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Hard-nosed Fed sends global markets reeling
More ominously, some Fed officials fear the central bank is already “pushing on a string” and does not have the means to revive the economy. Whether or not they are right, this comes as a psychological shock for investors schooled by the “Greenspan Put’ into thinking that there is a deus ex machina in the wings.
What goes up must go down… especially in a world being depleted of resources faster than ever.
Goldman Sachs said the yen was now overvalued by 20pc, or two “standard deviations” out of kilter
This is the most interesting aspect of this article. This implies that Goldman’s algorithms for calculating prices aren’t working any more. This has several very important meanings.
- The High Frequency Trading Algorithms used by the banks aren’t or can’t take into account macro economic trends.
- Their algorithms are much less effective at controlling the market now.
- Most importantly, the markets have broken out of long and old trading patterns.
Add in that their algorithms have known bugs or purposeful defects, as was demonstrated by the Flash Crash, and this is a recipe for disaster. Now, anything could happen.
Here is a good example of the problem:Demonstrating An HFT Algo Gone Apeshit
Well, today we just experienced another mini flash crash, after some algo went apeshit and decided to hit every bid on the way down, all the way to 0.0001 (gotta love that sub penny quoting just above zero). Below we show how this algorithm pushed the stock price of Core Molding from its normal price of $4.12 all the way down to $0.0001 in the span of one second, after an HFT program went ballistic, and would have kept on hitting the subpenny $0.0001 bid in perpetuity. It must have been swell to be a CMT holder: one second your stock is worth $4.12, the next, it is worth $0.0001 (and no, not $0.0000, how else will the computers game the NBBO in subpenny increments).
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How much Colgate toothpaste would it take to kill a child?
Fluoridealert.org created this convenient table…
… toothpaste-induced fatalities have been rarely reported in the US. In a review of Poison Center Control reports between 1989 and 1994, 12,571 reports were found from people who had ingested excess toothpaste. Of these calls, 2 people – probably both children – experienced “major medical outcomes”, defined as “signs or symptoms that are life-threatening or result in significant residual disability or disfigurement” (SOURCE: Shulman 1997).
TABLE:
“Colgate for Kids” Toothpaste could Kill your ChildAge of ChildAverage Weight*Dose of Fluoride
which could kill**Percent of
“Colgate for Kids”
toothpaste which,
if swallowed,
could Kill***2 years~12 kg60 mg~42% of tube3 years~15 kg75 mg~53% of tube4 years~16 kg80 mg~56% of tube5 years~ 18 kg90 mg~63% of tube6 years~20 kg100 mg~70% of tube7 years~22 kg110 mg~77% of tube8 years~25 kg125 mg~87% of tube9 years~28 kg140 mg~98% of tube*Average weight data obtained here
** Potentially fatal dose = 5 mg of fluoride per kg of bodyweight. This is “the minimum dose that could cause toxic signs and symptoms, including death, and that should trigger immediate therapeutic intervention and hospitalization… This does not mean that doses lower than 5.0 mg F/kg should be regarded as innocuous.” (SOURCE: Journal of Dental Research 1987; 66:1056-1060.)
*** The fluoride concentration in Colgate for Kids toothpaste is 1,100 ppm. At 130 grams of paste in the average tube, this equals 143 milligrams of fluoride. -
Van-mounted body scanners coming to a street near you?
US law enforcement agencies are among the customers of a Massachusetts-based company that is selling full-body scanners to be mounted inside vans and used on streets, says a report from Forbes.
American Science & Engineering, based in Billerica, Mass., told Forbes blogger Andy Greenberg that it has sold more than 500 “Z Backscatter Vans,” mobile x-ray scanning units that can be used to detect bombs, contraband and smuggled people inside nearby cars.
The company says its largest customer by far is the US military, which has purchased the machines to search for car bombs and other threats in war zones. But AS&E’s vice president of marketing, Joe Reiss, said US law enforcement agencies have also bought the machines “to search for vehicle-based bombs in the US,” Greenberg reports.
