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New Inherently Uncrackable Encryption Methods Discovered

As with many technologies, the first announcements do not make many waves
and it takes time for the mainstream media to understand the significance of
such announcements and separate them from all the other noise. Maybe its
because current encryption standards are so strong that the significance of
this item has not been understood yet.

Let's take a quick review of the state of encryption today. Today several
encryption methods exist and through increasing the key sizes it makes it
virtually impossible to crack them, or at least so hard that only a very
determined government could even muster enough computer resources to crack a
message. But while unlikely to be in the Hollywood fashion, some day there
WILL be breakthroughs in encryption algorithm cracking less fantastic but
similar to seen in the movie Sneakers. In the movie Sneakers a chip is
invented which can crack any encryption. Certainly I do not expect we will
see such an advance, or that such an advance is even likely in the near term
future. But less general and more specific techniques will be discovered
just as breakthroughs in mathematics are occasionally discovered, and in
fact breakthroughs in mathematics are exactly what are needed since
encryption is based on mathematics.

When these breakthroughs occur, existing encryption methods will fall prey
to unwanted decryption and increasing key size will not help. Current
cracking generally relies on brute force attacks so bigger keys make the
amount of computing resources needed impractical. But if the general
algorithm is cracked, then increasing the key size will not affect the
required computing resources very much.

What is unique about this new type of encryption is that the algorithm is
uniquely different. The algorithm is based on a relatively unknown area of
scientific study called Natural Algorithm Studies. Natural Algorithm Studies
studies nature and finds useful algorithms in nature. This technique is not
new, and nature is famous for creating useful patters such as crystals, sand
grain pyramids, and more. What is new, is the application of this technique
to encryption science. The source of this new technique is hundreds of
thousands of years old and proven by nature itself.

With public key encryption such as PGP, anyone who has a public key can
encrypt something that only the intended person with the matching private
key can decrypt. This new natural encryption has similar attributes, but
works a little differently. This natural encryption contains two groups (M
and WOM) and thus the algorithms have been tentatively named M-Encoding and
WOM-Encoding. Data encrypted by the M group can only be decrypted by other M
group types with the proper keys. And the same holds true for the WOM group.


What is unique is that the encryption produces output that appears to be
valid to the other group, yet when decrypted produces invalid output, yet it
appears valid. Thats the unique capability - its false flag or camouflage
ability!

So if someone tries to decrypt a M type message using a WOM type they will
get a message which they think is valid, yet it is false. And because of the
rules of nature, it is absolutely impossible for a M group to ever read a
WOM group message successfully, or a WOM group to read a M group message.

What strange algorithm of nature is this new encryption based on? Well its
based on the human brain speech center. Take a bit closer look at the M and
WOM group names: Mencoding and Womencoding.

While some have claimed to crack this encryption, none have been truly
successful and those that have are just looking for headlines. Any one of us
who is married or has a significant other knows full well that when the
encryption of the sexes is turned on - it is purely undecipherable and no
force on earth will ever crack it.

Here is a small example found on the internet:

Wife: Go and buy sausage. If they have eggs. buy ten.
Programmer goes to store: Do you have eggs?
Storekeeper: Yes.
Programmer: Then give me ten sausages.

That's my thought for the day. Hope you enjoyed it. Happy decrypting! :)