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Meganet, an Israeli-U.S. data security company, has developed an encryption technology that appears to be unbreakable, enabling governments and corporations, to keep their data safely out of the hands of competitors, thieves and saboteurs.

Among the clients that believe in their ability to protect sensitive information is the U.S. government


Data security is one of the key concerns for governments and corporate users today as hacking becomes increasingly prevalent. In 2000, an FBI survey showed that 90 percent of participating companies had their computer systems vandalized by rivals, hackers, or even disgruntled employees. In January 2000, hackers stole 250,000 credit card numbers from an online CD store. They tried to blackmail the store. When it refused to pay, the hackers published 10,000 card numbers on the Internet.

Meganet Corporation's founder, Saul Backal, claims that its solution can put an end to these problems. Meganet offers a patented non-linear data mapping technology, called VME (Virtual Matrix Encryption), that creates exceptionally random cipher text and combines it with a one million-bit key, which is unheard of in today's data security markets. Competing solutions offer a maximum of 256 bits.
I don't know all that much about encyption, but is a 1 million bit key even feasable to use because of its size? We all know how long encryptions and systems that are claimed to be unbreakable last, but I wonder, would it even be possible to break this one due to its size?