INSIDE THE MILITARY'S 'SECRET' TERROR - TAGGING TECHNOLOGY

[jose v]

Isn't it strange that our Military can, and does, use secret, advanced tech against 'their' enemies in our name.

Just imagine what we 'don't' know about. All those underground labs pumping out technology that is far in advance of what we mere peons are allowed to see. Imagine the good they could do if those great minds would work for mankind, instead of working to destroy mankind.

I wonder if this will be used in the 'chips' they have planned for us?? Food, Clothes, furniture, jewelry (like wedding rings) and cars?

Susoni
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Inside the Military’s Secret Terror-Tagging Tech

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The military has spent hundreds of millions of dollars researching, developing, and purchasing a slew of “Tagging tracking and locating” (TTL) gear — gizmos designed to keep covertly tabs from far away. Most of these technologies are highly classified. But there’s enough information in the open literature to get a sense of what the government is pursuing: laser-based reflectors, super-strength RFID tags, and homing beacons so tiny, they can be woven into fabric or into paper.

Some of the gadgets are already commercially available; if you’re carrying around a phone or some other mobile gadget, you can be tracked - either through the GPS chip embedded in the gizmo, or by triangulating the cell signal. Defense contractor EWA Government Systems, Inc. makes a radio frequency-based “Bigfoot Remote Tagging System” that’s the size of a couple of AA batteries. But the government has been working to make these terrorist tracking tags even smaller.

Sandia National Laboratories have carried out development on “Radar Responsive” tags, which are like a long-range version of the ubiquitous stick-on RFID tags used to mark items in shops. The Radar Responsive tag stays asleep until it is woken up by a radar pulse. The tags in Wal-mart have a range of a couple of meters, Sandia’s tags can light up and locate themselves from twelve miles away.

This document from 2004 describes the tags as being credit-card sized and with a “geolocation accuracy” of three feet. The radio waves penetrate buildings. Suggested application include “search and rescue, precision targeting, special operations.” The selection of aircraft used to illustrate the system includes a Predator drone.

(snip)
When illuminated with radar, the backscattered fields interact to create a unique interference pattern that enables one tagged object to be identified and differentiated from other tagged objects,” the company says. “For nonmilitary applications, the reader is less than 1 meter from the tag. For military applications, the reader and tag could theoretically be separated by a kilometer or more.”

The fibers can be embedded in “paper, airline baggage tags, book bindings, clothing and other fabrics, and plastic sheet.” Eight thousand fibres can be embedded in a typical 8½ by 11 inch piece of paper, which could be seen by radar at a similar distance to a meter-square target. So even something as small as a cigarette paper could be detected through walls, uniquely identified and precisely located from a tactically-useful distance in order to direct a missile strike.

This 2007 briefing from U.S. Special Operations Command hints at research into even more exotic ways to keep tabs on a target. Technology goals include spotting a “human thermal fingerprint at long distance,” “augmentation of natural signatures: e.g. ‘perfumes’ and ’stains.’” The presentation also mentions a “bioreactive taggant” that is a “current capability.” Next to the words in a picture of a bruised arm.

Link for more:
http://www.wired.com/dangerroom/2009/06/inside-the-militarys-secret-terror-tagging-tech/