Xelleon PLC Files Central Contractor Registration For NATO

Online, July 21, 2011 (Newswire.com) - Today with hacking becoming an everyday part of mainstream media, data security is becoming more and more a hot topic. Soon, every aspect of computer communication will need to protect its users information no matter which way the information is flowing.

Recently, there have been hacker breaches reported of numerous corporations, where hackers took away valuable intel, consumer data, corporate secrets and maybe more.

A very serious and scary topic for review is the fact that hackers have even been successful in cracking into some levels of government and institutional system.

Xelleon hopes that these organizations are now ready to discuss what needs to be done to completely secure their data from end to end.

"We aren't really talking about a website here," said Dale Scott Marion, Founder and President of Xelleon, "The perimeter isn't what needs securing. With our technology, we can offer a anti-crypt shelf life on any document or data secured with our technology of over 400,000 years at the highest intrusion level known today."

Shelf life in this case refers to a files ability to withstand decryption.

"We absolutely will not tell you how we've done what we've done, but we will give you as many do overs as you like." said Marion, "We believe that the Governments of the world, Banks, and Military could certainly use something like what we have."

Becoming a registered contractor with NATO will offer Xelleon the ability to compete against more obsolete technologies and inferior system operators to bid on multi-million dollar military and government networking and security projects.

Using Xelleons anti-piracy file protection on files, data or documents being transmitted between government offices or items being stored or archived on government servers would significantly lower collateral damage due to leaked information. This is due to the fact that the Xelleon technology deems any impervio protected data unusable when it's not within its intended environment.