Application Of The SOMARK tattoo is simple - it takes less than 2 seconds
This whole idea is pretty ridiculous, not to mention it would be very cost effective for tptb, so it looks like we may have something new to worry
about...
The Patented SOMARK ID System
The SOMARK technology is based on an ink tattoo unique to the industry. We have a competitive advantage with a lower price point, 100% retention,
easy application and reliable identification.
What’s more, injection of our product is short and simple. No shaving is required and the process takes a few seconds.
Currently, we have three U.S. issued patents.
Source
TECHNOLOGY OVERVIEW
The SOMARK identification system is a chipless radio frequency identification (RFID) platform. Typical RFID systems use a microchip and an antenna
embedded in a tag affixed to an object. The SOMARK chipless system eliminates the high-cost microchip and antenna, instead using simply an electronic
ink to create the identification ‘tag’. This ink is deposited directly onto or within the object which creates seamless integration of the object
and the identification of that object.
Yeah, so now instead of the RFID chips, we can get a tattoo that takes 2 seconds to apply to the skin and then we'll be officially branded for the
rest of our lifes to be read by computers easily. Sound good?
Here is the .pdf file the site offers which
provides information about their services.
Now for those of you who actually check out the website, if you read about it they talk about using it for livestock and such, but when you take a
closer look you begin to look at things a bit differently. Let's take a look at some info that makes me ponder *just a bit* about what this tattoo
ID system may be used for...
SUBSTRATES
Since the SOMARK ID tattoo is simply an ink and not a complicated assembly consisting of a microchip and an antenna, the SOMARK ID tattoo can be
placed on or within virtually any material. Anywhere standard ink could be placed is a possible ID location such as:
•
Living tissue
•
On the surface or below the surface
•
Flexible or rigid
•
Bumpy or smooth
Possible substrates include:
•
Living tissue
•
Metal
•
Glass
•
Plastic
•
Paper
•
Wood
•
Cardboard
•
Liquid containers (full or empty)
All bolded words done by myself. Now, take a look - living tissue is said twice when referring to where this ID system can be applied. Hmm...
human's have living tissue, right?
And when reading a bit about this technology I see this...
DETECTION
There are two ways SOMARK ink can be read. The first involves a handheld reader that only works when the surface of the reader is in direct
contact with the tattoo. This method of reading is quick, easy and inexpensive. The second method of reading is more involved and expensive, but
allows for remote reading of the tattoo similar to the way RFID tattoos are read through the use of a panel reader. This remote detection method
is ideal for fixed-position automated reading of SOMARK tattoos and is more compatible with metal-laden environments than traditional RFID readers
because of the fundamental differences in the way the readers work. Distances of up to 5’ have been demonstrated in the lab for this type of
reading using frequencies of 10GHz and above using a prototype panel reader.
So think about it... Picture something like a metal detector (maybe even a bit more modern) except instead of scanning for metal it scans the tattoo.
This system could be implemented to metal detectors that are already installed in places such as the airport or shopping centers. Your every move
could be up-linked to the NSA and you'd have no privacy really. To go even farther with this, imagine the NSA is looking for someone, said person
happens to go through one of these "detectors" it gives the government an idea of where you're at, and quickly they bring up security cameras or
satellite imagery to locate your whereabouts. I'm just bringing up possible scenarios here, but I'm sure you all catch my drift...
***UPDATE***
Humans next?
Somark Innovations co-founder Mark Pydynowski noted that the RFID ink is fully biocompatible and was
safe for use in humans. He noted that RFID
ink tattoos could be used to track and rescue soldiers. “It could help identify friends or foes, prevent friendly fire, and help save soldiers’
lives,” Pydynowski said.
Readers should note that VeriChip tags for patients are FDA approved and VeriChip tags have been proposed for immigrants.
Source
I was just looking up more information and there you have it - Somark system for humans! It also says that it's FDA approved for patients, so the
government is obviously already fascinated with this idea.
[edit on 20-12-2009 by highlyoriginal]