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CoverStory





        universe, I can predict how the world   Complexity versus randomness
        will look at any time in the future. But
        there's no formula that can predict   Samid noticed the cryptography schemes presented by NIST's final four
        what will happen in the future or     candidates attempt to protect public and private cryptography keys from
        what happened in the past – there is   quantum computing attacks by making them more complex. His solution, by
        only probability."                    contrast, uses software that randomly changes data in ways that are not obvious
                                              to users. For example, if a bank requests your name during authentication, you
        To further elaborate, Samid said      may type it in, and the bank would see it slightly differently than your written
        what we know about what happened      name, he noted.
        or what will happen depends on
        whether we are observing or not       During the pandemic, the BitMint team sought a different strategy to deter
        observing. In essence, he noted, most   quantum computers. According to Samid, they saw COVID defeating
        of the books you read about quantum   everything that humanity was throwing at it, even the most sophisticated
        will leave you more confused than     vaccines, and they asked, how does this little virus do it? The answer, he said,
        before you started reading.           is mutation: the virus mutates into something different, which the vaccine now
                                              has to chase, but by the time it catches up, the virus has mutated again into
        Practical quantum applications        something entirely new.

        While quantum computing may           "So, we thought, let's be humble and copy from nature," Samid said. "If COVID
        appear to be years away, basic        can do this, BitMint can do this, and we came up with a solution where instead
        tenets of quantum physics can be      of relying on a single algorithm that quantum computers can crack, we created
        seen  in MagTek's  Qwantum  Private   a solution that keeps switching from one thing to another. In this way, we can
        Messaging and Vality Corp.'s Keyless   stay two or three steps ahead of the competition."
        Authentication.
                                              Dale S. Laszig, senior staff writer at the Green Sheet and managing director at DSL Direct LLC, is
        Deignan  pointed  out  that  MagTek's   a payments industry journalist and content strategist. Connect via email dale@dsldirectllc.com,
        Qwantum Private Messaging is          LinkedIn www.linkedin.com/in/dalelaszig/ and Twitter @DSLdirect.
        based on quantum physics, which he
        described as a new understanding of
        how light, energy and matter behave
        that is giving rise to  a new generation
        of super-fast computers.

        "Qwantum Private Messaging is the
        first application built on MagTek's
        Qwantum platform," he said. "It
        leverages    unpredictable,   non-
        repeatable, verifiable, one-time-use
        tokens, obtained from a Qwantum
        Card or a virtual derivative. In fact,
        the Qwantum Card mimics the
        physics of quantum mechanics: the
        output morphs with every use."

        Peter    Quadagno,     co-founder,
        president and CEO at Vality, described
        Vality Keyless Authentication as
        a fraud deterrent solution that
        leverages quantum randomness to
        protect  against quantum  computing
        attacks, using a patented technology
        developed by BitMint.

        "We use a software language and
        technology instead of big data
        analytics and AI, which in the final
        analysis boils down to probability
        theory and the manipulation of
        statistical data," Quadagno said.


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