Report covers how a research company covertly gathered and attempted to sell personal data to the London Met, while in the United States it has emerged that the FBI has warrantless access to electronic communications.
Report covers how a research company covertly gathered and attempted to sell personal data to the London Met, while in the United States it has emerged that the FBI has warrantless access to electronic communications.
82% of kids aren't eating all of their veggies1. Without enough vegetables, kids may not be getting all of the nutrients they need.
References: 1. Lorson BA, Melgar-Quinonez HR, Taylor CA. Correlates of fruit and vegetable intakes in US children. J Am Diet Assoc. 2009;109(3):474-478.The implication? That Flintstones vitamins somehow fill this nutritional void. But let's look a little closer at some of these presumably healthy ingredients....
Keep this product out of reach of children. In case of accidental overdose, call a doctor or poison control center immediately.HYDROGENATED SOYBEAN OIL
From seeing just the image of a face, computers will find its match in a database of millions of driver's license portraits and photos on social media sites. From there, the computer will link to the person's name and details such as their Social Security number, preferences, hobbies, family and friends.
Adding that capability to drones that can fly into spaces where planes cannot — machines that can track a person moving about and can stay aloft for days — means that people will give up privacy as well as the concept of anonymity.Naturally, the AP peddles this softly as it recounts these "new" developments in a tale of researchers with Carnegie Mellon University's CyLab Biometrics Center attempting to assist in sharpening FBI images of Boston bombing suspects, the Tsarnaev brothers. This is reminiscent of the above-mentioned Chris Dorner manhunt where we heard calls for how nice it would have been to have a drone at the ready for quicker identification and possible assassination.
In a real-time experiment, the scientists digitally mapped the face of "Suspect 2," turned it toward the camera and enhanced it so it could be matched against a database. The researchers did not know how well they had done until authorities identified the suspect as Dzhokhar Tsarnaev, the younger, surviving brother and a student at University of Massachusetts Dartmouth.
"I was like, 'Holy shish kabobs!' " Marios Savvides, director of the CMU Cylab, told the Tribune-Review. "It's not exactly him, but it's also not a random face. It does fit him."This astonishment is somewhat absurd considering that drones have already been developed that are equipped with cameras systems like DARPA's Autonomous Real-time Ground Ubiquitous Surveillance Imaging System (ARGUS) seen in the video below. This sensor system can instantly see an area roughly the "size of a small city" with an "all-seeing" eye according to retired Lieutenant, David A. Deptula. The next generation of surveillance tech sees the landscape through a 1.8 billion pixels camera, the highest resolution yet created.
Students working with Savvides are figuring out how to break up appearance into landmarks as unique as a fingerprint and to build a 3-D image from a single picture so it can be matched from different angles.
"The things we can do are endless," said Savvides. "We're basically decoding the face."
For now, the database holds only the images of lab workers and visitors who agree to participate. Savvides said he can envision a day when images collected by tiny cameras embedded in police cruisers and attached to officers' uniforms are matched against a database of wanted criminals. As soon as a driver looks into a rear-view mirror to see an officer pulling up, the person's face could be matched.
That technology does not exist, but the students have built a camera that collects facial identifiers from as far as 60 feet away.Perhaps that specific technology is not used militarily or for police work in America, but the use of biometrics overseas to identify and match among a database has been used extensively in Afghanistan and Iraq. And with the biometric push in America surrounding everything from immigration to trendy new apps, our anonymity is a hair's breadth from becoming a myth as it is.
Taken steps further using tiny drones that can fly over public areas and link to databases from social media sites, the technology might sweep down any American street and identify almost anyone instantly. Facebook users upload 2.5 billion images a month, but the company limits public access.
A separate research team at CMU has conducted experiments that matched photos of students on campus with their Facebook profiles — and then predicted their interests and Social Security numbers.An off-handed dismissal/conclusion to all of this is offered by the AP to anyone who might be worried that this tech could get out of hand . . . as if it hasn't already:
Not to worry, said Nita Farahany, a Duke University law professor who specializes in digital privacy. The U.S. Constitution will keep the government from peering into homes, and state laws block Peeping Toms.Unless states get serious about banning drones from their skies, as well as protecting each person's biometrics as private property, the entire U.S. will start to look like Bloomberg's New York, where pervasive databasing and surveillance of citizens becomes something that we'll "just have to get used to."
Google has been pushing the idea of using white space television airwaves for Internet transmission since 2008, and they’re finally making some headway in remote parts of Africa. Since white space channels allow for transmission of WiFi data on a low frequency band, they can provide Internet access over long distances and not worry about thick walls degrading signal strength (like what we generally experience with more traditional WiFi routers).
Using a series of high-altitude balloons or blimps, they will float around the Cape Town area providing Internet access to 10 schools as part of the trial. There are also reports that Google is developing a low-cost Android cellphone that will also use the white space spectrum to act as a long-range WiFi broadcasting device.
White space bands are traditionally used for international communication, with some bands not being used to maintain separation from each other as to prevent transmission interference. They’ve actually been pushing for usage of these bands in the US since 2010 and are working on an extensive database on available white space bands.