AS&E has not revealed the names of its US law enforcement customers, or how many of the machines they bought. But Reiss describes the van-mounted scanning system as “the largest selling cargo and vehicle inspection system ever.”
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Apple patenting AI trojan for use in mobile devices [updated]
While many of my pals have I-phones, I have no intention of getting one. The interface is slick and it has all the features a person could ask for in a mobile device (and more), but the inability to remove the battery sends shivers up my spine.

Steve Jobs proudly displays the latest NSA bugging device
In this patent application, Apple claims it has software that essentially turns a mobile device into a biometric trojan horse, identifying users by their biometric data (heartbeat pattern, accelerometer vibration patterns, voice print, and face recognition), logging keystrokes, saving packet data, etc. all under the thin guise of protecting the device from unauthorized use.
Now let’s not kid ourselves, law enforcement agencies can already install a trojan on most if not all major models of mobile devices via firmware updates, but as usual Apple is thinking different. This is bigger. Machine vision, biometric identification, accelerometer analysis, GPS, voice recognition…. all these streams of data amount to much more than a traditional eavesdropping device.
Apple’s patent turns the devices into literal sensory organs for an AI threat assessment system like the NSA Main Core. Humans would not even begin to be able to integrate all these input data streams, but AI software can.
Not only has Apple devised the ultimate intelligence trojan, they’ve also designed a personalized weapon targeting system. If a mobile device identifies a human target, A missile or beam weapon strike can be confidently delivered to the target using the device’s biometric identification and GPS locator, confirmed by satellite.
The sheer number of mobile devices and sensory data available, and the abililty to integrate these streams centrally using AI systems creates a biometric surveillance cloud for the ruling oligarchs to have Total Information Awareness* over their subjects, the human cattle.§
As communications device manufacturers and telcos grow, they will inevitably be approached by intelligence agencies with offers they can’t refuse. Either they cooperate and profit from compromising the security of their platforms, or misfortune may befall them. It’s the easy way or the hard way.
The big story here is that Apple is going out in the open with it, attempting to profit from the intellectual “property” they’ve developed, most likely at the command of shadow government intelligence agencies.
The brazen nature of filing a patent for an intelligence agency AI trojan is significant. As we move past the point of no return toward the New World Order, the shadow government devils will come out of the shadows, until ultimately when their drone armies are sufficiently powerful, they will wage a new World War on some manufactured threat in an effort to reduce our numbers and enslave us, in what they believe will be a utopian “re-wilding” of the Earth.
We need to stop deluding ourselves. When they bring this AI extermination grid online it’s going to be like shooting fish in a barrel. Just do something, whatever you can. At the very least, stop feeding it. We still have the power to disable this thing using the free market and whatever is left of our free will.
Don’t take that job for Raytheon or Lockheed Martin. Don’t sell your research to DARPA. Don’t enlist in the military. Don’t support the corporations that are building the extermination grid. Do use your powers for good and not evil. Do work toward self-sufficiency and strengthen your family and local community. Do protect your children from brainwashing.
Here’s the patent application:
What is claimed is:
1 . A method for identifying an unauthorized user of an electronic device, [This means the software will be running all the time.] the method comprising: determining that a current user of the electronic device is an unauthorized user; gathering information related to the unauthorized user’s operation of the electronic device in response to determining, wherein the unauthorized user’s operation comprises operations not related to the authentication; and transmitting an alert notification to a responsible party in response to gathering.
2 . The method of claim 1, wherein determining further comprises: determining the identity of the current user; comparing the determined identity to the identity of one or more authorized users of the electronic device; and detecting that the determined identity does not match the identity of at least one of the one or more authorized users.
3 . The method of claim 1, wherein determining further comprises: identifying a particular activity performed by the current user that indicates suspicious behavior. [device will be profiling your behavior]
4 . The method of claim 3, wherein the particular activity comprises one or more of hacking the electronic device, jailbreaking the electronic device, unlocking the electronic device, removing a SIM card from the electronic device, and moving at least a predetermined distance away from a synced device. [like an electronic house arrest tracking device]
5 . The method of claim 1, wherein gathering further comprises gathering one or more of screenshots, keylogs, communications packets served to the electronic device, and information related to a host device coupled to the electronic device.
