The U.S. military has a SECRET WEAPON.
“Network-centric warfare” advocates believe U.S. forces can now dominate entire societies through ubiquitous surveillance, an always-on “situational awareness” maintained by cutting edge sensor arrays as well as by devastating aerial attacks by armed drones, warplanes and Special Forces robosoldiers.
I believe our forces have surveillance capabilities far beyond that definition.
Back in September 7, 2008, Washington Post reporter Bob Woodward discussed his new book, The War Within, in an interview with CBS 60 Minutes reporter Scott Pelley.
Woodward reported then that there was a secret behind the success of the surge: a sophisticated and lethal special operations program.
"This is very sensitive and very top secret, but there are secret operational capabilities that have been developed by the military to locate, target, and kill leaders of al Qaeda in Iraq, insurgent leaders, renegade militia leaders. That is one of the true breakthroughs," Woodward told Pelley.
"But what are we talking about here? It's some kind of surveillance? Some kind of targeted way of taking out just the people that you're looking for? The leadership of the enemy?" Pelley asked.
"I'd love to go through the details, but I'm not going to," Woodward replied.
The details, Woodward says, would compromise the program.
"For a reporter, you don’t allow much," Pelley remarked.
"Well no, it’s with reluctance. From what I know about it, it's one of those things that go back to any war, World War I, World War II, the role of the tank, and the airplane. And it is the stuff of which military novels are written," Woodward said.
"Do you mean to say that this special capability is such an advance in military technique and technology that it reminds you of the advent of the tank and the airplane?" Pelley asked.
"Yeah," Woodward said. "If you were an al Qaeda leader or part of the insurgency in Iraq, or one of these renegade militias, and you knew about what they were able to do, you'd get your ass outta town."
First a technology review, then I'll present my premise.
Radio-frequency identification tags are small computer chips connected to miniature antennae that can be fixed to or implanted within physical objects, including human beings. The chip itself contains an Electronic Product Code that can be read each time a reader emits a radio signal.
The chips are subdivided into two distinct categories, passive or active. A passive tag doesn’t contain a battery and its read range is variable, from less than an inch to twenty or thirty feet. An active tag on the other hand, is self-powered and has a much longer range. The data from an active tag can be sent directly to a computer system involved in inventory control–or weapons targeting.
5-Sept-2007 Tracking Technology. Full Unclassified Report; PDF 16 pages.
The RFID Journal reports that Queralt, a Wallingford, Connecticut-based start-up, received a Department of Homeland Security grant to design “an intelligent system that learns from data collected via RFID and sensors.”
Tellingly, the system under development builds on the firm’s “existing RFID technology, as well as an integrated behavioral learning engine that enables the system to, in effect, learn an individual’s or asset’s habits over time. The DHS grant was awarded based on the system’s ability to track and monitor individuals and assets for security purposes,” the Journal reveals.
And with a booming Homeland Security-Industrial-Complex as an adjunct to the defense industry’s monetary black hole, its no surprise that Michael Queralt, the firm’s cofounder and managing director told the publication, “The reason this development is interesting to us is it is very close to our heart in the way we are going with the business. We are developing a system that converges physical and logical, electronic security.”
"The core of Queralt’s system is the behavioral engine that includes a database, a rules engine and various algorithms. Information acquired by reading a tag on an asset or an individual, as well as those of other objects or individuals with which that asset or person may come into contact, and information from sensors (such as temperature) situated in the area being monitored, are fed into the engine. The engine then logs and processes the data to create baselines, or behavioral patterns. As baselines are created, rules can be programmed into the engine; if a tag read or sensor metric comes in that contradicts the baseline and/or rules, an alert can be issued. Development of the behavioral engine is approximately 85 percent done, Queralt reports, and a prototype should be ready in a few months. -- source
Now, bear with me for a moment. I'd like you to reach the same epiphany I have. Do you recall the scene from the movie, Hunt for Red October, where Alec Baldwin is analyzing how the Russian captain is going to get his crew off of the submarine? He says aloud to himself:
"We don't have to figure out how to get the crew off the sub. He's already done that, he would have had to. All we gotta do is figure out what he's gonna do. So how's he gonna get the crew off the sub? They have to want to get off. How do you get a crew to want to get off a submarine? How do you get a crew to want to get off a nuclear sub..."
Following that same style of thought:
What would terrify our enemy enough for him to want to "get [his] ass outta town," as Woodward said? What would scare him enough to want to get miles away from town, beyond the capabilities of a "listening" device? What if he's already been implanted with a device (through something he ate or drank or touched?) -- a device that could transmit voice via radio to a natural language-processing, tactical-decision-making computer?
Whatever our new secret weapon is, I hope it is the stuff of which military novels are written.
How about this for a title? -- Tag. You're dead.












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