cryptogon.com

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This newest round of mosquito control involves a large C-130 cargo plane based in Ohio to spray Homestead ARB and communities of Doral, West Sweetwater, Kendall, Homestead, Florida City and areas east of U.S. 1, where heavy concentrations of mosquitos have been reported.

According to county officials, what may startle people the most is how low the planes fly. People in spraying areas could see planes just 150 feet off the ground and might be startled into thinking the plane is in trouble, but they said that is perfectly normal for spraying operations.

The planes will be spraying the pesticide Dibrom for the last two hours of the day July 10th, 11th and 12th, ending operations about a half hour after sunsets. The Air Force last conducted spraying like this in South Florida last July.

The $22.5 million fine would be the largest privacy-related settlement in F.T.C. history. It comes as the commission investigates Google for antitrust violations and cracks down on privacy missteps by tech companies, including Google, which last year agreed to pay for any future privacy blunders as part of a separate F.T.C. settlement.

A spokesman for the commission, Peter Kaplan, declined to comment. Chris Gaither, a Google spokesman, also would not comment on the settlement, but said, “We do set the highest standards of privacy and security for our users.”

Or rather, his brain’s performance is near perfect. The man has a machine strapped to his head, an array of electrodes called an electroencephalogram, or EEG, which is recording his brain activity as each image skips by. It then sends the brain-activity data wirelessly to a large computer. The computer has learned what the man’s brain activity looks like when he sees one of the visual targets, and, based on that information, it quickly reshuffles the images. When the man sorts back through the hundreds of images—most without structures, but some with—almost all the ones with buildings in them pop to the front of the pack. His brain and the computer have done good work.

That display was a demonstration of a new technology being developed through a collaboration between the Defense Advanced Research Projects Agency, the military’s research arm, and a private company called Neuromatters, which was founded by a team led by the Columbia University bioengineer Paul Sajda. The hope is that, in the near future, military analysts might use the technology to eliminate worthless images in seconds, speeding up their review of satellite images by orders of magnitude. By the looks of it, it’s working.

The program, called Neurotechnology for Intelligence Analysts, or NIA, is just one of many being pursued by Darpa, as the agency is known, to translate basic neuroscience research into tools that will make the military more able and efficient. Other projects Darpa finances include one to test whether sending electricity through the brain can accelerate learning; another that seeks to use psychology and neuroscience to understand which types of communication best convince those living in occupied lands that they should yield to American forces, a sort of Propaganda 2.0; and a project aimed at developing drugs that would reduce or erase traumatic memories.

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In the 1990s, the military began to realize it had a problem: too many pictures and not enough eyeballs.

Specifically, it had a glut of satellite images, photos covering every inch of the planet, waiting to be sifted, scrutinized, and analyzed for any precious bits of intelligence. Paul Sajda, who would later found Neuromatters and develop the NIA program, learned of this problem on a visit to the National Photographic Interpretation Center, in Washington, D.C., in 1995. The center was staffed with hundreds of analysts whose job was to sort painstakingly through piles and piles of satellite images, looking for communications lines one day, rebel camps the next.

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For Sajda, the problem was an intriguing one, and it held his attention starting with that first visit. “I thought then,” Sajda remembers, “that there has to be a way we can speed this up.”

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For Sajda, the problem was an intriguing one, and it held his attention starting with that first visit. “I thought then,” Sajda remembers, “that there has to be a way we can speed this up.”

Though Sajda was an engineer, he had studied the human visual system as a graduate student, developing models for how the brain picks apart a scene, identifying what is important and what is not. He knew that the brain still outperformed any computer at identifying important features of images like satellite photos. Most importantly, Sajda was familiar with a long literature, dating back to the mid-1960s, that related rapid changes in brain activity to visual processing of important information.

The Daily Telegraph understands that defence chiefs have angrily complained to Olympic organisers, accusing them of mismanaging their security contract and leaving the Armed Forces to bear the burden.

The Ministry of Defence last year said that 13,500 military personnel would be assigned to Olympic duties, with 7,500 of them in security roles at Olympic venues.

It is understood that another 3,500 troops have now been told to prepare for duties at Games sites. More troops have now been given ‘notice to move’ orders, an Army source revealed.

A Change.org petition started by a woman in Key West opposing the release has garnered almost 90,000 signatures and rising. “Say no to genetically modified mosquitoes release,” the petition demands.

Mila de Mier, the author of the petition, began the campaign because she said she was worried about the lack of scientific understanding of what the insects could do to the delicate ecosystem of the Florida Keys. She accused Oxitec, the UK-based biotech firm that has developed the mosquito, of failing to listen to local wishes.

“We need more data. If something goes wrong the consequences could be catastrophic not only for humans but also the whole ecosystem, and I don’t want my family being used as laboratory rats for this,” de Mier told the Guardian.

Oxitec, whose headquarters are in Abingdon, Oxfordshire, has developed the genetically modified mosquito in laboratories over the past 10 years, releasing it into the open in the Cayman islands for the first time in 2009. The insect belongs to the Aedes aegypti species which is the carrier of dengue fever.

And without you knowing it.

The technology is so incredibly effective that, in November 2011, its inventors were subcontracted by In-Q-Tel to work with the US Department of Homeland Security. In-Q-Tel is a company founded “in February 1999 by a group of private citizens at the request of the Director of the CIA and with the support of the U.S. Congress.” According to In-Q-Tel, they are the bridge between the Agency and new technology companies.

Their plan is to install this molecular-level scanning in airports and border crossings all across the United States. The official, stated goal of this arrangement is to be able to quickly identify explosives, dangerous chemicals, or bioweapons at a distance.