6 . The method of claim 1, wherein the alert notification comprises a general message indicating that an unauthorized user has been detected.
7 . The method of claim 1, wherein the alert notification comprises at least a portion of the gathered information.
8 . The method of claim 1, further comprising: gathering information related to the identity of the unauthorized user in response to determining; and gathering information related to the location of the electronic device in response to determining.
9 . The method of claim 1, further comprising: restricting at least one function of the electronic device in response to determining.
10 . The method of claim 1, further comprising: transmitting sensitive data from the electronic device to a remote storage; and erasing the sensitive data from the electronic device.
11 . An electronic device operable to detect an unauthorized user of an electronic device, the electronic device comprising: a processor operable to: receive an input from a current user of the electronic device; determine the input is not associated with an authorized user of the electronic device; and record usage information of the electronic device in response to determining; and communications circuitry operable to transmit the usage information to a remote device.
12 . The electronic device of claim 11, further comprising: a microphone operable to record the voice of the current user; and wherein the processor is further operable to: compare the recorded voice with voice prints of authorized user of the electronic device; and determine that the recorded voice does not match the voice print of any authorized user of the electronic device.
13 . The electronic device of claim 11, further comprising: a heartbeat sensor operable to detect the heartbeat of the current user; and wherein the processor is further operable to: compare the detected heartbeat with heart signatures of each authorized user of the electronic device; and determine that detected the heartbeat does not match the heart signature of any authorized user of the electronic device.
14 . The electronic device of claim 11, further comprising: an input device operable to receive an authenticating input for authenticating a user of the electronic device; and wherein the processor is further operable to: determine that a predetermined number of successive incorrect authenticating inputs have been received.
15 . The electronic device of claim 11, further comprising: a camera operable to take a photograph of the vicinity of the electronic device; and positioning circuitry operable to determine current location information of the electronic device; and wherein the processor is further operable to: geotag the photograph by associating the photograph with the current location information.
16 . The electronic device of claim 11, further comprising: an accelerometer operable to record a vibration profile of the electronic device; and a signal processor operable to compare the recorded vibration profile with a library of vibration profiles to determine a current mode of transportation of the electronic device.
17 . A system comprising: an electronic device comprising; an input device operable to receive a password provided by a user; a camera operable to take a photograph of the user; a processor operable to: determine that a predetermined number of incorrect passwords have been successively received; direct the camera to take a photograph of the user; and generate an alert notification in response to the processor determining, wherein the alert notification comprises information related to the identity of the user and the photograph of the user; and communications circuitry operable to transmit the alert notification to a remote device.
18 . The system of claim 17, wherein: the camera is operable to take a plurality of photographs of the surroundings of the electronic device; and wherein the processor is further operable to: analyze each of the plurality of photographs to identify distinguishing landmarks in the photographs; and determine the location of each photograph based on the identified distinguishing landmarks.
19 . The system of claim 17, wherein the alert notification is transmitted via one of text message, facsimile, VoIP application, instant messaging application, on-line profile application, on-line blog application, and a cloud server.
20 . Machine-readable media for identifying unauthorized users of an electronic device, comprising machine-readable instructions recorded thereon for: determining that a current user of the electronic device is an unauthorized user; gathering information related to the unauthorized user’s operation of the electronic device in response to determining, wherein the unauthorized user’s operation comprises operations not related to authentication; and transmitting an alert notification to a responsible party in response to gathering.
21 . The machine-readable media of claim 20, further comprising machine-readable instructions recorded thereon for: determining the identity of the current user; comparing the determined identity to the identity of one or more authorized users of the electronic device; and detecting that the determined identity does not match the identity of at least one of the one or more authorized users.
