding for the development of further backdoor data gathering.

Vote results.
Vote results. Image courtesy Rep. Thomas Massie (R-Ky.), the chief sponsor of the amendment

The amendment passed at 10:47 PM with a vote of 293 to 123. There are two types of backdoors that the amendment addresses:

The first, warrantless searches

The FISA Amendments Act gives the NSA broad power to collect data through any number of programs. One of these data collection programs broadly collected and stored emails, web-browsing, and chat histories of random people, many of which were U.S. citizens. Previously, the NSA had the authority to search these massive databases without a warrant. These warrantless searches were known as “backdoor searches”. The amendment prevents the NSA from using money to do a backdoor search on a U.S. citizen, effectively stopping the practice altogether.

The second, private company backdoors

In the tech world, “backdoor” is a term of art that has specific meaning: a method of bypassing normal security and authentication routines, effectively allowing someone who shouldn’t have access to a computer system to get in. The NSA has been asking larger private companies to modify their encryption mechanisms to add backdoors, which would allow the NSA to expand their data collection efforts. The amendment eliminated funding for this type of program.

The amendment had bipartisan support, and the vote took just 10 minutes of debate. If you look at the vote results and see that your representative voted Nay, maybe it’s time to give him or her a call and urge intelligence reform for future votes. While you’re at it, contact your senator, so we can make sure this passes in the Senate as well.

Project “Quantum” gives NSA access to 100k+ offline computers

Project Code-name “Quantum” gives the NSA the ability to remotely access computers disconnected from the internet from up to 8-miles away.

The NSA Project Quantum can access data from offline computers from up to 8-miles away
The NSA Project Quantum can access data from offline computers from up to 8-miles away

If you’re tech-savvy enough to be reading this blog, you should at least have an intuitive understanding that computers connected to the internet are vulnerable to remote access and attack. Less intuitive is that computers completely disconnected from the internet can also be remotely accessed. The New York Times recently released an article detailing Project Quantum, which gives the NSA the ability to remotely access a computer from up to 8-miles away. Initial estimates puts the NSA’s reach with this program at more than 100,000 computers.

How it Works

The NSA needs to first physically embed circuitry onto the computer. It’s been revealed the NSA has in the past intercepted computer shipments and embedded the circuitry inside the computer itself. Another technique is to hide the circuitry inside a USB plug for a device that will eventually be connected to the computer.  These circuits, when powered, can transmit data through a covert radio frequency to a mobile receiving station. The receiving station can fit inside a regular briefcase, and must be within 8-miles of the compromised computer. The receiving station then transmits the data back to the NSA.

No Domestic Use Detected so far

So far, there is no evidence that the NSA has used these intercept programs domestically; the intended targets are all high-value international intelligence figures. There’s little reason to doubt this claim, because the expense and effort required to physically bug an individual computer is immense.

The takeaway

Even if you think yourself important enough to warrant personal surveillance from the NSA, it’s unlikely you would have the technical expertise required to identify and remove these hidden circuits. While we lack specifics about the exact transmission method, we know it to be within the radio spectrum, so it is reasonable to assume that a computer placed in a fully electromagnetically shielded room might be protected from this particular method. Certainly I do not recommend disconnecting your devices from the internet and wrapping your house in aluminum foil; rather, just take this post as a reminder of the NSA’s incredible technological reach.