* Total Information Awareness project was publicly scrapped. However it would be naiive to assume that intelligence agencies gave up on being “totally aware” of everyone’s private information.
§ Nice job. I hope you’re happy with yourselves.
See also: Report: Apple testing RFID swipe support in iPhone prototypes
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Retired FBI Agent: Oswald Did Not Kill JFK
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Commercial face recognition software claims 90% accuracy
Source: Daily Mail/Vigilant

A software company is developing revolutionary software which provides the ability to identify people from photographs posted on the internet.
Face.com has produced technology that can identify individuals on social networking sites and online galleries by comparing their image against a known picture of them.
It means detailed profiles of individuals can be built up purely from online photographs and critics have said it could lead to exploitation…
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Feds found Pfizer too big to nail, so they looked the other way on massive fraud
(NaturalNews) When the world’s largest pharmaceutical company was found to have engaged in a massive illegal marketing campaign, federal prosecutors decided the company was too big to punish — so they let it set up a shell corporation to take the blame.
In 2001, the FDA approved Bextra for the relief of arthritis and menstrual cramps, but did not approve it for more severe surgical pain. Yet Pfizer aggressively promoted the drug to anesthesiologists and surgeons — “anyone that use[d] a scalpel for a living,” in the words of one internal company document. Company employees also told doctors that the FDA had approved Bextra as safe in doses as high as 40 milligrams, whereas the agency had actually only approved doses up to 20 milligrams.
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Iris scanners to create the LEAST secure city in the world.
NO.
Biometrics R&D firm Global Rainmakers Inc. (GRI) announced today that it is rolling out its iris scanning technology to create what it calls “the most secure city in the world.” In a partnership with Leon — one of the largest cities in Mexico, with a population of more than a million — GRI will fill the city with eye-scanners. That will help law enforcement revolutionize the way we live — not to mention marketers.
Just hold it right there.
As I’ve written about previously, biometric authentication is inherently insecure. I guarantee you in 15 years this article in “Fast Company” magazine is going to sound sophomoric. I had boss at an e-commerce job once who read Fast Company. Biggest ^$$-hole you’d ever want to meet.If they weren’t trying to sell us on the benefits of a biometric city-wide slave-tracking grid, this would be comical. It’s all for the human cattle and NOT for the criminals. Criminals will have little difficulty spoofing biometrics (see my previous post, and below). It’s a rather trivial task, when considering the reward to hackers if they can steal your identity (permanently) in a system that relies on biometric authentication.
Mark my words, if they do implement this it will be a disaster. I have a feeling that many Mexican people are not going to submit to being tracked like farm animals though.If they tried to implement this in the US, we’d probably have more people here voluntarily participating than in Mexico, since this country full of drugged morons who subject themselves to endless hours of brainwashing every day in front of the TV.
Eventually, they’ll try to force everyone onto it. It will be nearly impossible to “opt out.” Even if you wear sunglasses all the time, between the gait (walk) analysis, voice recognition, finding your address, place of business, etc, they’ll be able to piece together who you are. Automated systems could easily do this by tracking you in public with high-res cameras (constantly scanning your irises) and correlating this with publicly available data.
Just because a biometric system doesn’t know your name currently, doesn’t mean it can’t identify and track you until it does figure out your name later.
More about biometric spoofing: FIDIS. (click thru for pics, emphasis mine)

Experiments with spoofing
The Dutch Forensic Institute has done extensive tests with the various biometric systems. Several fingerprint systems and an iris system have been tested for possibilities of tampering. In most case it appeared to be easy if a person allowed to enrol into the system is cooperating. Some biometric features can also be copied without this person’s awareness and consent (for example fingerprints taken from a glass).
A low cost (Panasonic) iris scanner in our laboratory could easily be faked with a photograph of a person revealing the iris (). Punching a hole in the place of the iris turned out to be sufficient to mimic the light absorption exhibited by a real iris and fool the system into falsely accepting the photo as a real iris. It is claimed that high end scanners do not have this disadvantage: [which is where the contact lens comes in]

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